how many meals do you eat/day

[Rida5d]

It's a good thing I don't care about your opinion lol. Pardon me if I don't feel the need to explain myself to random strangers on an Internet forum. I stated I disagreed with him saying I'm wrong. Don't feel the need to take it further than that.....

Really?

I call BS .. you don't want to explain yourself for strangers , still u advice shitty theories to strangers ?
That's so childish .. Unless you are willing to explain and back up your (advices) I suggest you keep it for yourself ..

On a side note , I'm telling you , I'm here , and willing to learn from you if you can explain ,, other than that , I'm the one is calling you out..

[zempey]

I heard the myth about 30g per meal as well, but it has to be false, I imagine there is a number but I have no idea how much the body can absorb in one sitting. I personally eat more than 30g per meal multiple times a day.

[Lifted1]

i eat 8~10 times per day, usually the exact same things to simplify shopping/meal prep. 5 meals are either chicken/fish/steak/eggs with brown/white rice, potatoes or whole wheat bagels. the other feedings are snacks like oats w/berries, apple w/natty pb, rice cakes w/natty pb, protien shake w/banana, nuts, etc...

[Cody95]

Does it help to clarify. 30 g per meal!

No. Your body can still absorb more then 30g protein per meal or per hour. 270 pound bodybuilders would not exist if that was true. for instance if you can only absorb 30g protein pre workout and then same for post workout that's just a disaster, that is not enough protein for intense training, you would be fatigue as hell and so on, maybe for a girl but defidently not for a 200+ pound bodybuilder.. Not to mention jaycutler, Phil heath, Ronnie Colman need 400+g protein to maintain there size.

[Lifted1]

It's a good thing I don't care about your opinion lol. Pardon me if I don't feel the need to explain myself to random strangers on an Internet forum. I stated I disagreed with him saying I'm wrong. Don't feel the need to take it further than that.....

but you feel the need to make statements to "random strangers" on the internet!? come on man, take off your trainer tshirt and be real. everyone is here to learn/help/motivate each other so don't be a dick.

[Docd187123]

Does it help to clarify. 30 g per meal!

Girly,

It still makes no difference. The more protein you eat the longer it will take for it to pass through the digestive tract. You'll not be wasting any protein if you eat more than 30g in a sitting. Think of a big steak, by me that's usually 50-70g of protein or more depending on the cut and size.

[fitnesstrainer]

Alright I'll admit I've been crappy on here over this. So I apologize if I ruffled your feathers. That being said I decided to swallow my pride and do some more research as it has been quite a while since I actually completed the nutrition aspects of my degree program.

Here's what I believe from the research I've done over the years and what I have seen with clients: Meal frequency is vital to maintaining healthy blood sugar levels as well as various aspects of how the body is affected by insulin . These tie into body composition in a big way ESPECIALLY when concerning untrained individuals or people who are new to fitness but it's still important for an avid athlete.

Also the body responds to periods of more or less food by slowing down or speeding up various aspects of the metabolism. This can happen over the course of just several hours. Yes the thermic effect of feeding may be the same but tons of chemical responses happen when you consume food and it does make a difference how often you consume it. An example would be forgoing carbohydrates for the first one or two meals of the day. This has been shown to improve insulin resistance. Not eating pretty soon after waking has been shown to elevate the bodies cortisol levels.

Many studies have shown that when the body is in a fed state for extended periods of time it is more likely to utilize stored body fat.

Again I'm sorry if I pissed anyone off. I do believe meal frequency affects metabolic rate and this is why

[Rida5d]

Try to read this mate ..
A good article by lyle McDonald


Meal Frequency and Energy Balance

Introduction
I read a tremendous number of research papers each week in order to keep up with the rapidly changing field of nutrition, physiology, and all topics related to body recomposition. From time to time, I like to review research papers that I think are interesting to my readers; while these are usually new papers, sometimes, I also go back to older papers that happen to be relevant or important. This week’s paper is one of those older papers that addresses one of the longer-standing myths in the field of weight loss, that of meal frequency.
Title
Bellisle F et. al. Meal frequency and energy balance. Br J Nutr. (1997) 77 (Suppl 1):S57-70.
Abstract
Several epidemiological studies have observed an inverse relationship between people’s habitual frequency of eating and body weight, leading to the suggestion that a ‘nibbling’ meal pattern may help in the avoidance of obesity. A review of all pertinent studies shows that, although many fail to find any significant relationship, the relationship is consistently inverse in those that do observe a relationship.
However, this finding is highly vulnerable to the probable confounding effects of post hoc changes in dietary patterns as a consequence of weight gain and to dietary under-reporting which undoubtedly invalidates some of the studies
We conclude that the epidemiological evidence is at best very weak, and almost certainly represents an artefact. A detailed review of the possible mechanistic explanations for a metabolic advantage of nibbling meal patterns failed to reveal significant benefits in respect of energy expenditure.
Although some short-term studies suggest that the thermic effect of feeding is higher when an isoenergetic test load is divided into multiple small meals, other studies refute this, and most are neutral. More importantly, studies using whole-body calorimetry and doubly-labelled water to assess total 24 h energy expenditure find no difference between nibbling and gorging. Finally, with the exception of a single study, there is no evidence that weight loss on hypoenergetic regimens is altered by meal frequency. We conclude that any effects of meal pattern on the regulation of body weight are likely to be mediated through effects on the food intake side of the energy balance equation.

My comments
Perhaps one of the longest standing dogmas in the weight loss and bodybuilding world is the absolute necessity of eating frequently for various reasons. Specific to weight loss, how many times have you heard something along the lines of “Eating 6 times per day stokes the metabolic fire.” or “You must eat 6 times per day to lose fat effectively.” or “Skipping even one meal per day will slow your metabolic rate and you’ll hoard fat.” Probably a lot
Well, guess what. The idea is primarily based on awful observational studies and direct research (where meal frequency is varied within the context of an identical number of calories under controlled conditions) says that it’s all basically nonsense. The basic premise came, essentially out of a misunderstanding of the thermic effect of food (TEF) also called dietary induced thermogenesis (DIT) which are the calories burned in processing of the food you eat.
While TEF differs for the different nutrients, on average it constitutes about 10% of a typical mixed diet (this varies between nutrients and slight differences may be seen with extreme variations in macronutrient intake). So every time you eat, your metabolic rate goes up a little bit due to TEF
Aha! Eat more frequently and metabolic rate goes up more, right? Because you’re stimulating TEF more often. Well, no. Here’s why:
Say we have two people, both eating the same 3000 calories per day from identical macronutrients. One eats 6 meals of 500 calories/meal while the other eats 3 meals of 1000 calories/meal and we’ll assume a TEF of 10%. So the first will have a TEF of 50 calories (10% of 500) 6 times/day. The second will have a TEF of 100 calories (10% of 1000 calories) 3 times/day. Well, 6X50 = 300 calories/day and 3X100 = 300 calories/day. There’s no difference.
Of course, if you increase food intake from, say, 1500 calories to 2000 calories, you will burn more with TEF; but this has nothing to do with meal frequency per se, it has to do with eating more food. I only bring this up because I’ve seen people (try to) argue the positive effect of TEF by dredging up studies where folks ate more total calories. Of course TEF goes up, but not because they are eating more frequently; rather it’s because they are eating more food in total.
I want to address that last bit a little bit more since the fact that TEF goes up with increasing food intake is often used to argue that “metabolism chases intake” and to make arguments for eating more to get lean. Here’s the problem with this ‘logic’. Assuming an average 10% TEF, increasing food intake from 1500 calories to 2000 calories per day will increase caloric expenditure by 50 calories. But you had to eat 500 more calories to get it. So even if you burn 50 calories more, you’re still consuming 450 more calories than you would have otherwise. Basically, the logic is akin to saying “I saved $100 by spending $1000 because what I bought was 10% off”. Right, but you’re still out $900 that you wouldn’t have spent and you’d have saved $1000 if you hadn’t bought it in the first place. The same logic applies here.
Which brings me, the long way around, to the above review paper which examined not only earlier observational work but also direct studies of varying meal frequency on either weight loss (during such studies) or metabolic rate. And, with the exception of a poorly done study on boxers (which I’ll discuss a bit below), they found no effect of varying meal frequency on any of the examined parameters. No increase in metabolic rate, no increase in weight loss, no nothing. What’s going on?
They concluded that earlier studies finding an effect of meal frequency on weight gain (or loss) had more to do with changes in appetite or food intake, not from a direct impact on metabolic rate. For example, early observational studies found that people who skipped breakfast were heavier and this still resonates today with the idea that skipping breakfast makes you fatter. However, the review points out that this may be confusing cause and effect: people often start skipping meals to lose weight.
I’d note, tangentially and I’ll come back to this below, that there is no data in humans that skipping a single meal or even a day’s worth of meals does anything to metabolic rate. Human metabolism simply doesn’t operate that quickly and various research into both fasting and intermittent fasting show, if anything, a slight (~5% or so) increase in metabolic rate during the initial period of fasting. The idea that skipping breakfast or a single meal slows metabolic rate or induces a starvation response is simply nonsensical.
Basically, there are a lot of confounding issues when you start looking at observational work on diet and body weight. As I discussed in detail in Is A Calorie A Calorie, you often find that certain eating patterns impact on caloric intake. And it’s those changes in caloric intake (rather than the eating patterns themselves) that are causing changes in weight
For example, some early studies actually found that eating more frequently caused weight gain, mainly because the foods being added were snacks and were in addition to normal food intake. In that situation, a higher meal frequency led to greater food intake and weight gain. But it wasn’t the meal frequency per se that caused the weight gain, it was the fact that folks were eating more.
Other studies have shown that splitting one’s daily calories into multiple smaller meals helps to control hunger: people tend to eat less when they split their meals and eat more frequently. But, again, this isn’t an issue of meal frequency per se, it’s because food intake is decreased. When folks eat less, they lose weight and IF a higher meal frequency facilitates that, it will cause weight loss. But, at the risk of being repetitive, it’s not because of effects on metabolic rate or any such thing; it’s because folks ate less and eating less causes weight loss.
I’d note that the above observation isn’t universal and some people report that the simple act of eating makes them hungrier. Many people are finding that an intermittent fasting protocol, where they don’t eat anything for most of the day followed by one or two big meals works far far better for food control than the standard of eating many small meals per day. Again, this isn’t a universal and I’m currently examining differences between people to determine who will respond best to a given pattern.
I’d also note that there is a fair amount of literature that eating more frequently has benefits in terms of blood glucose control, blood lipid levels and other health markers. I’d add to that the recent work on caloric restriction and intermittent fasting (a topic I’ll look at in a later article) is finding massive benefits (especially for the brain) from less frequent meals. So even this topic isn’t as simple as ‘more frequent meals is healthier’.
However, this is all tangential to the claims being made for metabolic rate. Whether you eat 3 meals per day or 6, if your daily caloric intake is identical, you will expend the same number of calories per day from TEF. While work in rats and mice, for whom everything happens faster, has found that a single meal can lower metabolic rate, this is irrelevant to humans. Skipping a meal will not affect human metabolic rate at all.
Quite in fact, it takes at least 3-4 days of fairly strict dieting to impact on metabolic rate (and some work on fasting shows that metabolic rate goes UP acutely during the first 72 hours of fasting); a single meal means nothing. You will not go into ‘starvation mode’ because you went more than 3 hours without a meal. Nor will your muscles fall off as an average sized food meal takes 5-6 hours to fully digest, as I discuss in The Protein Book.
Now, all of the above is only looking at the quantity of weight loss, not the quality. For athletes and dieters, of course, sparing lean body mass and losing fat is a bigger goal than how much weight is actually lost. Which brings me to the boxer study that everybody loves to cite and nobody seems to have read (except me as I spent years tracking down the full text of the paper).
In this study, boxers were given either 2 or 6 meals per day with identical protein and calories and examined for lean body mass lost; the 2 meal per day group lost more lean body mass (note: both groups lost lean body mass, the 2 meal per day group simply lost more). Aha, higher meal frequency spares lean body mass. Well, not exactly.
In that study, boxers were put on low calories and then an inadequate amount of liquid protein was given to both groups and the meals were divided up into 2 or 6 meals. But the study design was pretty crappy and I want to look at a few reasons why I think that.
First and foremost, a 2 vs. 6 meal per day comparison isn’t realistic. As discussed in The Protein Book, a typical whole food meal will only maintain an anabolic state for 5-6 hours, with only 2 meals per day, that’s simply too long between meals and three vs. six meals would have been far more realistic (I would note that the IF’ing folks are doing just fine not eating for 18 hours per day).
Additionally is the use of a liquid protein that confounds things even more. Liquids digest that much more quickly than solid foods so the study was basically set up to fail for the low meal frequency group. They were given an inadequate amount of rapidly digesting liquid protein too infrequently to spare muscle loss. But what if they had been given sufficient amounts of solid protein (e.g. 1.5 g/lb lean body mass) at those same intervals? The results would have been completely different.
As discussed in The Protein Book in some detail, meal frequency only really matters when protein intake is inadequate in the first place. Under those conditions, a higher meal frequency spares lean body mass. But when protein intake is adequate in the first place (and again that usually means 1.5 g/lb lean body mass for lean dieters), meal frequency makes no difference. And that’s why the boxer study is meaningless so far as I’m concerned. An inadequate amount of liquid protein given twice per day is nothing like how folks should be dieting in the first place.
In any case, let me sum up the results of this review: Meal frequency per se has essentially no impact on the magnitude of weight or fat loss except for its effects on food intake. If a high meal frequency makes people eat more, they will gain weight. Because they are eating more. And if a high meal frequency makes people eat less, they will lose weight. Because they are eating less. But it’s got nothing to do with stoking the metabolic fire or affecting metabolic rate on a day to day basis. As the researchers state above:
We conclude that any effects of meal pattern on the regulation of body weight are likely to be mediated through effects on the food intake side of the energy balance equation.
And that’s that.
Practical Application
The take home of this paper should be fairly clear and I’m going to focus primarily on dieting and weight/fat loss here. I’m also going to assume that your protein intake is adequate in the first place; if you’re not getting sufficient protein during your diet, you have bigger problems than meal frequency can solve.
Before summing up, one last thing, from a practical standpoint, I sometimes wonder if the people who are adamant about 6 meals/day have ever worked with a small female athlete or bodybuilder. A 120 lb female may have a daily food intake of 1200 calories/day or less on a diet.
Dividing that into 6 meals gives her 200 calorie ‘meals’. More like a snack. 4 meals of 300 calories or even 3 meals of 400 calories is a much more livable approach than a few bites of food every 3 hours.
By the same token, a very large male with very high caloric requirements (for dieting or mass gaining for example) may find that fewer larger meals are difficult to get down or cause gut discomfort, eating more frequently may be the only way to get sufficient daily calories.
But again, these are all completely tangential to any (non-existent) impacts of meal frequency on metabolic rate or what have you.
So here’s the take home:
If eating more frequently makes it easier to control/reduce calories, it will help you to lose weight/fat.
If eating more frequently makes it harder to control/reduce calories, or makes you eat more, you will gain weight.
If eating less frequently makes it harder for you to control/reduce calories (because you get hungry and binge), it will hurt your efforts to lose weight/fat.

[fitnesstrainer]

I fully understand that a caloric deficit is needed to drop weight.....everything I posted above is assuming you have the right caloric value for your goals.

[Rida5d]

I fully understand that a caloric deficit is needed to drop weight.....everything I posted above is assuming you have the right caloric value for your goals.

The post is about meal frequency , not only the caloric deficit..
It also speaks about the point you raised regarding the insulin stability claims , and the IF approach ..

[fitnesstrainer]

Here's a study showing what I'm talking about

http://m.ajcn.nutrition.org/content/81/1/16.short

[Docd187123]

Here's a study showing what I'm talking about

AJCN | Mobile

There's several things wrong with that study:

1) there are only 10 participants

2) it was performed on obese women

3) it's not studying meal frequency at all, only meal regularity....whether that be 3 meals, 6, or 9.

4) it relied on some self reported eating data; we all know how accurate that is. Should have been controlled for by the experimenters

5) the study showed statistical significance between the various approaches but NO clinical significance.

6) finally, and probably the most damning piece of that study, it says:

"Regular eating was associated with lower EI [energy intake] (P < 0.01)"

^^^^ what this means is that calories weren't controlled for on the intake side. So of course there's going to be differences in post-prandial thermogenesis. The more or less you eat the more or less thermogenesis will occur bc of digestion, that's common sense but not what you said.

Bottom line is this study is as weak as it gets: calories not controlled ie not isocaloric diets, very few participants, used on the obese (not just fat or out of shape but obese), it's not studying what you think it is, etc

[Khazima]

Here's a study showing what I'm talking about

AJCN | Mobile

This is why myths like these become never-ending arguments, because there are studies and claims/bias's from both sides of most of the arguments to back them both up for days. When it comes down to it though, regardless of which may be right the general consensus is that there is no negligible difference worth wasting the time over, eat more to gain weight eat less to lose weight, meal frequency isn't going to make a dramatic difference one way or the other. Convenience and performance may are the only limiting factors to meal frequency, if you want to split hairs, then maybe having to think about eating so often and work around a busy schedule will stress you out and raise cortisol? See how pitiful that sounds, that's how big the difference between eating 2-10 times a day are.

PS. My textbook said the same shit, half of the information given to students is outdated or flat out wrong. I realized this half way through my first certificate. As trainers it's our responsibility to remain up to date with correct information, the education system does not supply this for us.

[MIKE_XXL]

6 to 7 meals per day is my routine....there are time its less but they are literally 10 days a year...i am pretty regimental when it comes to my meals, it helps that my wife eats the same as me....

[fitnesstrainer]

This is why myths like these become never-ending arguments, because there are studies and claims/bias's from both sides of most of the arguments to back them both up for days. When it comes down to it though, regardless of which may be right the general consensus is that there is no negligible difference worth wasting the time over, eat more to gain weight eat less to lose weight, meal frequency isn't going to make a dramatic difference one way or the other. Convenience and performance may are the only limiting factors to meal frequency, if you want to split hairs, then maybe having to think about eating so often and work around a busy schedule will stress you out and raise cortisol? See how pitiful that sounds, that's how big the difference between eating 2-10 times a day are. PS. My textbook said the same shit, half of the information given to students is outdated or flat out wrong. I realized this half way through my first certificate. As trainers it's our responsibility to remain up to date with correct information, the education system does not supply this for us.

Lol thanks for the tip, if something isn't working for my client the I change what we are doing. Same goes for my soldiers. Obviously I don't keep doing what dosent work. I've had clients who eat less often and have success. Principle of individual differences. I've outlined what I believe so I'm not sure why I'm still getting barked at. I'm not attacking anyone so why the hostility?

[Khazima]

Lol thanks for the tip, if something isn't working for my client the I change what we are doing. Same goes for my soldiers. Obviously I don't keep doing what dosent work. I've had clients who eat less often and have success. Principle of individual differences. I've outlined what I believe so I'm not sure why I'm still getting barked at. I'm not attacking anyone so why the hostility?

It's just a passionate group of people with conflicting opinions/data to offer, sparks heated debates like this I love it lol, amongst the chaos is a lot of really useful information.

[Rida5d]

Principle of individual differences. I've outlined what I believe so I'm not sure why I'm still getting barked at. I'm not attacking anyone so why the hostility?

Actually not , since u changed your attitude I changed to very cute smiley person .. No hostility at all.

[RaginCajun]

Lol thanks for the tip, if something isn't working for my client the I change what we are doing. Same goes for my soldiers. Obviously I don't keep doing what dosent work. I've had clients who eat less often and have success. Principle of individual differences. I've outlined what I believe so I'm not sure why I'm still getting barked at. I'm not attacking anyone so why the hostility?

I didn't see any hostility

I saw you get questioned and on the defense when others disagreed with you.

It's all great useful information and what works for one may not work for the next.

Love debates, that is why they are called debates

[kelkel]

I changed to very cute smiley person .. .

Wait........what?

[tarmyg]

Alright I'll admit I've been crappy on here over this. So I apologize if I ruffled your feathers. That being said I decided to swallow my pride and do some more research as it has been quite a while since I actually completed the nutrition aspects of my degree program.

Good to hear as this is an ever changing subject.

Here's what I believe from the research I've done over the years and what I have seen with clients: Meal frequency is vital to maintaining healthy blood sugar levels as well as various aspects of how the body is affected by insulin. These tie into body composition in a big way ESPECIALLY when concerning untrained individuals or people who are new to fitness but it's still important for an avid athlete.

I would argue that the amount of carbohydrates are much more relevant to blood sugar levels, insulin sensitivity, and plasma triglycerides than meal frequency. You now, based on your own argument draw a conclusion that this will effect body composition and that there would be a difference between trained and untrained. Is there any scientific based evidence to support this claim?

Also the body responds to periods of more or less food by slowing down or speeding up various aspects of the metabolism. This can happen over the course of just several hours. Yes the thermic effect of feeding may be the same but tons of chemical responses happen when you consume food and it does make a difference how often you consume it. An example would be forgoing carbohydrates for the first one or two meals of the day. This has been shown to improve insulin resistance. Not eating pretty soon after waking has been shown to elevate the bodies cortisol levels.

Again you make a claim and then draw a conclusion with, as far as I can see, no support. Exactly how is the metabolic rate in humans affected when you eat? What are these tons of "chemical responses" you talk of? Digestion? Are you stating that micro carb cycling (Instead of days you talk of hours) would improve insulin sensitivity?

Many studies have shown that when the body is in a fed state for extended periods of time it is more likely to utilize stored body fat.

This one I must be reading incorrectly and for that I apologies in advance. What I am reading here is that if you stay full (fed state) the body will start using fat for energy. I assume this is some sort of mistype or something.

Thanks
~T

[Rida5d]

Wait........what?

I was scared you are watching this thread ..

[tsarrast]

there's a lot of debate about this - a lot of IF stuff i've read says that # of times you eat isn't as important as most people think...

[Wintermaul]

Normally i eat 4-5 meals a day + a shake post-workout or intraworkout. My thought about mealfreq is that the body can store carbs and fats but not protein. When you're trying to build muscle the body needs protein, and the body can try to rebuild from a workout at any time during the day(or night). What happens if you have a low mealfrequency and the body tries to rebuild but cant get hold of protein?
The fats gets stored in used when needed, the carbs are stored in glycogen-storages in the muscles and used when needed, where is the protein? Ive read that unused protein get peed out via urine-nitrogen, right?
So lets say you eat 1-2 times a day, you would need those meals to digest sooooo slow that the body always can absorb protein if it tries to build muscle.This can surely be done by eating fats that takes longer to digets etc but i find it easier to just consume protein through the day to help with this process. I dont know if this matters, but in my head it feels right. I usually eat protein with every meal, and just switch between protein+fat or protein+carbs. In weekends i can sleep longer so i can "save" up for a meal. Lets say instead of breakfast at 6 o'clock, and lunch at 9-10 o'clock, i eat them both in 1 sitting at 9 o'clock because i sleep longer. Same with dinners with friends and family. I can skip a meal or two that day to save up for a larger dinner, because we all know how people can eat

[Khazima]

Normally i eat 4-5 meals a day + a shake post-workout or intraworkout. My thought about mealfreq is that the body can store carbs and fats but not protein. When you're trying to build muscle the body needs protein, and the body can try to rebuild from a workout at any time during the day(or night). What happens if you have a low mealfrequency and the body tries to rebuild but cant get hold of protein?
The fats gets stored in used when needed, the carbs are stored in glycogen-storages in the muscles and used when needed, where is the protein? Ive read that unused protein get peed out via urine-nitrogen, right?
So lets say you eat 1-2 times a day, you would need those meals to digest sooooo slow that the body always can absorb protein if it tries to build muscle.This can surely be done by eating fats that takes longer to digets etc but i find it easier to just consume protein through the day to help with this process. I dont know if this matters, but in my head it feels right. I usually eat protein with every meal, and just switch between protein+fat or protein+carbs. In weekends i can sleep longer so i can "save" up for a meal. Lets say instead of breakfast at 6 o'clock, and lunch at 9-10 o'clock, i eat them both in 1 sitting at 9 o'clock because i sleep longer. Same with dinners with friends and family. I can skip a meal or two that day to save up for a larger dinner, because we all know how people can eat

Fitnesstrainer just posted an interesting article related to your post.

Phenomenal article by Layne Norton

[marcus300]

I eat around 6-7 times a day to maintain, its something I have to do otherwise I soon start dropping size/mass. I've tried nearly every new approach over the years but for me there is only one way I can maintain and build new tissue and that's eating every 3 hours. I've not seen any bodybuilder who is carrying any amount of decent size eat any different IMHO but each to their own to maintain what they want to achieve.

[Rida5d]

I eat around 6-7 times a day to maintain, its something I have to do otherwise I soon start dropping size/mass. I've tried nearly every new approach over the years but for me there is only one way I can maintain and build new tissue and that's eating every 3 hours. I've not seen any bodybuilder who is carrying any amount of decent size eat any different IMHO but each to their own to maintain what they want to achieve.

I guess that's the best approach with someone at your size requiring lots of cals to hit the total daily caloric intake .. It's almost impossible in such case to achieve that high intake in 1-2-3 meals ..
Anyways , if someone can take his total cals in less meal frequency , then there would be no harm

[gbrice75]

Currently 5. I've eaten as few as 1, and as many as 8. My days are long.

[GirlyGymRat]

Most I've ever done was 5 but as my calories lowered moved to 3 with one teeny snack b4 training. 1000 cal doesn't offer anything more

[Rida5d]

Most I've ever done was 5 but as my calories lowered moved to 3 with one teeny snack b4 training. 1000 cal doesn't offer anything more

The more ur cals get down , the more the lower meals frequency shines..
A person with ur stats/cals intake , was discussed in post number 48 if you interested.

[Motardpdx]

Eat 3 solid full "raw food" meals per day and include your liquid meals in between workouts. enjoy!