Different salivary glands;
Look carefully at the chart below and draw your own conclusions.
|Food||Beef||Fruits and nuts||Grass, herbs and plants||Should live on cereals, vegetables, fruits and nuts|
|Claws||They have claws||They have no claws||They have no claws||They have no claws|
|Pores||Have no pores, Sweat through the tongue||Sweat through thousands of pores||Sweat through thousands of pores||Sweat through thousands of pores|
|Jaw||Jaw lengthened forward||Short jaw||Slightly elongated jaw||Short jaw|
Frontal canine teeth
|Frontal canine teeth elongated, strong and pointed to tear the meat||Absence of pointed frontal canine teeth||Absence of pointed frontal canine teeth||Absence of pointed frontal canine teeth|
Posterior molar teeth
|Absence of posterior molar teeth for crushing food||Flattened posterior molar teeth, to crush||Flattened posterior molar teeth, to crush||Flattened posterior molar teeth, to crush|
|Salivary glands||Small salivary glands in the mouth (well-developed glands are necessary in the pre-digestion of cereals and fruits)||Well-developed salivary glands, pre-digestion of cereals and fruits will be necessary||Well-developed salivary glands, pre-digestion of cereals and fruits will be necessary||Well-developed salivary glands, pre-digestion of cereals and fruits will be necessary|
|Spittle||Acid saliva||Alkaline saliva||Alkaline saliva||Alkaline saliva|
|ptyalin||Absence of ptialin, an enzyme responsible for pre-digestion of cereals||Ptialin profusion to pre-digest cereal||Ptialin profusion to pre-digest cereal||Profusion of ptialin, for pre-digesting cereals|
|Stomach||Simple rounded stomach||Stomach with a duodenum as a second stomach||Stomach in three or four compartments||Stomach with a duodenum as a second stomach|
|Stomach acid||Strong concentration of hydrochloric acid in the stomach to digest meat||Stomach acid 20 times less concentrated than in carnivores||Stomach acid 20 times less concentrated than in carnivores||Stomach acid 20 times less concentrated than in carnivores|
|Intestinal tract||Intestinal tract 3 times the size of the body, so that decomposing meat can be eliminated quickly||Intestinal tract 10 to 12 times the length of the body||Intestinal tract 10 to 12 times the length of the body||Intestinal tract 10 to 12 times the length of the body|
|Colon||Smooth colon||Convoluted colon||Convoluted colon||Convoluted colon|
|Urine||Acidic urine||Alkaline urine||Alkaline urine||Alkaline urine|
Carnivores have claws to tear the meat, but man is not in claws to tear the meat, needing to build artificial mechanisms for chewing the meat.
Carnivores have an elongated jaw forward to tear the meat and kill the animals. The man has a short jaw, which is totally inappropriate for killing animals, or eating raw meat.
Carnivores have sharp, pointed front teeth for tearing meat. Man does not have such pointed canine teeth.
Carnivores do not have posterior molar teeth for grinding vegetables and fruits. The man has posterior molar teeth to grind fruits and vegetables.
Carnivores have small salivary glands in their mouth, which makes it difficult to digest carbohydrates found in cereals and fruits. Man has well-developed salivary glands for digesting fruits and cereals.
Carnivore saliva is acidic to prepare meat. Man's saliva is slightly alkaline, to prepare mainly carbohydrates for digestion.
Carnivores do not have ptialin, which is the enzyme responsible for pre-digesting cereals, man has a large amount of ptialin for digesting cereals.
The stomach of carnivores is simple and rounded, as the man has a stomach with a duodenum, as a second stomach, to better digest food in which nutrients are wrapped in cellulose walls.
Carnivores have a large concentration of hydrochloric acid in the stomach to digest meat. The stomach acid in man is 20 times less concentrated than in carnivores.
The intestine of the carnivore is 3 times the size of the body. In men, the intestine is 10 to 12 times the size of the body, which makes the meat cancer of the colon.
The carnivore has a smooth colon, for quick release of meat by-products, while man has a convoluted colon to preserve more food in its absorptive phase due to the slow digestion of vegetables.
Carnivores' urine is acidic, for the release of protein products, while in humans, urine is alkaline, for the release of plant products.
So we have that man is a being adapted to fruits, vegetables and cereals. The act of eating meat is not appropriate for the human biological system, but the human body is able to use meat as an emergency factor. The man generated that the emergency became the natural, and with that the factor of colon cancer is favored to those who are fed with meat.
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comparative anatomy, vegetarianism, food, living beings, anatomical differences