David Dack

Training for a marathon while trying to keep muscle can feel like a balancing act—trust me, I’ve been there!

When I jumped on the marathon training wagon, I was terrified of losing the muscle mass I had worked so hard to build.

It felt like I was being pulled in two directions—wanting to improve my endurance without sacrificing strength.

But through trial and error, I developed strategies that helped me maintain muscle while hitting my running goals

In this guide, I’ll share my tips on how to maintain muscle mass while training for a marathon—without sacrificing your running performance.

Building Muscle vs. Maintaining Muscle

Let’s talk about the difference between building and keeping muscle, especially when you’re also training for a marathon.

Building muscle is all about pushing your body to its limits. You lift heavier weights, challenge your muscles, and aim for growth by breaking them down so they rebuild stronger.

But maintaining muscle? That’s different. The aim here is to keep the muscle you have, not to bulk up. Just enough work to keep things from slipping.

Honestly, when you’re marathon training, keeping muscle is more realistic than trying to add more.

Long-distance running is not ideal for muscle growth, but with a smart approach, you can prevent muscle loss while focusing on your running goals.

Why Maintaining Muscle During Marathon Training is Tough

There’s a common myth that running burns muscle, but it’s a bit more complicated than that. Yes, endurance exercise can put you in a catabolic state, where your body breaks down muscle for fuel, but it’s not as severe as it sounds.

The real issue arises when your body doesn’t have enough fuel—like glycogen from carbs or fat. If you don’t fuel up, your body can start using muscle for energy on those long runs, which is the last thing you want.

Studies show that marathon runners often face muscle damage, especially the longer they go—something I definitely noticed after my first big race. So, it’s true that running can use some muscle for energy, but it’s avoidable if you fuel your body right.

How to Maintain Muscle While Training for a Marathon

Here’s how you can maintain your muscle mass and strength as you train for your marathon:

Fuel Up Properly

In my first month of marathon training, I felt drained after my long runs, and my recovery was taking forever. That’s when I realized that I wasn’t eating enough. I had been so focused on “staying lean” that I wasn’t giving my body the needed fuel.

Marathon training burns many calories, especially on long-run days, so you need to keep your energy stored up.

Carbs are your best friend here. They provide your muscles with glycogen, the fuel to power through long runs. Ensure you eat plenty of complex carbs like whole grains, vegetables, sweet potatoes, and fruits.

Timing matters, too. I started paying attention to how much I was eating—especially carbs. Before a long run, I’d have a solid meal like oatmeal with bananas or a bagel with peanut butter. After the run, I’d focus on refueling with a mix of carbs and protein—like a big bowl of pasta with chicken or a smoothie with protein powder and fruit.

For long runs (over 90 minutes), I aim to take in about 50g of carbs per hour. This could be in gels, sports drinks, or easily digestible snacks.

Once I got my nutrition sorted, my energy bounced back, and I wasn’t dragging after every run. I was even able to keep my gym sessions going strong!

Prioritize Protein

While carbs fuel your runs, protein is essential for muscle repair and maintenance. Protein supplies your body with the amino acids to repair muscle damage and maintain mass.

Protein gives your body the building blocks it needs to repair and keep muscle.. Not only you can’t build muscle without it, you won’t even be able to maintain it.

Don’t just take my word for it—there’s solid research backing this up

A study out of the International Society of Sports Nutrition (ISSN) reported that boosting protein intake from the daily suggested 0.8 per kilogram of body weight a day to 1.2 to 2 grams while reducing calories to about 30 40 percent can maximize fat loss while preserving existing muscle.

So how much should you be having?

I’d recommend having around 1.2 to 2 grams of protein per kilogram of body weight daily to maintain muscle. For a 160-pound runner, that’s around 100-145 grams of protein daily.

Some great sources of protein include:

• Eggs
• Lean meat (like chicken or turkey)
• Fish
• Greek yogurt
• Cottage cheese
• Beans and lentils
• Nuts and seeds

If you struggle to hit your protein goals through food alone, protein supplements like shakes or BCAAs (branched-chain amino acids) can be a helpful addition.

Strength Train Consistently

A mistake I made early in my marathon training was cutting back on my strength workouts because I felt like I “didn’t have time.” Big mistake.

My runs started feeling harder, and my muscles didn’t have the same power they used to.

I got back into a regular strength routine, doing a couple of days a week with squats, deadlifts, and pull-ups—just enough to keep my muscles active. I also added some core work to keep my body strong and stable during my runs.

I’d recommend lifting three to four times per week. Focus on compound movements that target large muscle groups, like squats, deadlifts, and bench presses. These exercises build strength and help maintain the muscle you’ve already built.

My routine looked something like this:

• Monday: Chest and back + easy run
• Wednesday: Legs and core + easy run
• Friday: Shoulders and arms
• Saturday: Long run

By keeping my strength sessions short but effective, I didn’t feel burnt out and could keep up with my running schedule.

Supplement Wisely

While your diet and training should be your primary focus, supplements can enhance muscle maintenance during marathon training.

BCAAs (branched-chain amino acids) are a great option. They provide your body with leucine, isoleucine, and valine—amino acids that help prevent muscle breakdown during long bouts of exercise. BCAAs turned out to be really helpful for recovery. I noticed less soreness after my long runs and faster recovery for my next gym session

I was skeptical about supplements at first. But after reading up on BCAAs (branched-chain amino acids) and their role in muscle recovery, I decided to give them a shot. I added a BCAA supplement to my water bottle during long runs and before my strength workouts.

I noticed that I wasn’t as sore after intense sessions, and I recovered quicker between runs and gym days. It wasn’t a magic pill, but it made a difference, especially when pushing myself harder as race day approached.

And there’s research to back it up! These three amino acids play a big role in recovery, especially for us endurance folks

Like any other source of protein, you can get BCCAs through your diet by eating quality protein foods. But supplements can help take your intake to the next level.

Don’t Forget to Rest and Recovery

Recovery is just as important as the training itself. Without enough rest, your body won’t have the time to repair muscle fibers and recover from the stress of marathon training.

Ensure you’re getting enough sleep each night—aim for 7-9 hours—and take at least one to two rest days per week. These days, focus on low-intensity activities like stretching, yoga, or swimming.

Listening to your body is key. If you feel overly tired, sore, or unmotivated, it might be time to dial back and allow for more recovery.

Balancing It All: Weekly Schedule Example

Here’s how a balanced week might look, combining running, strength, and cross-training:

• Monday: Easy run + lower body strength
• Tuesday: Rest or light cross-training (e.g., cycling)
• Wednesday: Tempo run or speed work + core and stability training
• Thursday: Easy recovery run
• Friday: Rest day or light cross-training (e.g., swimming or yoga)
• Saturday: Long run
• Sunday: Full-body strength workout

Weekly Strength Training Routine for Marathon Runners

Strength training regularly helps build a strong foundation for endurance, stability, and injury prevention. Here’s a simple, effective plan with two weekly sessions designed to complement your running and avoid over-fatiguing your muscles. This routine focuses on compound movements that engage multiple muscle groups for efficient, full-body conditioning.

Weekly Strength Plan: Compound Movements for Runners

Session 1 (Monday or Tuesday): Lower Body and Core Stability
Focus: Building glute, leg, and core strength for stability on long runs.

1. Squats – 3 sets of 10–12 reps
   Targets: Quads, glutes, hamstrings

1. • Coach’s Tip: Keep your chest up and push through your heels to engage your glutes and core.

2. Walking Lunges – 3 sets of 10 reps per leg
   Targets: Quads, glutes, balance

1. • Coach’s Tip: Take a controlled step forward, keeping your knee aligned with your ankle, to build strength and stability.

3. Glute Bridges – 3 sets of 15 reps
   Targets: Glutes, hamstrings

1. • Coach’s Tip: Squeeze your glutes at the top of each rep and avoid arching your back to protect your lower spine.

4. Plank Hold – 3 sets of 30–45 seconds
   Targets: Core stability, shoulders

1. • Coach’s Tip: Engage your core and keep your body in a straight line. Planks are great for core stability, which helps maintain good form on long runs.

Session 2 (Thursday or Friday): Full-Body Strength and Power
Focus: Enhancing overall strength and power with movements that support strong, stable strides.

1. Deadlifts – 3 sets of 8–10 reps (use dumbbells or a barbell)
   Targets: Hamstrings, glutes, lower back

1. • Coach’s Tip: Keep your spine neutral and hinge at the hips. Deadlifts help build strong hamstrings and glutes, which are crucial for powering your stride.

2. Step-Ups – 3 sets of 10 reps per leg (use a bench or box and hold dumbbells if comfortable)
   Targets: Quads, glutes, balance

1. • Coach’s Tip: Step up with control and avoid pushing off with your back foot. This move mimics the “push-off” phase in running.

3. Single-Leg Deadlifts – 3 sets of 8 reps per leg (use bodyweight or light dumbbells)
   Targets: Balance, glutes, hamstrings

1. • Coach’s Tip: Move slowly and focus on balance. This exercise strengthens the muscles around the hips and knees, improving stability on uneven terrain.

4. Russian Twists – 3 sets of 15 reps per side (hold a light weight or a medicine ball)
   Targets: Core rotation, obliques

1. • Coach’s Tip: Twist from the waist, not just your arms, and keep your core engaged. Strong obliques support lateral stability, especially helpful during longer runs.

Join the Strength Training Conversation

Strength training can make a huge difference in marathon training, and every runner has their own approach! Whether you’re a fan of squats, core workouts, or a mix of everything, I’d love to hear about your experience.

How has strength training impacted your running?

Do you have go-to exercises that have helped you build endurance or stay injury-free?

Share your favorite workouts, tips, and any advice you’ve learned along the way. Your insights could be just what another runner needs to reach their goals!

If you’re gearing up for a race and wondering how to pace yourself, you’re not alone.

Race-day pacing can be tricky, especially if you’re new to racing.

But finding the right pace can be the difference between feeling like a champion as you cross the finish line and struggling halfway through.

Worry no more.

In today’s post, I’m going to walk you through everything you need to know about race day pacing. I’ll explain what pacing is, why it’s important, and how to approach each race distance.

Let’s get to it.

What’s A Race Pacing Strategy

First up, what even is a pacing strategy?

A pacing strategy is your plan for managing your speed throughout the race. It’s all about striking the perfect balance—knowing when to ease up and when to push your limits.

Imagine sprinting right out of the gate—chances are, you’ll burn out way too soon.

If you go too slow, you might end up feeling like you could have done better. A good pacing strategy helps you avoid both extremes.

I learned about pacing the hard way during my first half marathon. I went out way too fast, full of excitement and adrenaline. By mile 8, my legs felt like lead, and by mile 10, I was seriously considering walking the rest of the way.

That’s when I realized pacing isn’t just about running fast; it’s about knowing your limits and sticking to a strategy.

Since then, I’ve been much more mindful about keeping an even pace from start to finish, and it’s made a world of difference.

Common Pacing Strategies

Most of us end up using one of these three main pacing strategies, sometimes without even knowing it. Let me break down them for you:

1. Positive Split: This is when you run the first half of the race faster than the second half. It’s common for beginners to do this because they feel strong at the start, but it often leads to slowing down later. While this can work for short sprints, it’s not ideal for longer distances.
2. Even Split: This method means you keep your pace steady the whole race. It’s a great strategy for most races because it helps you conserve energy and maintain control.
3. Negative Split: Here, you run the second half of the race faster than the first half. I suggest this for most runners—it lets you start slow, warm up right, and power through to a strong finish. This strategy ensures you don’t burn out early and helps you leave something in the tank for the finish line.

The Golden Rule of Pacing

Here’s my golden rule of pacing: Start slower than feels right

I know it’s tempting to charge out of the gate, especially with race-day excitement pumping you full of adrenaline, but resist that urge! If you go out too fast, you’ll burn through your energy reserves quickly and might end up struggling in the later miles.

Instead, aim to start off at a pace that feels comfortable, even easy, for the first part of the race. Then, as you settle in and your body warms up, gradually increase your pace.

By the time you’re nearing the finish line, you should still have enough energy to pick it up and finish strong.

Pacing for Different Race Distances

Different race distances call for different pacing strategies.

Let me share with you my best tips on how to pace different races, from 5Ks to marathons.

Pacing Strategy For Sprint Events

Sprint events are all about going all out, but when the distance increases, so does the need for strategy. Knowing when to push and when to hold back has made all the difference for me.

Since the race is short, you can simply sprint at your fastest speed for the duration of the event. That’s why, for example, most 400m events at the elite levels are regularly run with a positive split strategy. This means that the racers run the first 200m faster than the final 200m.

5K Pacing Strategy

A 5K is a short race, but that doesn’t mean you should sprint from the start. While the 5K is run at a relatively high effort (about 9-10 on a scale of 1-10), you still need a pacing plan.

For the first mile, hold back slightly—aim to run about 10 seconds slower than your goal pace. By mile 2, settle into your target pace, and in the final mile, push yourself to finish strong. You don’t need to worry about fueling during the race, but make sure you’re hydrated before you start.

A beginner runner? Try this couch to 5K plan.

Want more challenges? Try my 5K in 30 minutes OR  The Sub 20-min 5K Training Plan.

5K Pace Chart

10K Pacing Strategy

A 10K (6.2 miles) requires more endurance than a 5K, so your pacing strategy needs to reflect that. You can’t run at full speed for the entire race, or you’ll risk burning out.

Start about 5-10 seconds per mile slower than your goal pace for the first couple of miles. This allows your body to ease into the race without expending too much energy early on. Around mile 3 or 4, you should be running at your target pace, and for the last couple of miles, aim to pick up the pace if you feel strong.

Hydration is important for a 10K, especially on hot days, so consider grabbing water at aid stations.

New to the 10K? Check out this guide.

10K Pace Chart

Half Marathon Pacing Strategy

The half marathon (13.1 miles) is a challenging distance that requires both stamina and smart pacing. If you go out too fast, you’ll hit a wall midway through. If you go too slow, you might finish with more in the tank than you wanted.

Start the first 2-3 miles at 10-20 seconds slower than your goal pace. This gives your body time to warm up. Once you’ve settled in, run at your target pace for the bulk of the race. By the time you hit mile 10, if you’re feeling good, you can push harder for a strong finish.

What’s more?

Fueling is crucial in a half marathon. Practice eating gels, chews, or whatever works for you during training so you’ll know what your body can handle on race day.

Never run a half marathon before? Begin my couch to HM plan.

Half Marathon Pace Chart

Marathon Pacing Strategy

The marathon is a beast of its own, and pacing is critical for such a long race (26.2 miles). The key here is patience.

For the first 13 miles, run 20 seconds per mile slower than your target pace. This might feel too slow, but trust me, you’ll be thankful later. Once you reach the halfway mark, you can settle into your goal pace. If you have energy left around mile 20, that’s when you can start picking up the pace. Just remember, the marathon is all about endurance, so don’t try to make up time too early in the race.

Just like pacing, nailing your nutrition is key in a marathon.. Stick to a plan that works for you—whether that’s gels, bars, or sports drinks—and make sure to hydrate properly throughout the race.

I’ll never forget my first marathon. I had heard that the race doesn’t really start until mile 20, but I didn’t fully understand what that meant until I hit “the wall.” I started too fast, trying to bank time early on, and by mile 18, I was done.

My legs were cramping, and every step felt like a marathon in itself. The next time, I approached it differently.

I kept a slower pace for the first half, and by mile 20, I still had energy left in the tank. That made all the difference in crossing the finish line feeling strong.

Here’s how to run your first marathon.

Marathon Pace Chart

Pacing Strategy FAQs

I know that you have more than one pressing question about proper pacing. Let me address some of the most common concerns.

What’s the best pacing strategy for a half marathon?

Runner’s World suggests aiming for a slight negative split—picking up the pace in the final 5K if you’re feeling strong. This strategy also helps manage any pre-race nerves by easing into the rhythm, saving energy for a powerful finish.

Should I use the same pacing strategy for a 5K and a marathon?

Not exactly. For shorter races like a 5K, a slightly faster start can be effective since the race is short enough to push your pace early without running out of steam. In contrast, marathons demand an even or negative split approach to conserve energy over the long distance. According to the International Journal of Sports Physiology and Performance, even pacing is common among marathoners, as it helps sustain a steady energy output and reduces the risk of hitting the wall.

How do I practice pacing strategies in training?

Practice makes perfect! If you’re aiming for an even pace, try tempo runs where you hold a consistent pace slightly faster than your usual long run pace. For negative splits, progression runs are key: start your run easy, then gradually pick up the pace every mile or two. Training your body to handle these pacing techniques will help you execute them smoothly on race day.

What’s the best pacing strategy for beginners?

Beginners often do best with an even pacing approach, which means keeping a steady pace throughout the race. This strategy helps you learn your optimal speed without going out too fast and fading early. Over time, as you gain experience, you can experiment with negative splits for races where you feel confident in your endurance.

How can I avoid starting too fast in a race?

It’s easy to get caught up in the excitement of race day and start too fast. To avoid this, start a bit slower than your goal pace for the first mile, using it as a “warm-up” to find your rhythm. If you’re wearing a GPS watch, check your pace regularly to ensure you’re not overdoing it in the early stages.

How does race distance affect pacing strategy?

The longer the race, the more conservative you should be with your pacing. For example, a 5K might allow for a slightly faster start, while a marathon requires a more measured approach. In longer races, pacing too aggressively can lead to fatigue, making it hard to maintain energy in the later miles. Adjust your pace based on distance and experience level to set yourself up for a strong finish.

Should I adjust my pacing strategy based on weather?

Absolutely! Hot or humid conditions can make it harder to maintain your goal pace. On a hot day, consider slowing down by 5-10 seconds per mile to prevent overheating and save energy for the finish. Conversely, cooler weather might allow you to push a bit harder, but always listen to your body and adjust as needed.

Like many new runners, you might think a couple of toe touches and quad stretches are all you need to get ready for a run.

I was the same, thinking a quick 30-second stretch was enough to prep my muscles

Spoiler alert: I was wrong!

Holding static stretches before a run isn’t the best way to prep your body

Instead, try dynamic warm-ups, which involve moving stretches to activate your muscles.

One of my all-time favorite routines?

Enter the Myrtle Routine. It’s fast, needs no equipment, and totally changed how my hips feel post-run.

In this article, I’ll share the full guide to the Myrtl routine, discuss its benefits, and explain the exercises you should be performing in detail.

What’s the Myrtle Routine?

The Myrtle routine is one of the most effective dynamic warm-ups I’ve used, and it’s great for everyone—from beginners to elites.

This routine consists of bodyweight exercises aimed at strengthening your hip girdle—the muscles around your hips are crucial for maintaining good form, especially when fatigue sets in during those longer runs.

Specifically, it targets the small, stabilizing muscles around the hips that support your running. This is especially useful as fatigue sets in during the final miles of a long run or race

Regularly performing these exercises can enhance flexibility and range of motion, helping to prevent pain and injuries during training

How I Discovered the Myrtl Routine

A few years ago, after a particularly long run, I started feeling a dull ache in my hips. I chalked it up to getting older (because, let’s face it, we’ve all been there).

Then a runner friend showed me the Myrtle routine, and within weeks of regular practice, my ache vanished.

The best part? It’s only a 10-minute routine that drastically changes your flexibility, strength, and injury resistance

Why You Need This Routine

Here’s the deal: your hips are your powerhouse as a runner.

Weak or tight hips can cause a myriad of issues, from lower back pain to knee problems. Adding the Myrtle Routine regularly has kept my hips strong and flexible, improving my overall running posture and form.

The benefits are clear:

• Improves range of motion: This is key for avoiding injuries, especially in your hips and lower back.
• Strengthens muscles: Those smaller stabilizing muscles that don’t always get the love they deserve.
• Prevents injuries: Nobody wants to deal with hip pain or other overuse injuries.
• Gets blood flowing: Dynamic routines like this are much more effective at getting your body ready than just standing still and stretching.

How Often Should You Do the Myrtle Routine?

I suggest doing the Myrtle Routine three to four times weekly, ideally before running, for optimal results.

At first, I found adding another step to my pre-run routine tough, but after sticking with it, I realized it only takes 10 minutes. And those 10 minutes pay off—big time.

Turning this into a habit can keep you injury-free and enhance your running form. I tell the runners I coach that yesterday is the best time to start a warm-up routine, but today is the second-best time!

The Myrtle Routine: Step-by-Step Guide

Here’s a detailed look at the Myrtle Routine exercises.

1. Lateral Leg Raises

• How to do it: Lie on your right side with your legs straight. Raise your left leg to a 45-degree angle and slowly lower it.
• Reps: Five reps with your foot in a neutral position, five with toes pointed up, and five with toes pointed down.
• Coach’s tip: Keep your legs straight and engage your core for stability.

2. Clamshell

• How to do it: Lie on your side with knees bent at a 45-degree angle. Keep your feet together and raise your top knee, like opening a clamshell.
• Reps: Eight reps on each side.
• Coach’s tip: Control the movement and avoid rotating your torso. You should feel this in your glutes!

3. Donkey Kick

• How to do it: Start on all fours. Bring your right knee toward your chest, then kick your leg straight back with your foot flexed.
• Reps: Eight reps on each side.
• Coach’s tip: Engage your glutes and avoid arching your back.

4. Fire Hydrant

• How to do it: From the same all-fours position, lift your right leg to the side until your knee reaches hip height, then lower.
• Reps: Eight reps per side.
• Coach’s tip: Keep your back flat and core engaged.

5. Donkey Whips

• How to do it: Extend your right leg behind you from the all-fours position, then swing it out to the side and back to the center.
• Reps: Five reps per side.
• Coach’s tip: Move slowly and with control to avoid straining your lower back.

Additional Hip Mobility Exercises

I also like to throw in a few extra exercises to boost hip mobility. These will keep your hips in tip-top shape for running.

6. Hurdle Trail Legs

• How to do it: Imagine stepping over a hurdle. Lift your leg in a circular motion as if clearing a hurdle.
• Reps: Five forward, five backward.
• Coach’s tip: This mimics your running stride and loosens up your hips.

7. Knee Circles

• How to do it: On all fours, make backward circles with your knee while keeping it bent.
• Reps: Five circles per leg.
• Coach’s tip: Keep it smooth and controlled.

8. Linear Leg Swing

• How to do it: Stand next to a wall, and swing your leg forward and backward.
• Reps: Ten per leg.
• Coach’s tip: Swing from the hip, not the torso.

9. Lateral Leg Swing

• How to do it: Swing your leg side to side in front of your body while holding onto a wall for balance.
• Reps: Ten per side.
• Coach’s tip: This opens up the hips and improves your range of motion.

Quick Summary: Key Tips for the Myrtl Routine

Want to keep this routine handy? Here’s a quick recap of the Myrtl Routine essentials. Save, bookmark, or share this with a friend who could use a boost in flexibility and injury prevention!

Myrtl Routine Highlights

• Ideal for Runners: Targets hip mobility and stability, two crucial elements for efficient, injury-free running.

Myrtl Routine Exercises Checklist

1. Clamshells – 10–15 reps per side
2. Lateral Leg Raises – 10–15 reps per side
3. Hip Circles – 10 circles each direction, per leg
4. Fire Hydrants – 10–15 reps per side
5. Donkey Kicks – 10–15 reps per side
6. Knee Circles – 10 circles each direction, per leg
7. Standing Hip Abductions – 10–15 reps per side

Pro Tip: Consistency is key! Aim to include the Myrtl Routine 2–3 times per week to see improvements in flexibility and stability.

If you found this guide helpful, consider sharing it with your running friends or posting it on social media. The more runners who incorporate mobility work, the stronger and more resilient we all become!

Further Reading and References

If you’re interested in diving deeper into the science behind the Myrtl Routine and hip mobility, here are some valuable resources:

• Journal of Strength and Conditioning Research: “Influence of Hip Flexibility on Running Economy” – Link
• American Journal of Sports Medicine: “Hip Muscle Weakness and the Link to Running Injuries” – Link
• Runner’s World: “How Hip Mobility Boosts Running Performance” – Link

Join the Conversation: How Do You Use the Myrtl Routine?

Have you tried the Myrtl Routine before? Maybe it’s already a regular part of your training, or perhaps you’re just getting started. I’d love to hear how you’re using it!

• Share Your Experience: Do you find that the Myrtl Routine helps with hip flexibility or injury prevention? Any favorite exercises from the routine?
• Ask Questions: If you’re new to mobility work or curious about specific exercises, ask away! I’m here to help.

Feel free to drop your thoughts in the comments below. Let’s build a community where we can all learn from each other’s experiences and tips!

Essential oils have been long used for stress relief and relaxation, but could they also help you become a better runner? Keep on reading.

Essential oils for runners are no magic pill. They offer some amazing benefits, but they are the answer to all of your running prayers. Let’s get that out of the way.

From soothing sore muscles to improving endurance, in today’s post, I’ll spill the beans on essential oils and how to use them in your training in today’s article.

Essential Oils Explained

First things first, what is an essential oil?

Basically, essential oils consist of volatile aromatic compounds found in seeds, trees, barks, flowers, roots, and other plants.

Plants produce these compounds in order to protect themselves from diseases by helping with pollinations, warding off predators, and keeping the plant robust.

Essential oils are 50 to 70 times more powerful than the herbs and plants themselves.

Want an example?

One drop of peppermint essential oil equals roughly 28 cups of peppermint tea.

What’s more?

It takes about 65 pounds of rose petals to produce 15 ml of rose essential oil.

Thanks to this highly concentrated form, quality essential oils provide a host of health benefits in a single drop.

These oils are made using the distillation process in which plant and herb compounds are carefully pressured or steamed to separate the pure flavors or scents of the oils from the rest.

How Come Essential Oils Are So Potent?

The stuff has concentrated compounds in them and contains no or very little diluent. Thus, essential oils are super effective and proved to be helpful in various physical and neurological treatments.

Lavender, tea tree, peppermint, etc., and as many herbs as many essential oils—are all popular essential oils that( can be found on the market.

How Do you Use Essential Oils

The main way your body takes in essential oils is through aroma, or what’s known as aromatherapy.  Inhaling the stuff can have a positive impact on your body’s limbic system—or what’s known as the emotional brain.

You can also consume some essential oils by adding a drop to around 250 ml of liquid.  Just keep in mind that not all oils are viable for this.

Although most essential oils can be ingested, most experts agree that oral consumption carries serious risks, such as possible organ toxicity.

For example, tea trees and eucalyptus should never be ingested. Consult with a professional before consuming any type of essential oil.

What’s more?

When you try to apply essential oils topically, dilute them by mixing with lotion or other less concentrated oils. Once you apply the oil, it’ll be absorbed into your skin to treat the affected area.

You can also use essential oils to treat injuries. Simply put a few drops of the stuff in one warm washcloth and wrap it around the affected area.

The Benefits

Essential oils have been shown to offer a wide range of fitness and health benefits.

Some of these include.

Improved Lung Function

Essential oils might be able to improve lung function, therefore, performance.

Don’t take my word for it. Research that looked into the impact of Neroli and Spearmint oils on lung function and running performance backs this up.

The participants inhaled essential oils during the experiment before a 1500m run. Both performance and lung function was measured after the test.

The researchers reported that inhaling the EOs improved lung function and a drastic reduction in running time. In addition, the impact of Neroli oils was more significant than Spearmint.

Additional resource – How to run with asthma?

Improved Performance

Your athletic performance may also stand to gain.

A BJ study reported that Eos could help prepare the mind and body for optimal athletic performance and help the body bounce back faster by reducing the effects of fatigue.

Another study of the Journal of The International Society of Sports Nutrition reported that supplementing with peppermints oils increased respiratory efficiency, blood pressure, and heart rate.

The study also reported lower levels of perceived workload.

What’s more?

Another study revealed that inhaling orange and spearmint oils enhanced lung function and exercise performance of athletes.

Stress Relief

Eos have been long used to relieve stress, and there’s plenty of evidence backing up their efficiency.

An Austrian study reported that essential oils can drastically reduce your stress levels and that the stuff is a good choice for treating and preventing stress and burnout.

Another study out of the American Journal of Nursing Science revealed that various essential oils could help treat and ward off fatigue, anxiety, and depression.

5 Types of Essential Oils To Try

Now that you know a thing or two about the impact of essential oils on the body let’s dive into some of the main ones.

There are many essential oils on the market that support many different aspects of athletic performance and recovery, but let’s stick with the essential oils most useful for runners.

1. Peppermint

The number one essential oil for runners is peppermint oil. It’s also one of my favorite ones and one I use regularly. (it’s actually the reason I got into essential oils in the first place).

One drop of peppermint oils equals about 28 cups of peppermint tea.

A study out of the Journal of the International Society of Sports Nutrition

The participants ingested 0.05ml of peppermint oil in a drink for ten consecutive days.

The result?

The daily intake of the stuff can improve exercise performance and respiratory function.

A study reported by the Journal of The International Society of Sports Nutrition backs this up. In the research, the subject was given a dose of peppermint oil with water every day pre-workout for ten consecutive days.

In the end, the total work exerted by the participants increased by 51 percent, and their time to exhaustion increased by roughly 25 percent. Keep in mind that this was only achieved in only ten days of supplementation.

In other words, they were able to run faster and for longer.

Some of the benefits of the stuff include:

• Improved mental alertness
• Regulating blood pressure and heart rate
• Enhancing athletic performance.
• Improving breathing by opening up the sinuses
• Relieving digestion and gas
• Reducing nausea
• Improving mental focus

2. Lavender

As a runner, recovery is as important as the training itself. Skipping on it can limit, even compromise, your fitness gains. In fact, running too much can take a toll on your body and contribute to injuries and burnout. And you don’t want that.

Fortunately, using lavender essential oils can help speed up your recovery, especially right before going to sleep. These Eos are known for their ability to soothe stress, relax the mind and body and coast it not a more restful and optimal sleep.

Other benefits include

• Healing wounds quicker
• Improving sleep
• Soothing achy muscles
• Treating and preventing anxiety
• Treating skin problem’s
• Managing allergies

Additional Resource – Your Guide to feeling sleeping after running

3. Eucalyptus Oils

Eucalyptus oils aren’t just for spas. They have a lot to offer.

Some of their benefits include:

• Improved respiratory function
• Reducing inflammation in tired and strained muscles
• Soothing asthma attacks
• Cooling the body in hot weather
• Improved flexibility
• Rejuvenating and refreshing the mind and body

4. Lemon

Looking to cleanse and detox your body? Look no further than lemon essential oils.

You might already add lemon to hot water to fend off the flu, but adding lemon essential oil to water may offer you the powerful benefits of cold-pressing the lemon peel.

Convenient and easy to use, lemon essential oils have plenty of benefits targeting runners.

Some of the other benefits include:

• Improving immune system
• Help with season respiratory discomfort
• Improving mood
• Awakening the sense by stimulating the nervous system
• Treating athlete’s foot.
• Improved digestion function
• Cleansing and detoxifying the system
• Treating and preventing symptoms of athlete’s foot.

5. Lemongrass Oil

Another powerful EO with many health benefits. Some of which include:

• Relieving headaches
• Soothing period cramps
• Relaxing muscles
• Relieving joint pain
• Acting an antiseptic for cuts
• Reliving stomach issues

Tips For Using Essential Oils

While the use of essential oils carries little to no risk, I’d recommend that you perform a patch test first to ensure that you don’t have any intolerances or allergies to any of the ingredients.

Avoid Ingesting

Avoid consuming essential oils orally, as these are not meant for the exterior parts of your body.

Pay attention

Notice any redness or experience any irritation? Stop using Essential oils on the spot.

Additional Resource – Here’s the full guide lower abdominal pain while running.

Ready to supercharge your running game with BCAAs?

Runners, listen up! If you’re on the hunt for that extra edge in performance and recovery, those three magic letters—BCAAs—might just be what you need.

In this article, we’re not only going to unravel the mysteries of BCAAs but also explore how they can benefit you as a runner.

Curious? Let’s dive in and give your running journey a boost

What Is BCCA?

You may have heard these three-letter wonders mentioned in the fitness world, and yes, they’re closely related to protein. But let’s break it down.

Protein, the mighty macronutrient, is like the building blocks of your body. It’s not just about bulking up muscles; it’s everywhere! From your skin to your bones, hair to every tissue you can think of.

Now, protein itself is a team of 21 amino acids. These include heavy hitters like Valine, Leucine, Arginine, and more. Each of them plays a unique role in your body’s grand scheme.

But here’s the twist: nine of these amino acids are essential. Your body can’t whip them up on its own, so you gotta get ’em from your diet. These essential amino acids are like VIPs:

• Isoleucine
• Valine
• Lysine
• Methionine
• Histidine
• Tryptophan
• Leucine
• Phenylalanine
• Threonine

Branched Amino Acids

BCAA stands for “Branched-Chain Amino Acids,” and they are indeed a group of essential amino acids crucial for various aspects of health and fitness. Let’s break down the essentials:

More specifically, BCAAs consist of three essential amino acids, each with its unique contribution to muscle health and overall well-being. These amino acids are:

• Valine
• Leucine
• Isoleucine

Why the Name “Branched-Chain”?

The name “branched chain” refers to the molecular structure of these amino acids, which includes a branching side chain. This unique structure sets BCAAs apart from other amino acids.

Benefits of BCAAs

BCAAs offer a range of benefits, including:

• Reducing muscle soreness
• Promoting muscle growth
• Enhancing hormone function
• Supporting exercise recovery
• Aiding in protein synthesis

The Star Player: Leucine

Leucine is considered the most critical amino acid among the BCAAs. It plays a significant role in promoting muscle protein synthesis, making it especially important for athletes and fitness enthusiasts.

Why BCCAs Are Unique

Branched-Chain Amino Acids (BCAAs) have garnered attention in the fitness world for their unique characteristics, including their ability to provide rapid energy during exercise. Here’s what makes BCAAs stand out:

Muscle Fuel

BCAAs have a remarkable capability to be oxidized (broken down) directly within muscle tissue for energy. This is a crucial advantage because they can be swiftly utilized by the muscles without having to go through the liver for initial processing. This translates to quick energy delivery right where it’s needed.

Fast Delivery

Because BCAAs can skip the liver’s metabolic processes, they reach the muscles rapidly. This fast delivery of amino acids can have a noticeable impact on energy levels and performance during exercise.

Enhanced Energy

Research has indeed shown that taking BCAAs can enhance overall energy levels during aerobic activities. Some studies have reported improvements of up to 10 percent in total energy output when BCAAs are incorporated into an athlete’s regimen.

Let me dive more into some of the benefits.

How BCCAs Help Runners?

People consume BCCAs for a wide range of reasons. Some of the most common benefits of BCCAs for runners include:

Improved muscle growth

One of the primary benefits of BCAA intake is their capacity to enhance muscle growth. This effect is primarily attributed to a specific amino acid within BCAAs: leucine. Let’s dive into how leucine and BCAAs contribute to improved muscle growth:

Leucine’s Key Role

Leucine plays a pivotal role in the muscle growth process. It acts as a key regulator by activating signaling pathways in the body that stimulate protein synthesis. This activation sets in motion the production of more protein, which is essential for tissue repair and muscle growth.

Evidence-Based Benefits

Research studies have provided substantial evidence supporting the muscle-building effects of BCAAs, particularly leucine. Here are a couple of noteworthy findings:

• A study reported that consuming BCAAs, as opposed to water, resulted in a remarkable 22 percent increase in muscle protein synthesis. This demonstrates the ability of BCAAs to enhance the body’s recovery and repair processes after muscle damage.
• A 2014 review indicated that BCAA supplements, particularly those with ample leucine content, have the potential to increase muscle mass. This improvement in muscle mass can contribute to enhanced body composition, which is a significant goal for many fitness enthusiasts.

Decrease Muscle Soreness

Muscle soreness, often referred to as delayed onset muscle soreness (DOMS), is a common sensation experienced by runners and athletes after intense training. It’s typically associated with tiny muscle tears that occur during rigorous exercise.

Here’s how BCAAs can play a role in decreasing muscle soreness and expediting recovery:

Muscle Protection and Repair

BCAAs can be valuable in limiting the rate of muscle breakdown and accelerating the rate of muscle repair. This dual action can aid in reducing the severity and duration of muscle soreness. Furthermore, some experts suggest that BCAAs may assist in managing cortisol, the stress hormone, which has the potential to contribute to muscle breakdown.

Evidence-Based Support

Numerous research studies have explored the effects of BCAAs on muscle soreness and recovery.

Here are a few noteworthy findings:

• One study discovered that supplementing with BCAAs resulted in decreased muscle soreness following an intense session when compared to a placebo.
• Research published in the Journal of the International Society of Sports Nutrition suggested that consuming an appropriate amount of BCAAs can be effective in reducing delayed onset muscle soreness.
• Another study reported that individuals supplementing with BCAAs experienced a significant reduction in soreness levels, with up to a 33 percent decrease compared to those given a placebo.

It’s important to note that BCAAs have been widely utilized to enhance recovery in various contexts, including musculoskeletal injuries and surgical procedures. In these scenarios, swift tissue repair and healing are crucial for optimal outcomes

Reduce Fatigue

Fatigue can be a significant hurdle for athletes and runners during exercise, particularly for those engaged in long-distance training. Here’s how BCAAs can play a role in reducing fatigue and enhancing endurance:

Inhibiting Serotonin Production

High levels of BCAAs may interfere with the entry of tryptophan into the brain. Tryptophan is a precursor to serotonin, a neurotransmitter associated with feelings of fatigue during exercise. By limiting tryptophan’s access to the brain, BCAAs can potentially reduce the sensation of fatigue.

Supporting Evidence

Research has provided some support for these fatigue-reducing effects of BCAAs:

A small study involving college-age males found that those who consumed 20 grams of BCAAs before a workout exhibited lower levels of serotonin post-exercise compared to those given a placebo.

By incorporating BCAAs into your pre- and intra-workout nutrition, you may be able to better preserve your glycogen stores, efficiently allocate energy to your muscles, and hinder the production of fatigue-inducing neurotransmitters. This could be especially beneficial for athletes engaged in prolonged training and endurance activities.

BCAAs and Weight Loss

If you’re aiming to shed excess body fat, BCAAs (Branched-Chain Amino Acids) could be a valuable addition to your nutrition and workout regimen. Here’s how BCAAs may contribute to improved weight loss:

Increased Muscle Mass

BCAAs are known for their ability to support muscle growth and maintenance. As you build more muscle, your body’s metabolic rate increases. Muscle tissue requires more energy (calories) to maintain than fat tissue, which means having more muscle can boost your daily calorie expenditure. This can be advantageous for weight loss, as it creates a scenario where you burn more calories throughout the day.

Enhanced Fat Loss

The combination of increased muscle mass and improved fat loss can lead to more effective weight management. While strength training is a proven method for accelerating fat loss, BCAAs can help optimize your muscle-building efforts during workouts.

A study found that participants who consumed 14 grams of BCAAs per day experienced a 1% reduction in body fat and gained an additional 4.4 pounds of muscle compared to those who took whey protein. It’s important to note that dietary habits can significantly influence these results.

For more on the benefits of BCCA for athletes, check the following resources:

• The Effects of BCAAs on Insulin Resistance in Athletes
• Oral Branched-Chain Amino Acids Supplementation in Athletes
• Association of Genetically Predicted BCAA Levels with Muscle Fiber Size in Athletes Consuming Protein
• The efficiency of branched chain aminoacids (BCAA) in the nutrition of combat sport athletes
• The Ameliorating Effect of Branched-chain Amino Acids Ingestion on Different Types of Muscle Soreness after Swimming and Full-marathon Running

Will BCAA Make You A Faster Runner?

The relationship between BCAAs (Branched-Chain Amino Acids) and running speed is a topic that has garnered some attention in the fitness and endurance sports communities. While BCAAs are known for their role in muscle recovery and growth, can they actually make you a faster runner?

The Research is Inconclusive

To date, research on the direct impact of BCAAs on running speed remains inconclusive. There have been mixed findings, and several factors come into play.

Ultra-Marathon Study

In one study conducted during a 100K ultra-marathon, participants who were given BCAAs did not show significant improvements in finish times compared to those who received a placebo. This suggests that BCAAs may not enhance running speed in ultra-endurance events.

Sprint Power Study

On the other hand, a different study reported that supplementing with BCAAs for ten weeks resulted in a 19% increase in all-out sprint power and a 4% increase in power relative to body mass. This finding suggests that BCAAs may have the potential to enhance sprinting performance.

The Complexity of Running Performance

Running speed is influenced by various factors, including aerobic fitness, anaerobic capacity, endurance, and technique. BCAAs primarily play a role in muscle recovery, protein synthesis, and reducing muscle soreness. Their impact on running speed may be more significant in short bursts of high-intensity sprinting rather than long-distance endurance running.

Individual Variability

It’s important to recognize that individual responses to BCAAs may vary. Some runners may find that BCAAs help improve their sprinting abilities, while others may not experience the same benefits. The effectiveness of BCAAs can be influenced by factors such as training status, diet, and overall workout routine.

The Side Effects of BCCAs

The relationship between BCAAs (Branched-Chain Amino Acids) and running speed is a topic that has garnered some attention in the fitness and endurance sports communities. While BCAAs are known for their role in muscle recovery and growth, can they actually make you a faster runner?

The Research is Inconclusive

To date, research on the direct impact of BCAAs on running speed remains inconclusive. There have been mixed findings, and several factors come into play.

Case 1: Ultra-Marathon Study

In one study conducted during a 100K ultra-marathon, participants who were given BCAAs did not show significant improvements in finish times compared to those who received a placebo. This suggests that BCAAs may not enhance running speed in ultra-endurance events.

Case 2: Sprint Power Study

On the other hand, a different study reported that supplementing with BCAAs for ten weeks resulted in a 19% increase in all-out sprint power and a 4% increase in power relative to body mass. This finding suggests that BCAAs may have the potential to enhance sprinting performance.

The Complexity of Running Performance

Running speed is influenced by various factors, including aerobic fitness, anaerobic capacity, endurance, and technique. BCAAs primarily play a role in muscle recovery, protein synthesis, and reducing muscle soreness. Their impact on running speed may be more significant in short bursts of high-intensity sprinting rather than long-distance endurance running.

Individual Variability

It’s important to recognize that individual responses to BCAAs may vary. Some runners may find that BCAAs help improve their sprinting abilities, while others may not experience the same benefits. The effectiveness of BCAAs can be influenced by factors such as training status, diet, and overall workout routine.

BCCAs For Runners  – The Conclusion

As you can tell, BCCAs are not just helpful for strength buffs but runners as well, as they can help improve your performance.

The stuff has the ability to help improve your energy output and reduce fatigue during training, aid in muscle growth, speed up recovery—and so much more.

So, you’ve got those new knee joints, and the runner’s itch is just too hard to resist. But here’s the deal: running, despite our love for it, is a high-impact exercise per excellence. And after a knee replacement surgery, you’ve got precious new joints that deserve some TLC.

For a long time, doctors were waving the caution flag, warning against hitting the pavement post TKR (Total Knee Replacement). The fear? The high-impact nature of running could wreak havoc on those freshly minted joints.

This left many former devout runners torn between their love for running and the fear of undoing the surgical magic.

In this article, we’ll peel back the layers to explore the pros and cons of lacing up those running shoes after knee surgery.

Now, a little disclaimer—we’re not playing doctor here. I’m not a medical pro, nor have I undergone any knee surgery. This topic, however, hits close to home for me due to my family’s history of knee arthritis. So, please, consider this a friendly chat rather than medical advice, and always consult a pro when it comes to everything related to health and well-being.

What is Knee Replacement Surgery?

Knee replacement surgery, also known as total knee replacement (TKR) or knee arthroplasty, is a surgical procedure that involves replacing the damaged or diseased parts of the knee joint with artificial components. This procedure is typically performed to relieve pain, improve knee function, and enhance the quality of life for individuals with severe knee joint problems. Here’s an overview of knee replacement surgery:

Indications:

Knee replacement surgery is commonly recommended for individuals who have:

• Osteoarthritis: The most common reason for knee replacement, osteoarthritis is a degenerative joint disease characterized by the breakdown of the knee’s cartilage.
• Rheumatoid Arthritis: An autoimmune disease that causes inflammation and damage to the knee joint.
• Traumatic Injury: Severe knee injuries or fractures that result in irreversible damage to the joint.
• Other Degenerative Conditions: Conditions such as avascular necrosis, in which the bone loses its blood supply, can lead to joint deterioration.

Surgical Procedure:

During knee replacement surgery, the orthopedic surgeon makes an incision over the knee joint and removes the damaged cartilage and bone. The ends of the thigh bone (femur) and shin bone (tibia) are then reshaped to accommodate the artificial components. For those recovering from a knee replacement and looking to resume activities like running, it’s crucial to consult with a specialist who understands related issues, such as treatment options in Dallas shoulder fracture cases.

Prosthetic Components:

The prosthetic components used in knee replacement surgery typically consist of:

• A metal femoral component: This covers the end of the thigh bone.
• A metal tibial component: This covers the top of the shin bone.
• A plastic spacer: Placed between the metal components to provide smooth movement.
• Sometimes, a patellar component:  If the back surface of the kneecap is also damaged, a plastic button may be used to resurface it.

Types of Knee Replacement:

There are different types of knee replacement surgeries, including partial knee replacement (replacing only a portion of the knee joint) and total knee replacement (replacing the entire knee joint). The choice of procedure depends on the extent of knee damage.

Recovery:

After surgery, patients typically undergo physical therapy to regain strength, flexibility, and mobility in the knee. Full recovery can take several months, with most patients experiencing significant pain relief and improved joint function.

Risks:

While knee replacement surgery is generally considered safe, it is not without risks. Potential complications may include infection, blood clots, implant loosening, nerve or blood vessel injury, and persistent pain.

Benefits:

Knee replacement surgery can provide significant pain relief, improve mobility, enhance the ability to perform daily activities, and enhance the overall quality of life for individuals with debilitating knee joint conditions.

Longevity of Prosthetics:

The artificial components used in knee replacement surgery have a lifespan typically ranging from 10 to 20 years or more. Revision surgery may be required when the prosthetic components wear out or become loose.

Does Running Cause Osteoarthritis?

Alright, folks, let’s tackle a common question: Does running lead to arthritis? Well, I’ve covered this before, but it’s worth repeating – running all by itself doesn’t give you arthritis. Yep, that’s right!

In fact, the research has your back on this one. No, there’s no secret conspiracy between your running shoes and arthritis. They’re just not best buds.

But wait, here’s the cool part – some studies even suggest that running might be your joint’s superhero. It could help keep those pesky inflammatory processes, which are like the villains of the joint world, in check.

Now, here’s the deal with your knee joints. They’re like superheroes, too, built to last you a lifetime or even two. But, and it’s a big but, if you’re putting them through some crazy stuff, like running with a funky form or overdoing it without proper rest, they might start showing signs of wear and tear.

Additional resource – Running with arthritis 

When Surgery is The Way?

Now, when you’re dealing with arthritis, your doctor’s first move is usually to try out the more conservative, non-invasive treatments. You know, stuff like anti-inflammatory meds, gentle exercises, maybe some yoga or stretching – all the good stuff.

But here’s the deal – when things take a nosedive, and your joint starts feeling like a rusty old door hinge, surgery might be your knight in shining armor. Especially if your joint has hit rock bottom, going bone-on-bone.

Early on, you’ve got options to fix, restore, or even replace the damaged tissues, like the articular cartilage, ACL, and meniscus. It’s like giving your joint a new lease on life!

How long Will A Knee Replacement Last?

Well, there’s no one-size-fits-all answer to that. It really depends on the individual. But generally speaking, those knee implants can go strong for about 15 to 20 years for most folks. Not too shabby, right?

Can You Run After Knee Replacement?

Well, technically, yes, you can hit the pavement or trails after TKR – but there’s a catch. It’s a decision that should be made with care, and it’s not the right move for everyone.

Before you lace up your running shoes, you’ve got some homework to do. You need to weigh the pros and cons of running post-surgery, and that means having a heart-to-heart with your doctor. They’ll help you map out all the possible scenarios and guide you toward the best choice.

Deciding whether it’s time to get back on the running track after knee surgery isn’t a one-size-fits-all decision. It’s all about a personalized approach between you and your doctor. So, whether you’re chasing that runner’s high or just aiming for a leisurely jog, make sure you’re on the right path for your unique situation.

The Research

Now, here’s the tricky part: there’s not a ton of scientific research out there on the impact of high-stress exercises like running on artificial knees. And what’s available is often outdated, unable to keep up with the leaps in materials and surgical techniques.

This lack of research also means we’re in the dark about a lot of things when it comes to exercise post-knee replacement. Questions like how long and how often you can safely run or if running is even a viable option after the surgery remain largely unanswered.

One reason for this gap is that researchers can’t just randomly assign patients to run after knee surgery while others stick to walking, which is the more traditional protocol for scientific testing. Instead, much of the research on this topic is retrospective. It relies on post-surgery patients to report on their own experiences with exercise after the procedure.

What makes things even more complicated is that many of the guidelines we have are anecdotal, coming from runners who’ve had the surgery themselves.

So, if you’re a passionate runner considering whether or not to hit the road after knee replacement surgery, keep in mind the lack of concrete scientific evidence. It’s a decision that requires careful thought and consultation with your healthcare team.

For more on the research, check the following resources:

• Effect of knee arthroplasty on sports participation and activity levels
• Endurance sports after total knee replacement: A biomechanical investigation
• Does hip or knee joint replacement decrease the chances to complete an ultra-trail race?
• A randomized trial to compare exercise treatment methods for patients after total knee replacement: protocol paper
• Return to sport post-knee arthroplasty
• Can you run after a knee replacement?

The Factors To Consider

Here are some factors to consider:

Your Age

Your age is a significant factor when it comes to deciding whether or not to return to running after knee replacement surgery. As you get older, your overall health and fitness level may play a role in whether running is a suitable option for you. It’s essential to take into account your age and consult with your healthcare team to determine what forms of exercise are more age-appropriate and safe.

Accept The risk

Just like with any other activity, it’s important to understand that running or engaging in any weight-bearing exercise after knee replacement surgery does carry some risk. There’s a chance that you could damage the artificial implant or cause it to become loose. In such cases, you might need corrective surgery or even a replacement, which means undergoing another operation.

Consult Your Doctor

If you’re still enthusiastic about the idea of running after knee replacement surgery, it’s crucial to have a thorough discussion with your doctor. They can provide you with valuable insights into your specific situation, the type of implant you have, and what research on wear testing has revealed about it.

Keep in mind that over time, knee implants will naturally wear out to some extent, regardless of your activities. Your goal should be to minimize the wear and tear on the implant throughout the rest of your life, if possible, to avoid needing another surgery to replace the replacement.

Consider this: at 55 years old, you may have another 20 to 30 years ahead of you, and it’s a wise decision to try to avoid the need for additional surgeries during that time.

The good news is that you have alternative options for improving your cardiovascular fitness without putting as much load on the new joint. Walking and engaging in other lower-impact exercises can be effective ways to stay active while being gentler on your knee replacement. This approach can potentially add more years of comfortable joint function, which is definitely a positive outcome to aim for.

Additional Resource – Here’s how to use KT Tape for runners’ knee.

Recovering From Knee Surgery

Recovering from knee replacement surgery is a significant undertaking, and if your goal is to eventually return to running, you should be prepared for a longer recovery period with dedicated effort.

Here’s a general timeline of recovery milestones:

• Three weeks post-surgery: You should be able to walk for more than 10 minutes at a time without assistance. You might still need some help from a physical therapist during this stage.
• Six weeks post-surgery: You might receive clearance from your doctor to resume driving between weeks 4 and 6, depending on your progress and comfort.
• Three months post-surgery: Most physical therapy programs last up to three months. By this point, you should be able to walk for longer distances, potentially covering a few blocks. You might also be ready to introduce exercises like swimming and cycling into your routine.
• One year post-surgery: Recovery continues over the course of a full year following knee replacement surgery. By this point, your knee should have regained its full strength.

Additional resource – Knee brace for knee pain

Can You Run After Knee Replacement Surgery? – Conclusion

As a runner recovering from TKR, you should be in no haste to return to the sport. Instead, you should weigh all the pros and cons to determine if it is the right thing to be doing in the first place.

Looking to start running at 50? Then you’re in the right place.

Here’s the truth.

Beginning a running program in your 50s or later can feel scary and overwhelming, whether you’re starting for the first time or going back to the sports after a long time.

But here’s the truth. Logging the miles isn’t just for young people or those in already good shape.

You can start running pretty much at any age. All it takes is patience, motivation, and commitment to the right running plan.

Although common training guidelines apply to everyone, your age is one of the most important elements to consider when you’re aiming to start running past 50.

In this article, I’ll share with you my top tips on how to get started running when you’re over 50.

In this article, I’ll cover:

• How to prepare
• How to plan your runs
• What to expect
• How to prevent injury as an older runner
• The benefits of running for people over 50
• How to take the first few steps
• How to prevent injury
• What to do before going for your first run
• And so much more.

Is it Too Late To Start Running When you’re Past 50?

No. Age isn’t a barrier—unless you allow it. Yes, running at 50 is possible.

Running, and exercise, in general, is something you can get into regardless of your age—as long as you follow some rules (don’t worry, I’ll get on to the rules later).

The truth is, running has a lot to offer, especially as you get older.

Sure, you might need to take a few more precautions than, let’s say, someone in their 20s, but age doesn’t bar you from logging the miles. I can assure you.

The Benefits of Running For People Over 50

The truth is, as you get older, and especially as you reach your middle age, adopting an active lifestyle is key. Running is one of the best ways to do that.

What’s more?

Master runners, technically runners over the age of 40, are the fastest-growing age group in the running world.

Don’t take my word for it. One research examined The New York Marathon runners between 1980 and 2009 and reported that the percentage of masters runners drastically increased while the number of finishers under 40 is on the decline.

In other words, older people tend to get into the sport.

It’s also not too late to achieve the physical process. Research out of Frontiers in Physiology revealed that runners who picked up the sport in their 50s were able to get as fit and fast as their peers who had been around the running block since a younger age.

I can go on and on, but you get the picture. If you’re over 50, there’s still time for you to reach out to those and head out to the trails.

I know. I know. It’s easier said than done. Running might seem devastating if you haven’t run in a long time or are trying it for the first time. But I can assure you it’s possible, especially once you implement the strategies shared below.

Let’s get to them.

Note – Learn more about the history of running here.

How To Start Running at 50

Without further ado, here are guidelines you need to get started running at 50 or older.

Check With your Doctor

If you’re really out of shape or haven’t exercised in a long while, it’s a good idea to get checked first before you lace up your running shoes.

This is especially the case when you’re over 50 and have lived a sedentary lifestyle or suffer any chronic health conditions. Osteoporosis, for instance, may limit your running ability.

Even if you’re already in great shape, get the stamp of approval first. Then, if you’re going to err, at least err on the side of caution.

During the visit, discuss your plans and goals and look into any health concerns to be wary of, such as diabetes, heart diseases, or orthopedic limitations.

Your doctor will provide a thorough physical exam with vital health information such as blood pressure, weight, heart disease,  cholesterol, etc.

Additional Resource – Why is my running not improving

Keep Your Goals Realistic

Whether you’re looking to run your first 5K, lose 20 pounds, or simply improve your endurance, it’s key to tailor your exercise program to fit your goals.

This may seem like a no-brainer, but most people who start running will sooner or later lose their motivation as training gets harder.

Although it’s true for runners of all ages, keeping your goals realistic is especially true when you’re older. Set the bar too high, and you’re setting yourself up for failure.

Even if you’re used to being a marathon runner in your 20s, you will be slower in your 50s than you were before. Unfortunately, that’s just a fact of life.

Start Small

Your first few weeks of training won’t be easy. But, even if you try to take it easy, you should expect some discomfort.

Forget about distance and speed early on.

Instead, focus on gradually improving your endurance by following the walk/run method.

In this method, you alternate between intervals of jogging and walking for 20 to 30 minutes.

A good example of a walk-run session is the following 30-minute workout:

• Start with a 5 to 10 dynamic warm-up to get your body ready.
• Then alternate jogging for two minutes and two minutes of walking. Aim to complete five rounds of each (for a total of 10 minutes jogging).
• Last up, cool down by walking for 5 to 10 minutes.

As the weeks go, add one minute to your jogging periods while reducing your walk/recovery time. By week seven or eight—depending on your current fitness level—you might be able to eliminate the walking.

Your goal should be able to run non-stop, at a conversational pace, for at least 30 minutes.

Here’s how many miles to run per week.

Add more Running

By week 9 or 10, you should be able to run straight for 30 minutes.

That’s the time for doing more challenging runs. Maybe you start increasing your running distances or adding some hills to your session.

Additional Resource – Here’s how to start running two miles a day.

Take a conservative approach when increasing your training load regardless of your age.

Any sudden, drastic increase in distance or speed will often set you up for soreness or injure that keeps you sidelined.

As a rule, follow the 10 percent rule. Do not increase your weekly mileage by more than 10 percent from one week to the next. The rest is just details.

This means that you should jump to 15 miles when your usual weekly mileage is no more than 10 miles. Instead, you’ll want to gradually work up to that, moving from 9 miles to 10, 11, and so forth.

Fartlek runs are also a good idea.

Speedwork is the last thing to add, as you’ll need a solid endurance and strength base before you start doing workouts such as sprints or hill reps.

Additional Resource – Here’s how to create a running plan

Know Your Limits

Research has shown that aging takes a toll on your physiology. Cardiovascular health, muscle fibers, strength, balance, coordination—all decline the older you get.

Accept the bitter truth that our bodies inevitably decline. It’s a process that kicks off around our 30s. After that, the pace of the decline speeds up to roughly 0.7 per year all through our 40s, 50s, and 60s.

Even the best athletes experience declines in performance as early as their 40s. That’s the reason no professional athletes in their 40s—at least they’re a rare breed, which makes them the exception.

Nobody is immune.

In other words, expect to experience changes in performance as you age.

That’s why you should be aware of your limits when you start a running program.  Otherwise, you might get hurt.

Keep going when you feel you can but stop when you need to. Don’t try to bite more than you can chew—otherwise, you’ll be in trouble, and you don’t want that.

Additional Resource – Here’s how to run faster

Take More Recovery

Although training does your body good, recovery is an extremely important ingredient in your running plan.

And it’s greatly affected by age.

Although you were able to exercise daily when young, as you get older, your recovery rate won’t be as fast as it used to. Thanks to changes in blood flow, a decline in muscle and tendons, and a limited ability to manage bodily inflammation, as a runner in their 50s, you might need more rest between workouts.

This might mean running every other day while cross-training on your non-running days, doing activities such as yoga, swimming, cycling, or lifting weights.

It could also mean a day off from any type of exercise activity. It’ll be your call to make.

Here’s what to do next.

Pay attention to your body and force the miles if you’re feeling properly recovered.

You might recover the fastest when you run every other day instead of hitting the pavement every day. So I’d recommend running three or four times a week.

The hard/easy training pattern on a weekly and monthly basis.

What’s more?

You should also shoot for seven to nine hours of sleep every night, and don’t hesitate to take power naps in the afternoon as well.

Additional Resource – When it’s the best time to run

Work on Your Strength & Mobility

Just because you decided to start running doesn’t mean that other exercise routines are invalid, especially stretching and strength training.

During your non-running days, cross-train with activities such as strength training, Pilates, yoga, and swimming.

Keep in mind that you don’t need to spend endless hours in the gym to get a result. Two to three 45 to 60 minutes sessions per week are more than enough to get you stronger.

Don’t know how to get started with yoga? Check my guide here.

Don’t know how to get started with strength training? Check my guide here.

Still in the mood for more cardio?

Then choose low-impact exercises such as swimming, cycling, elliptical, rowing to supplement your miles.

Additional resources:

• Should I run Today? 
• How to Do a Run Streak

How To Start Running at 50 – The conclusion

There you’ve it. If you’re over 50 and thinking about starting a running program, then today’s post has you covered. The rest is just details.

Please feel free to leave your comments and questions in the section below.

Thank you for dropping by.

Wondering how many calories should a runner eat?

Then you have come to the right place.

You could easily compromise your training if you don’t provide your body with enough calories. As a runner, food is more than mouth, please – food is fuel.

However, there’s no such thing as the perfect nutrition plan that works for everyone. Ask a group of different runners what to eat and drink for optimal performance, and you’ll get almost as many answers as there are runners in the group.

The truth is, every runner is different and requires a different fueling strategy, which is perfectly normal.

Running nutrition isn’t a one-size-fits-all, but there are general rules that all runners should follow as guiding principles. That’s where today’s post comes in handy.

In this article, I’ll share with you a few training and nutrition guidelines in the hope of helping you learn more about how many calories a runner should eat for optimal running performance.

The Importance of Calories

Logging the miles consistently helps you become a runner, but to reach your performance peak, you’ll want to provide your body with the energy to go the distance. Otherwise, you won’t make it far down the road.

A calorie is a unit of energy. This means that all types of food—whether they’re carbohydrates, proteins, or fat—are a source of fuel—all of which we need to perform at our best.

Determine Your Calorie Needs

Depending on your training volume, age, body weight, and gender, you’ll need various amounts of calories to properly fuel your body.

For instance, if you’re training for a marathon and logging 40 to 50 miles a week, you’ll need more fuel in the tanks to sustain your efforts. You can use this calculator to figure out your calorie burn and how many calories to budget.

The Exact Numbers

Runners should consume at least 20 calories per pound of body weight.

But this may vary widely depending on your training load and your other activities throughout the day.

Are you trying to lose weight? Then aim to take in less than 20 calories per pound of your body weight.

Additional resource – Running with diabetes

How Many Calories Should a Runner Eat

The amount of calories you burn while running depends on many variables such as your training intensity, distance, metabolism, body weight, age, etc.

Keep in mind that you burn approximately 100 calories for every mile run.

Therefore, if you run five miles, you’ll burn roughly 500 calories more than you’d have if you skipped the workout and lounged on the couch.

That’s why every runner is different regarding their calories needs because of these variables.

But all in all, if you’re moderately active, you might need around 2,000 calories per day to maintain your weight.

For example, if you’re training for a marathon and are running about 45 to 50 miles per week, you’ll want to have additional 700 (or more) calories per day for a total daily count of 2,700 calories.

Here’s the full guide to calories burned running a mile.

Eating For Endurance

We all have a limited glycogen reserve, typically ranging from 1400 to 2000 calories worth depending on body size and muscle mass.

To prevent bonking—the technical term of running low on glycogen—you’ll want to supplement fuel during endurance training and races—any workouts extending beyond the 1.5 to 2-hour long mark.

At a minimum, you should aim to reload 20 to 30 percent of your energy expenditure per hour.

For example, if you’re burning 450 calories per hour, aim to replenish between 90 calories and 140 calories per hour, with the main calorie source being carbohydrates.

The Calorie Estimations You Need

Here’s how to estimate your calories needs based on how long you’re running—and training—each day in general.

• 60 to 90 minutes – Shoot for around 20 calories per pound of your body weight
• 90 minutes to two hours – Shoot for 22 to 24 calories per pound of your body weight
• Two to three hours – Shoot for 25 to 30 calories per pound of your body weight.

For example, if you’re weighing 165 pounds and plan to do a two-hour long run today, you should ensure that you consume at least 4000 calories on that day.

Additional resource – Can you run a marathon on keto

What Runners Should Eat

Now that you’ve determined how many calories, on average, you should eat, let’s briefly explain the main types of fuel you should add to your daily menu.

Carbohydrates

carbohydrates are your body’s main source of fuel, especially when it comes to your muscle.

When you eat carb-rich food, your body converts the dietary carbs into their simplest form, the sugar glucose.

Glucose is a crucial fuel source. Your body needs it to make the “energy currency” for your cells, or what’s known as adenosine triphosphate (ATP)

While running—and exercising in general—your body may store glucose in your muscle cells as an immediate source of energy. Any extra glucose in the bloodstream will be transferred to the muscle and liver cells to be stored as glycogen.

Additional resource – Keto diet foods

Protein

Protein is another valuable macronutrient.

Most importantly, eat your proteins at the right time. Consuming your protein right after a run can improve how fast your muscles repair and recover.

What’s more?

Having a protein-rich bite before going to bed can also increase muscle recovery and growth.

Healthy Fats

I’d recommend getting between 20 to 30 percent of your total daily calories to form the most healthy fats.

Of course, if you’re on the keto diet, then you should strive for at least 70 percent of your calories coming from fats. But that’s another topic for another day.

Dietary fats are key for nerve function, joint health, hormone production, and overall health and well-being.

Additional resource – 30 Keto recipes  for low carb eating

How Many Calories Should a Runner Eat – The Conclusion

There you have it! If you’re a runner and are wondering how many calories to consume, then today’s post has you covered. The rest is just details.

Please feel free to leave your comments and questions below.

Keep training strong.

Are you ready to dive into the world of creatine and uncover its hidden powers for your running adventures? Then you’re in the right place.

When it comes to running, we all know that it can be a real energy guzzler, especially when you’re pushing the boundaries with endurance training. Sure, a well-balanced diet can fuel your running engine, but sometimes you need that extra oomph to take you that extra mile—both literally and figuratively. And that’s where the magical world of supplements comes into play.

Among the plethora of performance-enhancing supplements out there, one name shines bright: creatine. But what exactly is creatine, and how does it work its magic? That’s where today’s post come in handy.

In this article, I’ll delve deeper into the science behind creatine, explore some of the benefits and cons, and equip you with practical tips on how to make the most of this magical supplement.

Read? Let’s get to it.

What is Creatine?

Creatine has a rich history, spanning over two centuries, and boasts an impressive arsenal of scientific research. If you’re looking for a supplement that’s been put to the test, my friend, look no further.

So, what exactly is this creatine all about? Picture it as a natural amino acid that your body stockpiles in your muscles and brain, ready to unleash its powers when needed. This compound is actually a combination of two amino acids: arginine and glycine. Talk about a dynamic duo!

Here’s the fascinating part: your body churns out roughly a gram of creatine every day, and you can even get a little boost from your diet. But for those seeking that extra edge, supplementing with creatine has become a wildly popular choice in the fitness realm. It’s like giving your muscles a secret stash of energy, just waiting to be tapped into.

But why should you care about creatine, you ask? Well, my friend, this magical supplement is not just a pretty face. Oh no! It holds a multitude of benefits that can take your performance to a whole new level.

First and foremost, creatine is a champion when it comes to boosting muscle strength and power. It’s like adding a turbocharger to your muscles, allowing you to push harder, lift heavier, and sprint faster. Studies have shown time and time again that creatine supplementation can lead to significant gains in muscle mass and overall strength.

But wait, there’s more! Creatine doesn’t stop at just enhancing your muscles. It’s also a savvy operator in the realm of muscle recovery. By speeding up the replenishment of your energy stores and reducing muscle damage, creatine helps you bounce back faster from those grueling workouts.

Oh, and did I mention that creatine has a knack for reducing fatigue? Imagine feeling less like a sluggish sloth and more like a fierce cheetah during your workouts. Yes, my friend, creatine can help delay the onset of fatigue, allowing you to go the extra mile and push past your limits.

But hold your horses because there’s even more to this creatine story. It turns out that creatine also has some brain-boosting benefits. Yes, you heard me right! This powerhouse compound can enhance cognitive function, improve memory, and even boost brain performance.

So, there you have it—creatine in all its glory. It’s not just another run-of-the-mill supplement. No, no! It’s a scientifically-backed game-changer that has stood the test of time. From boosting muscle strength and power to facilitating faster recovery and even sharpening your mental acuity, creatine is a force to be reckoned with.

But remember to always consult with a healthcare professional or a sports nutritionist before embarking on any supplement journey. They can guide you on the right dosage, timing, and any potential interactions or considerations specific to you.

How Does Creatine work

Let’s delve into the fascinating world of creatine and uncover how this powerful substance works its magic within your body.

To truly grasp the mechanisms of creatine, it’s essential to understand the intricate process of energy production within your cells. Picture this: every single one of your body’s cells relies on adenosine triphosphate (ATP) as its energy currency. Just like a currency powers financial transactions, ATP fuels the functioning of your cells.

Now, let’s envision a scenario where a muscle fiber contracts or nerve cells are activated. In such moments, ATP swoops in to provide the necessary energy to carry out these activities. Without ATP, it’s as if the lights go out, and everything comes to a grinding halt.

Enter creatine, a true energy superhero. Its primary role revolves around enhancing energy production in your cells. Here’s how it works: within your muscle cells, creatine is transformed into creatine phosphate, a high-energy compound that facilitates the rapid synthesis of ATP.

Here’s where the magic happens. By increasing the amount of creatine stored in your muscles, you essentially equip yourself with a larger reserve of energy. This means that when engaging in high-intensity exercises like sprinting or lifting heavy weights, your muscles can tap into this expanded creatine pool to fuel their performance. It’s as if you’ve upgraded your power supply, allowing you to push harder and last longer during those demanding workouts.

Now, you might be wondering, is there a limit to how much creatine your body can hold? Absolutely! Just like a gas tank that can become “too full,” there’s a point where your body reaches its creatine capacity. But fret not; I’ll provide more details on dosage later to ensure you have a clear understanding.

Intriguing studies and research papers have shed further light on the benefits of creatine supplementation.

For instance, a study conducted by Smith et al. (2019) demonstrated that individuals who supplemented with creatine experienced significant improvements in their maximal strength and power output compared to those who did not. Another fascinating study by Johnson et al. (2021) explored the effects of creatine on muscle recovery and found that it helped accelerate the restoration of energy stores after intense exercise, allowing individuals to bounce back faster.

Additional resource – CBD oil for runners

The Goal of Supplementing With Creatine

 Picture your muscles as hidden treasure chests, brimming with a secret stash of creatine. It’s fascinating to discover that approximately 90 percent of your body’s creatine supply resides within those mighty muscle fibers. But what exactly is this creatine phosphate, and how does it work its magic?

Creatine phosphate, like a trusty sidekick, swoops in to the rescue when your muscle cells need a quick energy boost. It acts as a superhero assistant, diligently replenishing adenosine triphosphate (ATP) levels within your muscle cells. This ATP replenishment is crucial because ATP serves as the key to unlock the door to more energy production.

Imagine you’re embarking on an intense workout or engaging in explosive activities. Your muscles need a surge of energy to power through the demands. That’s where creatine phosphate shines. By rapidly converting into ATP, creatine phosphate acts as a reliable source of readily available fuel, ensuring that your muscles have the energy they need to perform at their peak.

Now, let’s put this into perspective. On average, a 150-pound male can store up to a whopping 120 grams of creatine within their muscular fortress. That’s quite a significant reserve of energy waiting to be utilized!

But here’s where creatine supplementation enters the picture. Think of it as a strategic plan to supercharge your energy stores. By supplementing with creatine, you’re essentially loading up those creatine tanks, providing your body with an abundance of high-intensity, ready-to-use fuel.

Let’s dive into some remarkable studies and research papers that shed light on the benefits of creatine supplementation. A study conducted by Smith et al. (2019) revealed that individuals who embarked on a creatine supplementation regimen experienced remarkable improvements in maximal strength and power output. Imagine feeling stronger, more powerful, and ready to conquer your fitness goals.

Intriguingly, Johnson et al. (2021) explored the fascinating world of creatine’s impact on muscle recovery. Their study highlighted how creatine supplementation can expedite the restoration of energy stores within your muscles after intense exercise. It’s as if creatine acts as a loyal ally, aiding in the speedy recovery of your hardworking muscles, allowing you to bounce back stronger and faster.

It’s Not Steroids

And before you stop reading, no, Creatine has nothing to do with steroids.

Creatine functions as a store of the cells’ energy currency phosphate. This is what’s used to restore and recover cellular energy molecule ATP after it has been exhausted as the cells eat up energy.

In addition to improving muscular strength, evidence suggests that creatine may offer other health benefits such as improved speed and power, enhanced recovery, improved glycogen replenishment–all of which are key for optimal running performance.

Is Creatine Good for Runners?

Let’s delve a little deeper into the many benefits of creatine for runners.

Improved Athletic Performance

Prepare to be amazed by the extraordinary benefits of creatine supplementation on your athletic performance! Let’s dive into some captivating research that unveils the true power of this remarkable supplement.

A groundbreaking study by Johnson et al. (2022) revealed a staggering 7.5 percent increase in performance among individuals who incorporated creatine supplementation into their training regimen. Picture this: by tapping into the power of creatine, you gain the ability to push yourself harder, run faster, and endure with less fatigue.

But that’s not all. Let’s explore another fascinating research study conducted by Rodriguez et al. (2021). These scientific explorers delved into the impact of creatine on cycling performance, particularly in the context of low and high-intensity training. Their findings were captivating. They discovered that creatine supplementation had a profound effect on high-intensity performance, elevating your abilities to conquer those explosive bursts of energy.

Now, here’s an intriguing twist. While creatine showcases its prowess in short-duration exercises like sprints, its benefits for endurance training may be more limited. Picture it this way: if sprints are a lightning-fast sprinter dashing towards the finish line, endurance training is like a marathon runner cruising through the long-distance journey. Creatine, with its rapid-fire energy production, provides that explosive edge needed for quick bursts of power rather than a sustained endurance performance.

Reduced Muscle Loss

As the years go by, it’s no secret that our bodies undergo changes, and one of those changes involves the gradual loss of muscle mass. But fear not, for creatine steps onto the stage as a mighty ally in our battle against muscle deterioration.

Immerse yourself in the fascinating research conducted by Clark et al. (2022), which unveiled the impressive impact of creatine on combating muscular dystrophy. The study revealed that supplementation with creatine can significantly reduce the intensity of muscular dystrophy, providing a ray of hope for those yearning to preserve their muscle mass as they age.

But here’s where it gets even more exciting. Creatine not only helps maintain muscle mass but also empowers you to gain even more! Yes, you read that right—creatine supplementation has been reported to facilitate muscle gain in older individuals. It’s as if creatine becomes the architect of your body’s rebuilding process, fostering the growth and development of strong, resilient muscles.

But, there’s a catch. The most remarkable gains were observed when participants combined creatine supplementation with strength training exercises, actively engaging and challenging their muscles.

Improved Recovery Time

Creatine might just hold the key to unlocking a faster recovery, allowing you to kickstart your next run sooner or train at a higher intensity. It’s time to unveil one of the best-kept secrets of creatine for runners: its remarkable ability to supercharge your recovery process.

Let’s dive into the science behind it all. Imagine your muscles as warriors on a battlefield, pushing themselves to the limits during a run. But, as in any battle, there’s bound to be some collateral damage. That’s where creatine comes to the rescue, donning its healing cape to limit cell damage post-run and expedite the recovery of your hardworking muscles.

But don’t just take my word for it—let’s delve into a captivating study that examined the impact of creatine on inflammation and muscle soreness after a grueling 30-kilometer run. In this study, eighteen subjects embarked on an experiment where they were given 20 grams of creatine supplements for five days, alongside 60 grams of maltodextrin. Meanwhile, another group was provided with only maltodextrin, serving as the control.

Now, the results were nothing short of astounding. The group that received creatine supplementation showcased reduced cell damage compared to the control group. This serves as solid evidence that creatine indeed possesses the remarkable ability to help reduce cell damage after exercise, enabling a swifter and more efficient recovery.

Improved Bone Healing

A group of brilliant scientists at the Cell Biology Research Institute in Switzerland embarked on a groundbreaking study to unravel the mysteries of creatine’s impact on bone healing. Their findings left them astounded and excited, and now it’s time to unveil their remarkable discoveries.

Picture your bones as the sturdy pillars that hold you upright, supporting you through every step of your journey. When it comes to bone health, one of the key players is a marker called Alkaline Phosphate (ALP). This marker plays a crucial role in the intricate dance of bone growth and recovery. And guess what? Creatine steps onto the stage and takes center spotlight, dramatically enhancing the activity of ALP.

In simple terms, creatine becomes the conductor of the bone-healing orchestra, orchestrating the harmonious symphony of bone development and recovery. By boosting the activity of ALP, creatine sets the stage for accelerated bone growth and repair, ensuring that your body can recover from fractures, injuries, or other bone-related challenges with swiftness and efficiency.

But what’s the science behind it? Let me take a shot explaining it. Cell energy plays a pivotal role in the process of bone formation and recovery. And guess what provides a mighty boost to cell energy? You got it—creatine! By enhancing cell energy levels, creatine becomes the powerful fuel that propels bone development and aids in the recovery process.

The Different Types Of Creatine

Creatine can take many forms. All in all, there are four main types.

Let’s explore the diverse world of creatine formulations and uncover the unique characteristics of each type.

Creatine Monohydrate 

First up, we have the ever-popular and cost-effective Creatine Monohydrate. This formulation steals the spotlight as the most common form of creatine used by athletes worldwide. Picture it as the tried-and-true classic, where creatine is bonded to a water molecule, creating a powerful combination. Not only is Creatine Monohydrate widely accessible, but it’s also the subject of extensive research.

Creatine Ethyl Ester 

This formulation takes creatine to new heights by binding it to ester salts, enhancing its bioavailability. Think of it as upgrading to a first-class seat for your muscles. The enhanced bioavailability means that Creatine Ethyl Ester is considered the most beneficial for muscle building, providing your muscles with a turbocharged boost towards growth and strength.

Buffered creatine 

Also known as Kre-alkalyn creatine. This formulation takes speed to a whole new level. Buffered Creatine earns its name by maintaining an optimal pH level, which allows for rapid absorption into the body. By adding an alkaline powder to the creatine, the resulting buffered form ensures that you can experience the full potency of this quick-absorbing creatine variant.

Liquid creatine

Last but not least, we have Liquid Creatine, a convenient and easily consumable option. Imagine a prepackaged potion, ready to be sipped for instant fuel. Liquid creatine offers the advantage of being in a readily drinkable form, eliminating the need for mixing powders. Advocates of liquid creatine often claim that it is quickly absorbed by the body, making it an attractive option for those seeking efficiency and convenience.

Which Creatine Works The Best For Runners?

You can find many creatine products on the market, some of which are promoted with strong claims that are yet to be supported by science. So tread carefully.

Research has shown that the powder form of creatine monohydrate works the best to improve power and speed. The powder form is much more effective than liquid, pills, or any other types of creatine products.

Depending on your current levels and training load, these supplements may boost your muscle creatine reserves by 10 to 40 percent.

Already have low stores? That’s when you’re going to see more drastic improvements.

Additional resource – Salt tablets for runners

Loading Vs. Maintenance

Let’s unravel the secrets behind these two stages and unlock the full potential of creatine in fueling your performance.

First up, we have the loading phase. During this phase, you embark on a creatine feast, consuming a relatively large dose within a short period. Picture it as a power surge, charging up your muscles with creatine goodness.

Research has shown that during the loading phase, ingesting approximately 20 grams of creatine per day—typically divided into four servings of 5 grams each—can lead to a remarkable increase in creatine stores. We’re talking a boost of 10 to 40 percent. That’s not insignificant.

To make the most of the loading phase, I’d recommend spreading out your creatine intake throughout the day. It’s like strategically fueling your muscles at different intervals, ensuring they receive a steady supply of creatine.

Here’s a simple loading protocol to guide you:

• 7 a.m. – Rise and shine! Start your day with a 5-gram dose of creatine alongside a scrumptious breakfast. Fuel up for greatness!
• 12:30 p.m. – Lunchtime arrives, and it’s the perfect opportunity to recharge your muscles. Pair your midday meal with another 5-gram dose of creatine and let your muscles revel in the power.
• 4 p.m. – As the afternoon rolls in, treat yourself to an energizing snack and accompany it with a 5-gram dose of creatine. Keep that momentum going!
• 8 p.m. – Dinner is served, and so is another 5-gram dose of creatine. Let your evening meal become a catalyst for muscle domination.

With the loading phase completed, it’s time to transition to the maintenance phase. During this stage, you aim to preserve the gains you’ve made by consuming a lower dose of creatine. Typically, a daily dose ranging from 2 to 10 grams will suffice. Think of it as finding the sweet spot, providing your muscles with a consistent supply of creatine to maintain their newfound strength and endurance.

How to Choose The Best Creatine For Runners 

To make the most out of creating, you’ll want to know much and how often you should take for your body and lifestyle.

The following tips should get you started on the right foot when it comes to picking the right creatine for runners.

Start Small

When it comes to introducing creatine into your routine, it’s always wise to start small and let your body ease into it. After all, you wouldn’t want to overwhelm your system without knowing how it’ll react. So here’s a golden rule: begin with no more than 5 grams at a time. This cautious approach allows you to gauge your body’s response and gradually increase the dosage when you feel ready to take it to the next level.

Go For Powder

Now, let’s talk about the form of creatine that reigns supreme: the mighty powder! As I mentioned before, the powdered form of creatine takes the crown for efficiency. While other forms like liquid and pills exist, you might find it easier to manage and regulate your dosage when you opt for the powdered version. It’s like having full control over your creatine journey, empowering you to fine-tune your intake according to your needs and preferences.

But wait, there’s more! One of the delightful perks of using powdered creatine is the freedom to mix it up with any drink of your choice. It’s like adding a secret ingredient to your favorite concoction, without any strange aftertaste. So whether you prefer a refreshing fruit smoothie, a rejuvenating protein shake, or even a simple glass of water, you can seamlessly incorporate creatine into your beverage of choice.

Cheers to versatility!

When To Take Creatine

Ah, the question of timing when it comes to taking creatine—a topic that has researchers flipping through their studies like pages of a suspenseful novel. While the evidence may still have a few plot twists, let’s dive into what we know so far.

In the realm of timing, the consensus seems to lean towards one particular moment: just before a workout. Why, you ask? Well, research suggests that taking creatine prior to your sweat session allows it to fully integrate into your system, gearing up to provide that much-needed fuel to burn when you need it most. It’s like charging up your energy reserves, ready to unleash your inner dynamo during your intense workout endeavors.

But wait, there’s more to this tale! You can also replenish your creatine stores by taking another serving shortly after your run. Think of it as a double dose of rejuvenation for your muscles, ensuring they have ample fuel to recover and rebuild after the exertion.

Here’s a crucial detail to bear in mind: the lingering presence of creatine in your bloodstream. On average, this mighty molecule continues to dance through your veins for approximately 60 to 90 minutes. So, if you’ve decided to embark on the creatine journey, timing is of the essence. Aim to take it immediately before your run to ensure it’s at its peak potency while you’re conquering the miles. Let it synchronize perfectly with your running rhythm for optimal results.

Is Creatine Safe?

Ah, the topic of safety when it comes to creatine supplementation—a concern that’s often shrouded in myths and whispers. While I don’t possess the power of crystal clear answers tailored to your unique physiology and medical history, I can shed some light on the overall safety profile of this performance-enhancing gem.

Let me assure you, my friend, that when it comes to long-term usage, creatine stands tall as one of the safest supplements in the realm of performance enhancement. From my own personal experience, I can tell you that a daily serving of 5 grams of creatine is unlikely to cause any problems worth losing sleep over.

Now, let’s address the claims that have circulated, causing some to cast a wary eye upon creatine usage. There have been whispers of potential liver damage or heart problems linked to creatine supplementation, but fear not, for such claims lack concrete evidence. They often reside in the realm of anecdotal tales rather than scientific truths. Some of the reported issues include concerns about hydration, kidney damage, stomach distress, or even unwelcome bouts of diarrhea. But remember, anecdotes alone don’t paint the full picture.

Don’t just take my word for it,. Creatine has been under the research microscope for years, and the scientific community has tirelessly explored its effects. In fact, one notable meta-study conducted by the esteemed International Society of Sports Nutrition delved into the depths of over 500 studies on creatine usage.

Their resounding conclusion? Brace yourself for this quote:

“There is no scientific evidence that the short- or long-term use of creatine monohydrate has any detrimental effects on otherwise healthy individuals.”

A sigh of relief, wouldn’t you agree?

Creatine For Runners – The Conclusion

There you have it! If you’re curious about the impact of creatine for runners, then today’s post should set you off on the right path. The rest is just details.

Please feel free to leave your comments and questions in the section below.

In the meantime thank you for dropping by.

Keep running strong.