Wednesday, 13 December 2017

Reach racing weight with Apple Cider Vinegar

Lose weight, get faster and race faster.

Lose weight in the wrong way and at the wrong time; then be prepared to risk having a suppressed immune system, nutritional deficiency, brittle bones and adverse hormonal changes, which will most likely lead to a worse race.

Ergo, you were better off fatter!

Depending on the race distance, mostly training peaks at about 1-3 months before the race. Cutting food calories (at the amateur level) during the peaking phase of training is not a sane idea since the lower calorie intake combined with extra fatigue in the peaking phase will lead to the issues mentioned above. 

Moreover, cutting calories in the incorrect way may even lead to muscle loss and not just fat reduction.

An easier solution for cutting weight, and especially target fat reduction is the consumption of Apple Cider Vinegar (ACV).

ACV is simply diluted Acetic Acid (AcOH). It is understood that the Acetate in ACV inhibits lipogenesis and most likely stimulates fatty acid oxidation. (lipogenesis is the process by which our bodies create fatty acids)

In a 2014 (publishing year) Japanese double blind study, researchers found that vinegar intake reduced body mass by about 5 pounds after a 12 week period of vinegar consumption, and there was localized reduction in abdominal fat. The additional advantage of ACV intake is that it reduces the risk of heart attacks. But one month after ceasing vinegar consumption the lost weight returnedin the subjects. This means that perpetual consumption of ACV is necessary to sustain its benefits. (Tomoo KONDO, Mikiya KISHI, Takashi FUSHIMI, Shinobu UGAJIN & Takayuki KAGA (2009) Vinegar Intake Reduces Body Weight, Body Fat Mass, and Serum Triglyceride Levels in Obese Japanese Subjects, Bioscience, Biotechnology, and Biochemistry, 73:8, 1837-1843, DOI: 10.1271/bbb.90231).

In the aforesaid study, no abnormalities of liver and kidney functions nor adverse effects were observed when 90ml of vinegar was ingested daily for 4 weeks. In fact, intake of 15 ml of vinegar per day was found to be sufficient to achieve the fat and body mass reduction, and also reduction of strokes.

But due to the taste of vinegar, and also because it is hard to ensure a disciplined daily intake – it would be prudent to schedule the intake of ACV in your training program in such a manner that you reap the maximum benefits on the race day.

Like me, if this is your normal routine then, don't waste money on ACV.

A suggested protocol would be -- 2 tablespoons of ACV per day, which is diluted in at least 250 ml of water, for 4 weeks before race day. (do not ingest ACV without diluting it; it’s basically AcOH and may cause damage)

Other than for cosmetic reasons, consuming ACV every day for its weight loss benefits would not be the best strategy to train for a race. This is because the weight loss and peak training would not coincide to deliver maximum results. Instead you would be training the entire time on your ACV based peak body weight.

A fermented apple a day, keeps the fat away?

Friday, 13 October 2017

Workout Speeds to Reduce Air Pollution Inhalation

Finally there is some much needed respite from the Delhi heat. The nip in the air, silent nights, warm embrace of a quilt and the cold yet comforting melancholy.

Delhi has adjusted its thermostat and wants to cool down. Men will unconsciously follow genetic code and grow stubbles to keep warm, and farmers will consciously burn their bumper crop stubbles to ensure our food supply. The thermal power plants continue to power our lives monthly and weaken our lungs forever. The Diwali sweets and crackers have returned from exile to rule on our waists and lungs. Real estate dust scatters yet scaffolds in courts and our lives. Capitalism has unleased festive discounts and in response we’ve unleashed our gluttony. We relish in oblivion and apathy to continue amassing wealth and material possessions and add our individual butterflies to the Butterfly Effect taking place in the climate. #CarpeDiem #YOLO #Swag #like4like

Now complex brain functions have processed an even more complicated algorithm and the nerves send the instructions to the limb – hey, we need to exercise outside with greater intensity since the running season has commenced.

The more we breathe Delhi while exercising – like a leech it clings to our insides even more.
Enough now child! It’s the peak exercise season and peak performance requires speed work, tempo, long runs, interval training etc., and we want to ensure that an unreasonable amount of Delhi is inhaled in this noble self-sacrifice? and pursuit of endurance and endorphins.



Professor Alexander Y. Bigazzi of the Department of Civil Engineering, the University of British Columbia (https://www.researchgate.net/publication/308535014_Determination_of_active_travel_speed_for_minimum_air_pollution_inhalation) quite recently (late 2016/early 2017) has found the minimum dose speeds for Walking, Running and Cycling at which the amount of inhalation of pollutants is the lowest. Move faster than these speeds and you will expend dramatically more energy which in turn will increase your heart rate and respiration and therefore you will inhale exponentially higher amounts of air + pollution.

The human mind is and will always remain a mystery -- so without further ado and analysis, as per Prof. Bigazzi, the speeds at which you will get a ‘decent’ workout while not inhaling exponentially higher units of Delhi air are as follows:

Exercise Type
Speed (km/h)
Walking
3 to 8
Running
8 to 13
Cycling
12 to 20

These speed ranges are for flat surfaces. Energy expenditure and respiration increases with inclines and therefore on inclines the speeds have to be reduced. Walking/running/cycling in the aforesaid ranges will ensure the least amount of pollution inhalation. At speeds above these there is an exponential rise in effort and therefore more inhalation of pollutants.

Maybe buy an anti-pollution mask to go faster than these speeds to not miss out on the “peak season”.

- Aman Yadav

Saturday, 20 May 2017

Tulsi Supplement to Adapt to Training Stress and protect from Food and Air Pollutants

Tusli/Holy Basil (Ocimum Sanctum) is an adaptogen/adaptogenic herb which sits at the top in Ayurveda.

Because of its innumerable and immense benefits it is also known as "The Incomparable One", "The Mother Medicine of Nature", and "The Queen of Herbs".

Adaptogens constitute a new class of metabolic regulators (of a natural origin) which have been shown to increase the ability of the organism to adapt to environmental factors and to avoid damage from such factors (source: http://www.scicompdf.se/rosenrot/panossian_1999.pdf). Most importantly an adapogenic herb has to be non-toxic to be classified as adaptogen.

An adaptogen can help an athlete in various ways to adapt to training stressors, especially stressors (mental and physical) which originate from endurance sports. Adaptogens are also essential in maintaining and facilitating an individual’s homeostasis.

The most important effects of an adaptogenic herb for an endurance athlete are, (i) reduction in the stress hormone Cortisol, (ii) increase in stamina (source: ibid), and (iii) increase in immunity to fight off respiratory infections.

Usually, Cortisol increase and Immunity decrease are directly proportional to increase in weekly distance/exercise intensity or a combination of both.

I have realised that management of (i) and (iii) i.e. Cortisol and Immunity are key factors in maintaining an uninterrupted training season. Number (iii) above i.e., stamina may be assisted by an adaptogen but it is more of a function of regularity- you have to exercise regularly and systematically to see progression in stamina.


Studies using forced-swimming, restraint and cold-exposure stress in laboratory animals have shown that Tulsi enhances aerobic metabolism, improves swimming time, reduces oxidative tissue damage and normalizes many physiological and biochemical parameters caused by physical stressors (source: ibid).

Modern food industry, especially processed food industry is broken and because of that people end up purchasing and consuming ungodly amounts of toxic chemicals and pesticides through food. Tulsi has been shown to significantly reduce the damage to humans from such foreign bodies.

Moreover, in a heavily polluted country like India, it can also reduce the harmful impact of air pollution. It was observed in a study that in automobile related high air pollution areas- Tulsi plants develop leaf injury symptoms and alter their metabolism and leaf architecture to acclimatize to new environment and then, quite amazingly, such plants adapt and survive well at the polluted environment sites (source: http://article.sapub.org/10.5923.j.ijmb.20170701.01.html).

Because of its anti-stress properties, regular consumption of Tulsi tea can be compared with regular practice of yoga (source: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4296439/). Marc Maurice Cohen, in his research paper calls it “Liquid Yoga”.

The Queen of Herbs originated in India- North India to be specific, and therefore a very powerful adaptogen is available to all athletes in India in a very accessible manner and at an extremely cheap price.

I have recently started using Organic India Tulsi capsules, and I’m waiting for a shipment of Himalaya Tulsi to arrive. Most studies which highlight the benefits of Tulsi are based on Ocimum Sanctum (Krishna Tulsi) variety and as per a study quoted above, Krishna Tulsi (black/purple variety) has a higher phenolic content and anti-oxidant capacity than white Vana (wild) Tulsi (Ocimum Gratissimum).

What I have seen on the label on Organic India Tulsi is that it has 2/3rds Vana Tulsi. As per the label which I’ve checked online -- Himalaya Tulsi is 100% Krishna Tulsi. On paper Himalaya Tulsi appears a better buy.

A one month supply of 60 capsules/tablets is available for less than Rs. 200.

- Aman Yadav

Tuesday, 11 April 2017

Vitamin C for improved workouts

I’ve recently started to focus on heavy lifting in the gym in order to look and feel better, and also so that when the time comes to intensify my running workouts for a race- I can ward off injuries through the additional bone density, musculature and joint strength which strength training is adding to my body.

My hope and understanding is that just like we buy cushioned shoes to attenuate the shock our legs receive from running- I’m building the cushioning within my legs through heavy lifting.

But this extra gym work coupled with regular running and bouts of cycling is affecting my performance at work and also making me look bloated/puffy. Yes, I look fatter by exercising more, even though I’ve dropped about half a kilogram in weight and I’m maintaining my food macros.


Ever since the heavy lifting started at a higher weekly frequency-- at work, I have lower energy; I have to focus harder on reading and analyzing documents; and I can also feel my attention span reducing. This is unacceptable in my field! Insecurities loom large and stakes are (unnecessarily) high; mistakes are not easily pardoned- a few slips and you’re out of the game.

So I’ve decided to blame Cortisol for this problem (after some research). Now that a finger has been pointed towards Cortisol, a simple solution has also been researched- Vitamin C chewable tablets. After a lot of reading up, it seems to be the key for maintaining an “intense exercise-work” balance.

Cortisol is a steroid hormone which is released when our bodies are under stress, and high intensity exercise coupled with work and family pressures translates into acute stress. Excess cortisol in the body negatively affects normal bodily functions such as protein synthesis, immune system response, metabolism/fat burning etc. It’s a vicious cycle- train more but look and feel worse, and also risk the chances of over-training.

One way to reduce Cortisol is to decrease exercise intensity, but that is blasphemy, especially for someone who is training for longer races or faster than average race times.

We tend to ignore Vitamin C by usually assuming that the citrus fruits which we consume are providing us the RDA (Required Daily Allowance). However, the current RDA of 60 mg is extremely low since research suggests that at least 1000 mg is required to make a significant dent in reducing Cortisol. Prehistoric humans tended to consume large amounts of Vitamin C in their diet, which was way higher than the 60 mg RDA.



In a 2008 study, twelve participants were given high doses of Vitamin C and the data from the study suggests that vitamin C supplementation can decrease post-exercise Cortisol in individuals performing exercise similar to that of a half-marathon or marathon in hot conditions (Int J Sports Physiol Perform. 2008 Dec;3(4):516-30).

A 2001 study demonstrated a transient attenuation of Cortisol in runners who ran for prolonged times and supplemented with 1500 mg vitamin C per day when compared to < or = 500 mg per day (Int J Sports Med. 2001 Oct;22(7):537-43).

However, there are more scholarly articles to demonstrate that Vitamin C does not help in reducing Cortisol. But at Rs. 1 per 500 mg table, which is easily available at local pharmacies, it’s worth a shot.

I’ve started a 1000 mg per day dose divided into twice a day. It is advisable to not have all of it at once and rather spread the dose across a day since Vitamin C is readily absorbed and the effect in reducing cortisol is transient.

For the hippy herb preferring people, Amalaki (amla powder) capsules are available from Organic India, Himalaya and other decent brands. I’ll be trying these too soon.


Monday, 13 February 2017

Castor Oil for Athletic Injuries and Pain

Non-Steroidal Anti Inflammatory Drugs (NSAIDs) are used by athletes all around the year to reduce incidents of inflammation, joint pain, injuries etc. The commonly used NSAIDs are either applied on the skin or ingested as tablets and in India there is a prevalence of Diclofenac based NSAIDs, especially in the form of a cream/gel/spray. A common household Diclofenac based NSAID for athletes in India is Volini.

Diclofenac based NSAIDs have significant side effects on the kidney, heart and liver amongst other organs. Remember the vulture death crisis in India a few years ago? These large scale deaths of vultures were attributed to the veterinary use of Diclofenac in the cattle which had been consumed by the vultures.

As compared to short term, the long term use of Diclofenac based medicines poses a greater risk, especially cardiovascular issues. You can read a non-technical but rather informative article on this by clicking the link below:

An alternative to NSAIDs for an athlete is Castor Oil. Castor Oil is a vegetable oil which is obtained by pressing the seeds of the Castor Oil Plant (Ricinus Communis).

Castor Oil Plant

I’ve started applying it topically (i.e. on the skin where the pain exists) and it has provided significant relief to my knees, achilles and shin, all of which had started hurting a bit after an increase in running and cycling intensity. As compared to NSAIDs, I am less concerned about Castor Oil’s long term use and also its side effects since no study seems to suggest any major health risk from a short or long term use. It’s just a quick oil massage on the affected area.

Castor Oil contains Ricinoleic Acid (RA) and RA was shown to be extremely effective in reducing inflammation and pain when applied topically (https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1781768/). In fact our ayurvedic medicine considers Castor Oil as one of the best medicines for curing arthritis.

You can buy a bottle of castor oil for less than Rs. 100 at your local pharmacy and massage it a couple of times a day on the affected area just like you would use a NSAIDs cream/gel/spray.

- Aman Yadav


Friday, 27 January 2017

Strength Train To Improve Your Sport

Every minute of your training counts and every minute of that training should be spent on your primary sport and other exercises which support your primary sport.

If you’re a runner, cyclist, swimmer etc. then every other exercise which you undertake (other than your primary sport) should increase your speed, strength and endurance in the least time possible and to the maximum extent possible

Such exercises which are not your primary sport should enhance and not detract your athleticism.

A marathoner typically trains for 6-10 hours per week. A triathlete who is preparing for Ironman will spend 10-15 hours per week on training. And then you have to drop your kids off to school, go to work, drive back home, buy groceries, answer work calls and call it a day. So you have to ensure that every minute of your total weekly training hours makes a difference and provides maximum returns.

When you aren't running or cycling or swimming, you should be lifting weights and that too heavy ass weights. High weights-low repetitions for maximum strength, explosive power and most important of all, building resilience.

Resilience is the ability of your body to withstand the demands of endurance sports such as running, cycling, swimming etc. and allow you to progressively increase the training load.

You need strong muscles and joints to support your skeletal system when you train for endurance sports.

Heavy weight training will lead to increases in bone density and increase in soft tissue which surrounds the bones, thereby reducing the impact to your skeletal system when you engage in sports such as running, which in turn will allow you to efficiently absorb the high training loads without getting injured.

Heavy weights will create more muscle; muscles increase metabolism (even at rest); higher metabolism will decrease body fat; and a lower body fat will mean that pound for pound your body has started producing more power. In essence you’ve turbocharged your engine. The Prius became a Mustang.

Activities (not sports) like yoga and pilates will be a waste of time for you since the time spent engaged in them will not be commensurate with the returns. These activities will not supplement your primary sport in the manner which heavy lifting can since they do not have the ability to stress your body in the specific way which heavy lifting can. Compared to lifting weights, these activities cannot increase you muscle and bone mass and they burn way less calories minute for minute.

We’re talking about time management here; considering that your exercise schedule in terms of number of hours is already at its peak, and now you have to decide how to derive maximum benefits out of the time spent in exercising.

Every minute out of your total weekly workout schedule in which you are not training for your primary sport should be spent in increasing your strength.

I can understand the allure of yoga, it’s easy, lifting is hard and it leaves you sore for multiple days. Good things in life are hard. I don’t walk straight for three days after leg day and my back hurts after deadlifts but the strength gains are apparent when the tissue heals and I also get injured less while running or cycling.

If we think in terms of calories burnt vis-à-vis the time spent, then for allegedly the toughest form of yoga (Bikram Yoga), it was found that there is no evidence to suggest that it burns more calories than other exercise. Men burn around 460 calories during a Bikram yoga class and women burn around 330 calories. However, in lieu of a 90 minute session in a nauseatingly hot room with other naked smelly people, you can burn the same number of calories in a half an hour slow (like really slow) run (https://www.theguardian.com/science/2014/jan/13/no-pain-no-gain-exercise-heart-health-dementia-cancer) and then lift weights for 30 minutes and still be left with 30 minutes to sip a coffee.

Study title- Mixed maximal and explosive strength training in recreational endurance runners
Mixed strength training combined with endurance training may be more effective than circuit training in recreational endurance runners to benefit overall fitness that may be important for other adaptive processes and larger training loads associated with, e.g., marathon training (https://www.ncbi.nlm.nih.gov/pubmed/23860287).

Study title- The effect of strength training on performance in endurance athletes
The present research available supports the addition of strength training in an endurance athlete's programme for improved economy, muscle power and performance (https://www.ncbi.nlm.nih.gov/pubmed/24532151)

Study title- Maximal strength training improves running economy in distance runners
Maximal strength training for 8 weeks improved running economy and increased time to exhaustion at maximal aerobic speed among well-trained, long-distance runners, without change in maximal oxygen uptake or body weight (https://www.ncbi.nlm.nih.gov/pubmed/18460997).

Study title- Effects of strength training on running economy
A short period of traditional strength training can improve running economy in well-trained runners, but this improvement can be dependent on the strength training characteristics. When comparing to explosive training performed in the same equipment, heavy weight training seems to be more efficient for the improvement of running economy (https://www.ncbi.nlm.nih.gov/pubmed/18975259)

Study title- the effects of resistance training on endurance distance running performance among highly trained runners: a systematic review
Four of the five studies employed sport-specific, explosive resistance training, whereas one study used traditional heavy weight resistance training. Two of the five studies measured 2.9% improved performance (3K and 5K), and all five studies measured 4.6% improved running economy (RE; range = 3-8.1%). After critically reviewing the literature for the impact of CT on high-level runners, we conclude that resistance training likely has a positive effect on endurance running performance or RE. The short duration and wide range of exercises implemented are of concern, but coaches should not hesitate to implement a well-planned, periodized CT program for their endurance runners (https://www.ncbi.nlm.nih.gov/pubmed/18978605)

Charles Atlas from the 1940's- Mahatma Gandhi sent a mail to get his program! No joke.

A question now is what are the exercises required for generating the power and strength which will support your primary sport? The legend Mark Rippletoe, has very succinctly said:

“If I’m a yoga instructor, I’ll tell you the most important thing about fitness is flexibility,” Rippetoe says. “If I’m an aerobics instructor, I’ll say it’s cardio. And if I’m CrossFit, I’ll say it’s everything. My position is strength is the basis for all physical interaction in the environment. If you’re not strong, it doesn’t matter how conditioned your heart and lungs are if you can’t get up off the pot.”

The way to get strong is simple, Rippetoe says. All it takes is five barbell moves and progressive loading of weight over time. The moves: squats, presses, dead lifts, bench presses, and power cleans. Those exercises will allow the body to move anatomically while making every muscle stronger, even if they’re the only moves you ever do. “One of my pet peeves with the modern approaches to fitness is they vary exercises,” Rippetoe says. “They confuse the whole concept of training and exercise.

“For most people, exercise is just fine,” Rippetoe says. “But when you decide you want more out of the process, the process must be planned. Each workout becomes important because it fits into the process.”

“Rise above the platitudes of the fitness industry,” Rippetoe says. “Think about what you want and plan to acquire what you want so you can spend your time and money more efficiently.


Older athletes in fact need more strength training since after the age of 30, muscle mass and bone density keep decreasing every year. Recently a study came out which said that mortality rates were significantly lower in people who lift weights rather than people who engage in cardio.

Another question is how long should you lift weights to become better at your primary sport? The ideal duration is minimum 90 minutes per week, which can be clubbed into one hard long session or three 30 minute sessions. Stick to the basics (squats, presses, dead lifts, bench presses, and power cleans) like Mark said and you’re turbocharging your primary sport.

Remember, strength is the backbone of every sport. Lift heavy to become a faster, stronger and most importantly, a resilient athlete. Spend time on yoga and other activities like pilates only if you have extra time and money.


Friday, 20 January 2017

Coach Jonathan Livingston Seagull


The almost half a century old short story by Richard Bach never ceases to amaze me.

Each time that I spend about 30 minutes reading this story cover to cover (yes, it’s short) about a seagull (Jonathan Livingston) whose only desire in life is to improve every single day, my brain always manages to release that feel good dopamine.

I finish the story and feel that reassurance; yes this can be done, self-improvement is a continuous process and I have the apparatus to practice it regularly- specifically in my running. Why, because it’s easy to experiment in running and constantly strive for improvement. What’s the worst that can happen? Nothing! All exercise is good. You’re already better and improved after the workout than you were 45 minutes ago when sedentary.

Running for me has always been the apparatus to experiment with physical and mental improvement; I don’t have to justify the outcome to anyone but myself and I get those low doses of feel good emotions every time a training runs goes well. After that good training session, the reassurance of self-improvement stays with me, locked up but open to my inspection for a sneak peek when I need a pat on the back.



How I wish that more focus was put on this novella in schools and kids were made to understand, appreciate and deeply analyse the intent with which Richard wrote this story. Maybe, there is no better self-help inspirational book out there which in less than 30 minutes can fill you with purpose, teach you the virtues of hard work and the necessity of self-reliance.

Well, Rudyard Kipling’s poem “IF” comes pretty close which is less than a 5 minute read, especially the ending which says:
“If you can fill the unforgiving minute
with sixty seconds’ worth of distance run,
Yours is the Earth and everything that’s in it,
And—which is more—you’ll be a Man, my son!”

Rudyard Kipling was a 4:30 miler in the 19th century, so the ending is even more relatable and intense.



Returning to the story, Jonathan Livingston is an aerial athlete- rebels, trains, fails, plans, improves and repeats it. He is obsessed with improving. Possibly the most awe inspiring fictional bird. A relentless spirit, who shows that training is an integral part of life and the be-all-and-end-all in life is not just the monotonous survival that we have become so used to, but something beyond, something that adds substance to the journey. This substance is different for everyone and for Jonathan it is training, learning and improving.

Astonishingly, mental training which has become the new buzzword in endurance sports and for which there are so many books now available, is an omnipresent thought in Jonathan’s training process.

Just  to give an example, there is a paragraph in the story, which says, “Your whole body, from wingtip to wingtip,” Jonathan would say, other times, “is nothing more than your thought itself, in a form you can see. Break the chains of your thought, and you break the chains of your body, too ...”.

        Another paragraph, “In the days that followed, Jonathan saw that there was as much to learn about flight in this place as there had been in the life behind him. But with a difference. Here were gulls who thought as he thought. For each of them, the most important thing in living was to reach out and touch perfection in that which they most loved to do, and that was to fly. They were magnificent birds, all of them, and they spent hour after hour every day practising flight, testing advanced aeronautics.

I’ve read Matt Fitzgerald’s scintillating book (How Bad Do You Want It?) which emphasises the importance of mental training in endurance sports, and it was brilliant to see that almost 50 years ago Richard was writing along similar lines about Jonathan’s mental training for becoming a better and stronger (aerial) athlete!

It’s a marvelous short read, especially for athletes. There are more nuggets of wisdom in that novella than many lengthy profound reads!

If you want to read the story then use the link below: