GuyinLA said:This is the same company that makes the new Detour bars, which taste like a Snickers bar.
Originally posted by Biggin
eh, **** all them little bars... getcha WD's ****, make em how you like, don't worry about label claims, and have yoself a simple, tasty delight tailored to exactly what you need
GuyinLA said:This is the same company that makes the new Detour bars, which taste like a Snickers bar. 1 fast 400 did a test (see his website for the analysis) and nutritional claims were mostly confirmed (a little higher sugar and carb content than claimed but not outrageously so). So, this gives me a comfort level about this new bar.
Supa Freek 420 said:
1fast was not the only one that did tests on them... Nature's Best and Met-Rx did as well, and those came in way off label claims. Yeah, you could argue that those are competitor tests, but I still don't find them hard to believe. Here's why:
When they first came out I decided to try one. Then they ran out. Then the second batch came in, so I tried another one. For one, the second batch didn't taste as good IMO. And, I noticed that the second batch had far less caramel and nuts than the first batch. The first batch had caramel and nuts going down at least 1/3 of the way down the bar. If you try one of the current ones you'll see that there is barely any caramel any more.
All that said, I still prefer WD's recipe.
dez/null said:where is WD's ****?
im looking for a container of 60 something bars for dirt cheap. until then, I will keep eating.
Orginally Posted by Wardog
16 ounces Natural peanut butter
8 tablespoons honey
six scoops of Optimum Chocolate whey protein powder
1 cup of uncooked oatmeal
Mix the pb and honey in a bowl, microwave on full for 80 secs. Add the rest and mix together. Can add raisins/nuts etc to taste. Smooth into 13x9 tray and leave for 20 mins. Cut into 10 to 12 equal bars and wrap and store in fridge.
This is a great tasting recipe that I modified from one I found on 'bolex
Now here is the breakdown on a batch of the goodies:
Protein: 254 grams
Carbohydrates: 282 grams
Fats: 236 grams
bachovas said:That bomb of carbs (a lot of fructose too) and fat.....can't be good.
Originally posted by Sheesh
You'd be surprised.
bachovas said:That bomb of carbs (a lot of fructose too) and fat.....can't be good.
From Timbo at the bb.com forums.
Carbs stimulate insulin, which will cause the body to preferentially oxidize glucose for fuel. At the same time, insulin is a potent inhibitor of fatty acid oxidation and a potent stimulator of lipogenesis (i.e. fat storage).
bachovas said:A brief overview on why you shouldn't mix carbs and fat:
GuyinLA said:Consuming simple carbs (e.g. table sugar, honey, refined foods) causes a spike in insulin. The time you actually want a spike in insulin is right after a workout when you want to get insulin right to your muscles fast. That's why many advocate adding dextrose (a simple carb sugar) to your a post-workout whey protein shake (other sugars would do but for some reason dextrose is considered the best). In a sedentary state, insulin spikes are not desirable since this can ultimately lead to fat gain (and a host of other undesirable health consequences). Complex carbohydrates (e.g. fruits and vegetables) do not cause an insulin spike and are thus are the carbs of choice for all other times. Just read Barry Sears and you'll know all you need to know about carbs and the glycemic index.
...One of the goals of eating to grow should be to maximize the muscle gain to fat gain ratio. Basically you want to pack on the most muscle with the least amount of fat gain. To do this you need to understand which meal combos to pursue and which to avoid. The foundations of my recommendations in this area are based on the avoidance of a nasty scenario. The worst case scenario for someone trying to pack on muscle while minimizing fat gain is to have high blood levels of carbs, fat, and insulin at the same time. This is nasty because chronic elevation of insulin can increase the rate of transport of fats and carbs into fat cells. Although initially insulin shuttles nutrients into muscle cells, chronic insulin elevation will cause the muscles to become insulin resistant and refuse to take up nutrients. The adipose tissues, however, are greedy little pieces of cellular machinery and continue to take up nutrients at a rapid rate. So if you always have high levels of blood fats and carbs in the presence of insulin (the kind your body makes, not the kind that comes in a syringe), your muscles will slow their uptake of nutrients and all that fat and carbs will feed the fat cells. Can you say Shamu?
Before you make a rash decision and try to eliminate insulin, I've got to let you know that insulin is very anabolic. It's responsible for carb and amino acid delivery to the muscles for recovery and growth. So you need insulin, but you need to control it. And when you eat to promote insulin surges, you've got to be sure that you have the ideal profile of macronutrients in your blood to ensure that this insulin surge leads to muscle gain and not fat gain. This is where meal combinations come into play.
Let's start with some meal combinations to avoid.
<B>Avoid meals containing fats and carbs</B>
Unfortunately, this is the typical meal of the Western diet. As a result, it's no wonder that obesity is an epidemic. Meals with a high carbohydrate content in combination with high-fat meals can actually promote a synergistic insulin release when compared to the two alone. High fat with high-carb meals represent the worst possible case scenario.
Now, some people have argued that fat lowers the glycemic index of foods and should therefore be included in carb meals. But remember, the glycemic index only gives a measure of glucose response to a meal, not insulin response. And sometimes the glucose responses to a meal and the insulin responses to a meal aren't well correlated. So although you might be slowing the rate of glucose absorption into the blood by adding fat to your meals, you'll promote high blood levels of fats, carbs, and insulin. And that's a no-no!
<B>Avoid meals high in carbs alone</B>
Ironically, since the liver converts excess carbohydrates into fats, a very high carbohydrate meal can actually lead to a blood profile that looks like you just ate a high carb and high-fat meal! That's why high-carb diets don't work any better than ones rich in fats and carbs. High carb meals easily promote high blood levels of fats, carbs, and insulin, too.
Okay, so now that we know which meal combinations are evil. Let's be proactive and talk about what meal combinations to concentrate on.
<B>Eat meals containing protein and carbs (with minimal fat)</B>
It's well known in the research world that eating carbs and protein together also creates a synergistic insulin release (much like the fat and carb meals above). But in this scenario, that insulin release is just what we want. By having a few meals per day that cause high blood levels of insulin, carbs, and amino acids (as long you don't have chronic high blood levels of insulin all day long), the body tends to become very anabolic, taking up all those carbs and amino acids into the muscle cells for protein and glycogen synthesis. And since there's no excess fat for the fat cells, fat gain is minimized.
Obviously this combination is beneficial during the post-workout period, but in addition you might want one or two additional insulin spikes per day to promote anabolism during a mass phase. Again, as long as you aren't elevating insulin all day long, you won't become insulin resistant.
At this point some may argue that although this scenario might not promote fat gain, those high insulin levels will prevent fat breakdown (lipolysis). And they're completely correct! But you have to understand that most meals (unless they contain only certain types of protein) will elevate insulin levels to the point that lipolysis is prevented. So you can't escape that unless you eat a ketogenic diet with only specific types of low insulin releasing proteins. But since ketogenic diets don't put on muscle mass and there are all sorts of problems associated with them, I think they should be avoided. Since muscle gain is the goal, two or three meals per day of anabolism are necessary to get bigger and that means protein plus carbs with minimal to no fat.
<B>Eat meals containing protein and fat (with minimal carbs)</B>
Although it's desirable to eat some meals each day that release lots of insulin, upregulate protein synthesis, and fill up carb stores, it's advisable to avoid too many such meals. I discussed the reasons for this above (reduced insulin sensitivity and prevention of fat burning), but also, since we all know that essential fatty acids are so important to health and favorable body composition, eating protein and carb meals all day will prevent the ingestion of healthy fats. And that's no good.
In an attempt to balance out your two or three carb plus protein (minimal fat) meals each day, you should be eating an additional two to three meals consisting of protein and fat with minimal carbs. Taking in 30% of each major class of fatty acids (polyunsaturates, monounsaturates, saturates) is a good mass building tip when thinking about which fats to consume.
Taking a step back, the purpose of protein plus fat meals is to provide energy and amino acids without causing large, lipolysis-preventing insulin spikes. In addition, after fatty meals that contain no carbs, the body oxidizes less carbs (more carbs are stored and retained in the muscle as glycogen) and burns more fat for energy. So basically you'll be burning fat for energy and storing carbs in the muscle after such meals.
I hope that it's clear now that by properly combining meals, you can use the acute effects of food to your advantage. Eat protein plus fat during some meals and you may be burning fat during certain portions of the day. Eat protein plus carbs for some meals and you may be growing during other portions of the day. Although I know some will think this is blasphemy, this type of eating may actually help you get bigger while reducing your body fat during the same training phase.
<B>A Carbohydrate Is Not A Carbohydrate</B>
In this section, I'd like to demonstrate that not all carbohydrates were created equal. Specifically, I'll briefly discuss:
1. The insulin index vs. the glycemic index
2. The superiority of low-GI and II diets
3. The difference between liquid carbohydrates
While older carbohydrate classification schemes were centered on the notion of simple vs. complex carbohydrates (a structural classification), newer schemes focus more appropriately on the absorption profiles (glycemic index) and physiological effects (insulin index) of these carbohydrates (a functional classification).
The Glycemic Index (GI) is a classification scheme based on the blood glucose rise after consuming a carbohydrate food. This measure is based on the absorption profile of the food and was originally considered an indirect, but adequate measure of the insulin response to food. The assumption was that the insulin rise would be proportional to the glucose rise. However, recent research has demonstrated a dissociation of the glycemic response and the insulin response to the food. Therefore the insulin index was created.
The Insulin Index (II) is an index of the magnitude of insulin secretion as a result of food ingestion. Of course, this is the direct measure that the glycemic index could only approximate. Since insulin is a tricky hormone to manage, it's best to know exactly what's happening with this guy, especially if you have poor insulin sensitivity or poor carbohydrate tolerance.
Studies by Holt et al (1996) and Ostman et al (2001) highlighted some of these differences between glycemia and insulinemia. Interestingly, while the glycemic and insulin indices of many foods were similar, some foods caused unpredicted responses. As shown in the following graph, foods like yogurt and milk had relatively low-glycemic indices, but very high insulin indices. White and brown rice, on the other hand, had high-glycemic indices, but low insulin indices. The point here is that if you want to effectively manage body composition, you should choose your carbohydrates based on both the glycemic and insulin indices.
Unfortunately, there are only limited insulin data out there, leading us to continue to rely in some cases only on the glycemic index.
More complete glycemic and insulin indices can be easily located by doing an Internet search on these two terms.
So the next appropriate question would be, "What does the literature say about low GI and II diets vs. higher GI diets?" Well, here's a summary:
Ludwig et al (2000) described the following list of benefits for eating a low GI diet:
- Better nutrition (better micronutrient profile and more fiber)
- Increased satiety
- Decreased hunger
- Lower subsequent energy intake (second meal effect)
- Fat loss
- Better fasted insulin and glucose
In a study by Agus et al (2000), it was demonstrated that during a short, 6 day, low-calorie diet, a low-GI carb intake preserved metabolism and enhanced fat loss vs. a high-GI diet. The low GI group saw a 5% decline in metabolic rate and a 7.7lb weight loss while the high-GI group saw an 11% decline in metabolic rate and a 6.6lb weight loss. In these subjects, fasted glucose and insulin values were lower in the low-GI group, indicating better glucose and insulin sensitivity.
Spieth et al (2000) and Ludwig et al (2000) showed that 4 months of low-GI eating was superior to 4 months of high-GI eating in overweight teens. The low-GI group lost 1.5 points on the BMI scale and 2.2 lbs while the high-GI group gained 2.88lbs and increased their BMI. In addition, these studies showed that a low GI meal reduced food intake during subsequent meals while the high GI meal lead to overeating.
Finally, Pawlak et al (2001) showed that in rats, a low-GI diet led to decreased fasting insulin and glucose values, decreased fat mass, and decreased insulin and glucose values during a glucose tolerance test. Therefore, body comp as well as glucose and insulin sensitivity improved.
The bottom line here is that when all else is equal, a diet containing mostly low-GI carbohydrates is superior to a high-GI diet for losing fat, preserving metabolic rate, and maintaining healthy insulin sensitivity and glucose tolerance.
Next, I'd like to illustrate the differences between popular liquid carbohydrates including maltodextrin, dextrose, fructose, and sucrose.
Maltodextrin is a glucose polymer (a string of glucose units put together, similar to the protein peptide). It is therefore, by definition, a complex carbohydrate. However it's more complex nature does NOT slow digestion. Therefore, the GI and II remain high. Maltodextrin is the absolute best carbohydrate to consume during exercise for rapidly delivering blood glucose and for muscle glycogen recovery. It's also best for fluid uptake.
Dextrose (glucose) is a simple carbohydrate unit (similar to the amino acid). While it's good for exercise situations (malto is better), you're probably better off adding some dextrose to your maltodextrin formula. A little bit of dextrose may enhance the already excellent fluid uptake that occurs with maltodextrin during exercise.
Fructose is a simple carbohydrate unit, but it's structurally different from glucose. Due to its structure, it can possibly cause GI problems and/or decrease fluid uptake with exercise. Fructose, unlike other simple carbs, has to be "treated" in the liver and it reaches the muscle slowly.
Finally, sucrose consists of glucose and fructose units bonded together. Therefore, upon digestion, you get glucose and fructose in the GI (and the benefits and consequences of each).
Based on the three studies I reviewed (Blom et al 1987, ven Den Burgh et al 1996, Piehl et al 2000), it appears that dextrose is 72% faster than fructose for muscle glycogen resynthesis . As a result, at the end of 8 hours, muscle glycogen was 30% higher with dextrose ingestion. However, in another study, at the end of 4 hours, muscle glycogen was 15% higher with maltodextrin ingestion vs. dextrose. So dextrose kicks fructose's butt although malto beats up on dextrose.
GuyinLA said:Ok, I'm looking at a Detour bar and this is the nutrient breakdown: 32 grams of protein, 21 grams of carbs, 9 grams of fat. The WD recipe above is 254 grams of protein, 282 grams of carbs and 236 grams of fat. Looking at it on a ratio basis, if one is attempting to follow a high protein/low carb diet, to me the Detour bar wins hands down. The WD recipe just doesn't seem to me to be consistent with a high protein/low carb/moderate fat diet while Detour bars are. This isn't intended as a flame. I would really appreciate if someone could explain how my reasoning is faulty.
wojo said:
ok genius the detour bar has both glycerine(crappy carbs) and gelatin(useless protein..friggin horse hooves) so feel free to eat it..i'll take wd recipe anyday
wojo said:hey my point is..did u even read the ingredients? the pic is a avatar..its a joke..after reading the detour bars ingredients im curious as to why u would even defend such a product in anyway shape or form
Originally posted by pinoy
wtf, i ordered it a long time ago, haven't gotten mine yet
Originally posted by pinoy
NM! i got it today, i havent eaten it yet and it melted while in my mailbox![]()
Originally posted by RippedUp
Anyone half serious about his bbing journey, should stay away from bars..
Thanks.