People are no Longer Part of the Animal Kingdom in the Taxonomy

People are no Longer Part of the Animal Kingdom in the Taxonomy

Because the Complex Functions of the Nervous System

Taxonomy has put the human species as part of Animal Taxonomy is present in mammals Class. This taxon maybe true in the basic anatomy but not in the individu that called with the human.

Human in the deffinition of organisme was the one from organisme in the word out of animal in the defferen organisme.  So in this study of organisme had a inconsistance to said a human. In the side the human was part of animal but in the other side was a organisme was defferen from animals.

This taxon may be considered true in basic anatomy but not to the individual of living beings called humans. This project may not be important, but it will be important when we have a new agreement, that human beings are part of different organisms with animals, and are entitled to have their own kingdom beyond the animal kingdom.

Why do we have to make a new agreement last? Because humans and animals only have similarities in terms of anatomy, but both have different functions in life. Animals do not have the ability to plan, organize, actualize, and control their own lives or other organisms as the goal of his life. But humans can make the planning, organizing, actualize, and controlling himself and other organisms as the goal of his life.

What makes humans and animals differ from their anatomical similarities? Its anatomy of humans and animals though similar, it has a different function. One is the difference in the function of the nervous system.

Because the the function of nerve cells in the human nervous system is more complex than other organisms, such as primates or other animals. We should learn more about the differences of the function of nerve cells of humans and animals, so that we can create a new taxon in the taxonomic system is the human kingdom.

Neural cells

 Humans have the ability to think analytically with his brain. Science that we learned today explains that the human brain volume is greater than the animals. But we only use the science that can be observed by eye for example the size of a human head, and ignore the science of the function of neural system in the human brain is more important as a determinant of the taxon in the taxonomy. 

Is similar organs between humans and animals have the same function? Taxonomy put a man in the class of mammals along animals alike have mammary glands. And puts humans as part of the animal kingdom because it has the function of locomotor as animals. But if the science of taxonomy is talk about brain function of all organisms, humans probably would have a taxon new kingdom and outside of the animal kingdom taxon.

Because the human brain does not just have a difference in an animal's brain, but it also has a larger main function. Neural cells are part of the nervous system in all organisms brained. This is the part of the brain that is not visible to the eye directly.

In addition to the human nervous system also has other metabolic systems such as the digestive system, excretory system, and others. If we use neural system as a tool motion, the direction of the face,, mammary gland, and the volume of the head used in the science of taxonomy, it is possible that people will be in a separate multiselluler organism as a human kingdom besides the animals, and plants.Sistem neuron was part of the sistem in the human activity like a sistem digestoria, or sistem ekskresi. The gladula mamae which it make a human was a Homo sapiens had a part of one sistem in the organisme mamalia. So if we bring the brain or the neuron for make a new kingdom for Homo sapiens was true.

Human

With the new perception that humans have multifungtion main function of the nervous system in the brain of the head, so it has not Homo sapiens is a species of the kingdom Animalia. But humans are part of the organism in the world that has the taxon in the Human Kingdom. With this new agreement then in the taxonomy will be 6 kingdom is monera, protists, fungi, planarians, animalia, and humans.