Protein: Common or Missing Link?

Written by Protica Research


Most of us equaterepparttar word diet with calorie reduction. This is understandable, since most diet marketing is relentlessly focused on offering consumers low-calorie options.

Unfortunately, this way of thinking is categorically wrong. The simple fact that any nutritionist will verify is that everyone is on a diet. Even those who do not wish, or do not need, to lose weight are on a diet, as are those who are increasing their weight. Dieting has nothing to do with calorie reduction, and everything to do with calories choices. The foods you ‘choose’ to eat determinerepparttar 113995 type of diet you are on.

Indeed, torepparttar 113996 digestive system andrepparttar 113997 intestines, a candy bar and a stalk of celery are neither seen as junk food nor diet food. They are both seen as simply food. The candy bar leads to a rapid glycemic reaction andrepparttar 113998 production of fat cells. The celery does not. Still,repparttar 113999 body does not label one as junk andrepparttar 114000 other as diet food. In fact, everything thatrepparttar 114001 body ingests, it tries to use inrepparttar 114002 best way that it can.

However, outsiderepparttar 114003 neutral intelligent internal body systems,repparttar 114004 term diet persists in our often rather misguided external world of advertising, marketing, and diet plans. As such, we can group diets into two categories: deliberate and accidental.

Deliberate diets are designed with specific requirements, such as those engineered to lose weight, to gain weight, and to maintain weight. Deliberate diets are typically what people refer to when they userepparttar 114005 catchall term ‘diet’. This is in contrast torepparttar 114006 other kind of diet that is calledrepparttar 114007 ‘accidental diet’. Accidental diets have no requirements, and march to a simple chant: eat whatever, whenever, andrepparttar 114008 body will take care of itself.

However, despiterepparttar 114009 fact that there are two terms for diets – deliberate and accidental – there is a denominator that unifies them both: protein. All diets, even those that are accidental, require protein.

Protein, andrepparttar 114010 amino acids that comprise protein, are essential for life itself. Every system withinrepparttar 114011 body depends, directly or indirectly, on protein. In fact, because protein regulates hormones, some cases of depression or anxiety are actually instigated and perpetuated by either a lack of protein, orrepparttar 114012 body’s inability to fortify its neurological system with this critical macronutrient.

Yet for those on a diet -- and that includes everyone --repparttar 114013 importance of protein is more pragmatic. Many deliberate diets such asrepparttar 114014 Atkins™ diet andrepparttar 114015 South Beach Diet™ restrict carbohydrates, while other restrict fats. That leaves protein. Protein isrepparttar 114016 common link between all nutritionally-sound diets. But is it alsorepparttar 114017 missing link? Or, is protein readily accessible and readily present inrepparttar 114018 foods we eat?

Oddly, most American meals and snacks are protein deficient. Indeed, complete protein is absent from 6 ofrepparttar 114019 top 10 foods eaten inrepparttar 114020 US, and absent from all 10 ofrepparttar 114021 most popular snacks (see chart at end of article). This shortage of protein inrepparttar 114022 American diet refers both torepparttar 114023 absolute amount of protein, which is recommended to be a minimum of 50 grams per day, andrepparttar 114024 kind of protein as well. The healthiest protein is a “complete protein”, which includes all 19 amino acids. However, even people who are ingesting 50 grams of protein may not be eating complete protein. As such, these people are sometimes unwittingly suffering from some form of protein malnourishment, and experience symptoms that include drowsiness, digestive problems, emotional disorders, and other adverse physiological effects.

Enzymes and Your Health, Where do Enzymes Come From

Written by Loring A. Windblad


This compilation of information is Copyright 2005 by http://www.organicgreens.us and Loring Windblad. The references for this series of articles isrepparttar author’s personal knowledge and experience,repparttar 113994 book “Enzymes for Autism and other Nurological Conditions” andrepparttar 113995 web site enzymestuff dot com. This article may be freely copied and used on other web sites only if it is copied complete with all links and text, including this header, intact and unchanged except for minor improvements such as misspellings and typos.

Where to enzymes come from?

Enzymes exist in all raw food. All raw foods, including meats, have some enzyme activity. For example, green bananas have amylase, an enzyme that breaks down starch to glucose. In a number of days,repparttar 113996 amylase convertsrepparttar 113997 raw starch ofrepparttar 113998 banana to sugar, which is why darkened bananas are so much sweeter tasting. Kiwis have an abundance of a protease known as actinidin, which is why you cannot make jello with fresh kiwis. The protease degrades gelatin protein such that it cannot ‘harden’ or set.

Keep in mind that we need to have up to four (4) pounds of enzymes, in at least a ratio of 3:1 (good to bad), in our “guts” in order to facilitaterepparttar 113999 proper breakdown of food as it passes through our system.

Where do enzymes go – what happens to them?

Cooking or other types of processing destroys enzyme activity. This isrepparttar 114000 basis for ‘canning’ of vegetables –repparttar 114001 heat destroysrepparttar 114002 enzymes and this preservesrepparttar 114003 food. Food enzymes can surviverepparttar 114004 pH ofrepparttar 114005 stomach (about 4.5 to 5.5) for some time and so can contribute torepparttar 114006 digestion of food while inrepparttar 114007 stomach. Animals, including humans, producerepparttar 114008 enzymes they need from amino acids. The more raw food you eat,repparttar 114009 less digestive enzymes your body needs to produce. You can also take enzyme supplements, which come from animals, plants or microorganisms. Your body may recycle digestive enzymes from any source until they wear out. Enzymes in circulation perform many other tasks that assist in restoring and maintaining good health. Eventually, when these enzymes wear out, other enzymes break them down andrepparttar 114010 body usesrepparttar 114011 component amino acids for other purposes. They may also be excreted.

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