Tag Archives: nutrition

Vital foods for serious vegan athletes

vegetables and tomatoes on cutting board

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For a variety of lifestyle and educated reasons I won’t get into, I personally consume meat and other animal products and don’t foreseeably intend to stop. And conversely I have no problem with people choosing to eat vegan, or otherwise vegetarian.

Running is probably one of the easiest forms of fitness to maintain on a vegan diet. Weightlifters and other power-based athletes face substantially greater challenges going vegan. But runners don’t have their strength and power needs. Plus, vegan diets are very carbohydrate rich, which plays right into the needs of endurance athletes.

Still, you need to be wary of your muscles’ and organs’ protein and other nutrient needs. A lot of vegan-common health problems manifest multifold in runners once those runners kick up the volume and intensity. Just because you don’t lift heavy weights doesn’t mean your muscle density isn’t important to your life, let alone your running.

The RDA and other listed mainstream protein requirements are frankly far too low. There’s a variety of political and economic reasons for that, none of which are particularly good for your health. You need more protein than that to live and age well, and most vegans need far more protein than they’re eating.

I set the minimum bar at 0.75 grams per pound of body weight. And if you look at most plant and grain based food, you’ll find reaching that bar is rather difficult.

There are certain foods that are very important to the health of serious vegan athletes.

– Beans and legumes. These plant based foods provide the most protein, and a variety of other nutrients. Whether or not you’re a believer in combining proteins (e.g. eating beans with rice), beans in themselves contain a ton of potassium and protein. Just make sure to soak them properly to minimize digestive gas.

Some people swear by lentils, but not everyone digests them well. I’ve always had trouble digesting lentils. Barring that, they too are a great protein source.

– Avocados, potatoes and bananas, aka the potassium monsters. Most people vegan or not don’t get enough potassium. The benchmark is 3000-4500 mg per day, depending on who you talk to, and the typical processed food rich Western diet won’t get you close.

Meat it turns out has a good share of potassium, but surprisingly many plant-based foods don’t provide much more than a similar serving of meat.

Avocados and bananas are convenient, useful potassium bombs. One avocado provides 800-1000 mg. Each banana gives you about 400 mg. But potatoes are the motherlode. A small potato can give you 600-700 mg. Cut up and eat three of them, and that’s around 2000 mg right there.

It’s little wonder so many people swear by potatoes. Famous magician Penn Jillette lost over 100 lbs subsisting largely on potatoes, which provided virtually all the nutrients his shrinking body needed. They are a calorie-dense wonder starch.

People love sweet potatoes and they’re totally fine, but they’re a bit harder to find. Conventional potatoes do the trick just fine.

– If you can eat gluten, bagels. Most breads are not worth anyone’s time. But bagels are as dense and protein-rich a form of bread as you will find.

Yes, obviously for vegans there is concern that some bagels are made with egg or honey products, which are of course not vegan. If you want to try bagels and aren’t acutely aware of the source, read your labels and make sure no animal products are involved. To my knowledge, most bagels should be clear on that front. But definitely double check.

Provided they work for you… compact and calorie rich, one or two bagels on their own will provide enough energy for your longest workouts… let alone if you tack on any toppings (I’m guessing as vegans that cream cheese or butter isn’t among them). I’m a sucker for crunchy peanut butter and fruit preserves (… if there’s no corn syrup or other additives! Whole Foods has varieties of both that are free of most typical additives, that are worth the extra cost).

– Bonus: Ugali. The great Kenyan runners live on two food staples. One is not vegan: Milk infused tea. They drink it after every run. The other, however, is very vegan. Ugali is nothing more than finely ground flour (often cornmeal) and water mixed over boiling heat to create a thick mashed-potato-like porridge. The Kenyans eat a ton of ugali. And their runners crush almost every other elite distance runner in the world at major long distance events.

Ugali is cooked like the love child of rice and oatmeal. You add 2 cups of water for every 1 cup of flour. You boil it, mash out any lumps as it cooks, and then thicken or thin it using more water or flour as desired before serving. Cooking it takes about 10-15 minutes. The nutritional profile is similar to rice, except with a little bit more potassium.

If you train a lot, this is one of the quickest deliveries of large quantities of glycogen-producing carbohydrate you can ingest. This is a great dish to eat before or after tough training days. The Kenyans are not kidding.

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Yeah, I’m not vegan, and I’m in no hurry to adopt the lifestyle.

Still, it can be done without sentencing to death your muscle tone and (for men) your testosterone levels. There are foods that will allow you to take full advantage of your training. Eat them.

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Three Valuable Tips for Beginning Runners

1. You should run as slow as you can

You absolutely need to run slow. Slower than you think. Run as slow as you need to in order to keep running. As a newcomer to running, you will struggle to run for any amount of distance, and chances are likely you will quit early unless you first focus on running far as slowly as you can get away with.

A parallel: Competitive walking has a rigid set of rules that constitute what exactly constitutes a walk, and it’s a good guide for the minimum of what you need to do for your movement to qualify as a run.

A key point in race walking is that your back foot must be on the ground until your front foot plants on the ground.

Conversely, if your back foot comes up before your front foot impacts the ground, then you are technically running. See how slowly you can get away with safely doing this, and you may be surprised how slowly you are allowed to run.

2. Take each step as soft and easy as you can

Another key reason you want to run slow is to make it easier for you to run without having to hit the ground hard.

A telltale sign that a runner is outrunning his/her normal capabilities is that their feet hit the ground hard and loud. This isn’t just aesthetically displeasing, but it’s not healthy.

You’re jarring your joints, muscles and ligaments all the way up the chain from your feet up into your core, and risking long term injury. In fact, this is largely where common runner ailments like shin splints and IT band pain come from. You basically just stress those parts of your body until they hurt.

In dance and some theatre circles, performers are taught how to step as softly as they can. There’s usually no real method taught for this, but performers often work at it until they develop the proprioception, the locus of control, to step softly.

I guess it incidentally helped that I studied theatre and dance before becoming a serious runner, as learning this inadvertently, eventually helped me develop better running form.

But you don’t need to dance or do theatre to learn to run soft and easy. Stand up. Find some open space. Take a step forward as softly as you can. Take another step forward as softly as you can. Repeat. Take your time and relax while repeating this. You may find that your body naturally moves and adjusts with you. Eventually your body just knows how to move to comfortably make it work. It also probably feels silly to do, but work with it.

Now try to do it quickly, but stay as relaxed as possible. Do it consistently and quickly enough, and all of a sudden you’re running that way. It may not be fast or intense, but it works.

The home run trot I previously advocated is basically just this. It’s exactly what baseball players are doing. They’re just running as easy and comfortable as possible. Their feet are definitely not slamming into the ground.

3. Eat something with protein within an hour after every run

Recovery is something even experienced runners aren’t great at doing. Most don’t think at all about taking in nutrition within two hours of running, or realize that the half hour after running is a valuable window for refueling the body.

While carbohydrates may be valuable for glycogen restoration, what you do need for sure is protein. You just did a bit of damage to your muscles, and they need protein to rebuild. Consume at least 15-30g of protein.

I’m not saying you should pig out. Just eat a protein bar, some nuts or seeds, or drink a glass of milk, if nothing else. If you are in fact planning to eat a meal like breakfast or dinner right after running, great. Mission accomplished.

I can get into all the science as to why processed junk doesn’t help you as much as whole food, but in a nutshell you’re better off eating something healthy. If you’re in a bind and options are limited, then eat what you must. But given the option, try to eat whole foods in as close to their natural form as you can.

How well you bounce back between workouts is largely a function of how you recover. What you eat or drink soon after the run matters.

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The Control Rest Day Baseline, and using it to successfully carb cycle

Yesterday with the day off I did nothing, in terms of training. No running, no strength work, nothing particularly strenuous. I actually drove to get coffee, since I had vehicle-related errands to run that day. I did a minimum of walking… not easy to do in Chicago when you live in Wrigleyville and you do most of your business on foot.

Okay, big deal, just a rest day, right? Well….

… it had been a while since I’ve taken stock of my working basal metabolic rate (BMR). Your BMR is the rate at which you would burn calories in a day if you did nothing but lay or sit there. For men my size and age, this is somewhere around 1650-1700 calories.

You do more than sit around all day, so to find your baseline calorie burn you multiply that BMR by a standard multiplier.

  • Sedentary people who drive everywhere and never exercise can use 1.2 as their multiplier. You multiply your basic BMR by 1.2 to get your actual basal metabolic rate.
  • If you get any exercise once or twice a week, or you walk to get around everyday, your multiplier may be closer to 1.3.
  • If you work out every day it may be as low as 1.5 or as high as 2.0, depending on what you do for workouts.

Of course, I can’t just set my baseline at 1700 calories multiplied by a standard multiplier. My daily activity can vary widely, as a Chicago local who gets around on foot and runs a lot. Even if I don’t run, I may walk anywhere from 20ish minutes a day to several miles, and there’s no rhyme or reason relative to my training as to how much walking I do. Plus, this completely ignores strength training and any other physical activity.

I’ve had days where, with identical training (or lack thereof), I’ve burned anywhere from 2100 calories to over 4000. So, plugging my estimated general activity into a BMR tool and spitting out a number isn’t necessarily going to help me.


I still want to get enough to eat, while not overeating. I still do have tracker data that shows an average weekly calorie burn, which is around 3000 calories per day during training. But there’s more to it than that:

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Reasons why your resting heart rate is going up

When I first got my Fitbit tracker, back when I first began seriously training as an endurance runner, it initially showed my resting heart rate’s (RHR) beats per minute (BPM) in the high 60’s.

As I continued training, my resting heart rate came down and settled around the high 50’s. Sometimes it would drift up, but often it came back down to around that number.

I noticed that generally it would increase during times of substantial stress, and that it would decrease with proper rest and exercise.

Suddenly, during the late summer and early fall, my resting heart rate started slowly climbing. Suddenly it settled into the mid 60’s and nothing I thought to do could bring it down. Resting more didn’t help. Eating more or less or better didn’t help. Exercising more or less didn’t seem to help.

At some point, not at the same time as last year, it began to come down again and settled around the high 50’s, low 60’s.

And then it came back up again. It was in exploring a variety of factors that finally taught me what elevates an athlete’s heart rate, and it turns out often times there’s nothing random about it.


There’s all sorts of general reasons experts and amateurs alike will give for elevated heart rates that are so tone deaf that their advice might as well have come out of an old library book.

From experience, myself and others who also seriously train, from the track records of all involved… here are the likely reasons your resting heart rate is going up, in an arguable but roughly accurate order of importance:

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Practicing fueling during marathon training

A lot of people struggle with fueling during a marathon because they aren’t used to running with food or drink (beyond water or maybe Gatorade) in their stomach.

I have a fairly strong running stomach. I’ve even gone as far as to eat pizza before heading out on a speedwork workout, and done well (in no small part thanks to having a bunch of fat and carbohydrates at the ready thanks to the pizza). I obviously wouldn’t recommend going that far, but I have on many occasions eaten a full meal and then gone out on a run without trouble.


Yesterday I segmented 11 miles into three separate runs, as I ran to the Loyola women’s hoops game, then back towards home.

After the game, before my 2nd run to Montrose Beach, I stopped at Raising Canes and treated myself to a Box Combo with some lemonade, because why not.

But instead of waiting a bit for the meal to digest, I immediately crossed the street onto the LUC campus and took off for Lincoln Park.

I bring this up because, while I didn’t feel sick running with such a disgusting meal in my stomach… the inevitable gas you’d expect from your stomach led to a realization.

Continue reading →

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Using the glycogen equation

I’ve referenced this a few times. Jonathan Savage crafted an equation, out of 1993 research from Dutch professor JA Romijn, that estimates the percentage of energy you use from glycogen, vs fat, based on your effort relative to your VO2max.

y = .0021x² + .7896x – 21.031

… where X is the percentage of your VO2max and y is the percentage of caloric energy that comes from glycogen.

So, for a simple example, if I do a run at an effort equal to 70% of my VO2max:

(.0021 * 70 * 70) + (.7896 * 70) – 21.031


10.290 + 55.272 – 21.031


44.531 % from glycogen

Note: Yes, this is a massively reductionist estimate, ignoring all sorts of factors, not to mention the VO2max percentage is itself a guesstimated assumption based on what you believe is your VO2max, with your given x-percentage probably based solely on your running pace and/or heart rate. But correlative observation and evidence indicates that it’s more accurate than other methods, so here we are.

Anyway… at 70% effort, if I burn 123 calories per mile, then 54.8 of those calories will come from glycogen, with the rest coming from fat.

If (based on other quantitative assumptions) we can say I have 1208 calories of glycogen stored in my lower body, I can run about 22.0 miles at this effort before my lower body runs out of glycogen.


Now, this number probably seems low to many experts, who are used to assuming that the glycogen rate is closer to 65-70%.

At the same time, most coaches and runners are used to pushing harder on regular runs (even recovery runs) than they should. Many run their marathons harder than their bodies probably should, and it figures they burn out of glycogen before mile 20. So it would figure that most would assume a 65ish% glycogen burn rate.

Even Daniels‘ metrics flattens the slide on his similar VDOT metric, where as you drop below an 80% effort it flattens the change in the percentage of max until it assumes a rough minimum of about 80%. I would posit you can (and many do) their comfortable easy runs at far less than 80% of VO2max.

More than anything the Romijn/Savage Equation, while counterintuitive, is probably closer to an accurate estimate of glycogen use than other estimates. It’s one I go by.

Where am I going with this? Basically, this equation has some uses.

  • Let’s say you are trying to eat low carb, or at the least carb cycle to improve your insulin sensitivity and in turn how well your body utilizes ingested carbs. If you’re doing serious endurance training, you probably do need carbs. If you know your training volume and intensity, you can figure out how many carbs you can eat on a given day to fuel or offset the glycogen your body will burn that day.
  • This can help you get an idea of what pre/post workout or race nutrition you need to fuel or recover from your workout. Your protein needs should remain fairly static, and of course you need not worry too much about recovering fat since we all carry so much. But your carb needs can vary dramatically.
  • Similarly, this can help you figure out an accurate fueling plan for a marathon or longer race. By knowing exactly how much glycogen you need, relative to your estimated glycogen body storage, you now have a hard figure of carbohydrate calories you know you need to ingest. You can plan accordingly.
  • This can also help address the larger question of how many carbs you need on average. Perhaps you can set a low baseline, like 100-150g a day, and then add carbs based on how many you may burn in a typical week. The equation can give you a fairly accurate number.

There are I’m sure other examples. I’ll leave it to you to find possible ways to utilize this data.

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Game Night meal plans, and planning meals around events

The Loyola Ramblers men’s basketball team begins their season tonight with an exhibition game. I have season tickets and I go to pretty much every single game I can for both the men’s and women’s teams.

Over the last couple months I had found a rhythm with cooking dinner on weeknights that suited me fairly well. I’d often return home from work and running either around 6:00-7:00 pm, or after a racing team workout a bit after 8:00pm. I would spend an hour preparing my typical meal, usually baked chicken with either baked/boiled potatoes, or boiled pasta.

However, the start of Loyola’s season poses a clear problem on weeknights. With these games starting at 7-8pm, lasting around a couple hours, followed by a not terribly long train commute home… I walk in the door sometime around 9-10pm.

I like to get to bed before 11pm at the latest, and obviously coming home at 9-10pm doesn’t allow much time to cook dinner before 11pm. Staying up late just to cook a decent meal is not workable. The conventional meal plan isn’t going to work.

I don’t want to buy a ready-to-eat or easy-to-bake $7-12 meal on the way home after every game, because that gets expensive in a hurry, and most workable options are not the most nutritious. Plus, it’s likely I’m already going to need to buy something to eat after leaving work, before the games. I can’t go 8-10 hours without a meal.

Of course, I also don’t want to rely on eating arena food during the game for the same reasons.

I also don’t want to rely on some sort of snack food, which in my experience doesn’t really satisfy, which poses a huge problem overnight as I tend to wake up overnight when hungry.

I also don’t want to prepare a meal in advance and then re-heat it in the microwave when getting home. Never minding the lacking quality of such a meal, microwaving can sap or zap various nutrients, plus materials from the plating can leech into the food. I avoid microwaving food in general.

So… what to do? Going entirely without is not a workable option while running regularly. I’m not going to just miss games to get my meals in, of course. There has to be a way to make this work.


And it turns out there is.

Recently I bought an egg cooker device at Target. I once had a Cuisinart Egg Cooker in Seattle (that I had to dump once I moved to Chicago), and it worked quite well with making steam-poached eggs. It turns out this cheaper Copper Plate model does just as well, steaming two eggs at a time in a few minutes.

I had been eating steam-poached eggs as a snack, but it’s entirely possible to steam them and eat them as the protein portion of a dinner.

While I could prepare rice in my Aroma Automated Cooker to be ready when I return home… a more nutritious solution would be to boil about 400 calories of pasta, and also heat some marinara sauce to eat with it. Combine the eggs, the pasta and the sauce, and that’s a decent post-game meal, in less than 20 minutes.

It certainly beats paying for a sandwich or a burrito every time I come home for a game.


This is one of many possible examples of the meal planning my training requires. You can’t cut corners with nutrition any more than you can cut corners with your training

A lot of people, when life intervenes, elect to either cut life and focus too much on their training, or to skimp on meal planning only for their development and health to suffer in kind.

But with some advance effort you can totally find workable solutions that avoid having to cut corners in any way.

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