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The monomers of the carbonhydrates are monosaccharides that are sugars that it cannot hydrolized to yeald simple sugar that they are used to get energy in the body.

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Instead the monomers of the lipds are glycerol or also it can be called fatty acids that they are compound made by diffirent types of lenght that are composed by this monomer and they are used to keep the energy in the body.

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A diference of the others the proteins monomers are amino acids that are bonds linked together making a chain.

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The first man that observed the lipids was Micheal Chevreul that was a scientifs that accidently he discovered the lipids when he was making a experiment and that produced to began to observe and classify this molecules.

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The monomers of the nucleir acids are nucleotides that are made by sugars, phophate and a base and they are used to kep the DNA of a iving thing stable.

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A diference  of the previosly; the bioelement of  this molecules are carbon,hydrogen and oxygen and the classify of this bioelements in this  molecule dont change.

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Who first observed or classify this molecule?

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Who first observed or classify this molecule?

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The first man the observe the carbonhydrates was Justus von Liebig because he observe more about the molecules of sugar that he discover the carbonhydrates and the man that clasify this carbonhydrates was  Emil Fishcher becuse he began to divide some kind of carbonhydrates used diferent types of terms.

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The first man that observe and classify the proteins was Dutch chemist Gerardus Johannes Mulde and his partner  Swedish chemist Jöns Jacob Berzelius and their decide that every molecule that has a large empirical formule it will be a  protein.

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The first man that discover the nucleir acids was Friedrich Miescher and he found does compounds went he was investigating the blooth of a living thing and then he began to classifying this biomolecules

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The bioelements present in this molecules are C6; H12 and 06 but; this number of bioelements can be change depending of the type of carbonhydrates for example:
-The Disaccharides they have: C12, H22 and O11

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The bioelement that contain in this molecules are carbon, hydrogen, oxygen, and nitrogen; but also they can have phosphorus and sulfur but it will depend in what kind of protein they are.

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This molecule contains carbon, nitrogen, oxygen, hydrogen and phosphorus; and the only difference between the other Biomolecules is that they have five molecules.

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The principal types of this biomolecule are monosaccharides that are simple sugars; then disaccharides that are two monosaccharides that they are combine with hydrogen and polysaccharides that they are glycosidic bonds.

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A diference of the previosly the principal types of this biomolecule are fats that are molecules that have oxygen bonds on his atoms; then the waxes are molecules that prevent water from sticking on the surface and the phospholipids are they contain fatt acids and they can be in the animal cells.

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The bioelement of this molecules are fribrous proteins that are  form muscle fiber, tendons, connective tissue and bone; then they are the globular proteins that are more water soluble than the other classes of proteins, and they have the membrane proteins that they can  relaying signals within cells, allowing cells to interact, and transporting molecules.

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The biomolecule of this molecules are they can divide into 2 tipes of nucleic acids and they can be the deoxyribonucleic acid that also it can be caled DNA that contain the genetic information, and finally we have ribonucleic acids also know like RNA that convert the genetic information into gens

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They can be in the human blood or they can be muscules

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A diference of the previosly they can be found in they in the cells, in the skin or in the muscules

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But the proteins they can be found in the hair, in the muscules, skin, in the cells and also in organs such like stomach, heart, appendix, kidney, etc.

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They can be found in all their bodies because it is composed by the DNA that its actially the thing that is created all the human body and the life of the planet.

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Main diseases caused by the excess or absence of this molecule discoveries related to this molecule

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Main diseases caused by the excess or absence of this molecule discoveries related to this molecule

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Exist some examples of diseases caused for excess or absence of this molecule one of those are the ketosis is a diseases cause by the absence of carbohydrates and it can produce desend of the energy or they can have obesity that is caused by the excess of carbonhydrates.

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The main principal diseases caused by the excess of the absence of lipids is the diabites that is cause by the excess of lipids or they can have the hypothyroidims that is cause by absence of lipids

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The main diseases caused for excess or absence of proteins it can be the deficienty of enzyme that it cause by the absence of proteins or it can be the Hurler syndrome that it cause by the absence of proteins when the woman is pregnant.

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The main diseases caused by the excess of absence of nucleir acids it can be prostate cancer, fragile X or renitis but the diference of this is because it will be depend by the genetic that the relative have; thats means that if a man have a bad gen in his DNA it probable that they can have a nucleir acids diseases if they pregnant a woman.

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Carbonhydrates (2020) Carbonhydrates Url:  https://science.jrank.org/pages/1197/Carbohydrate.html
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Science Daily (August 25, 2010) Map of a lipid locations in a single cell URL:  https://www.sciencedaily.com/releases/2010/08/100825142359.htm
Wikipedia (2020) Protein ( nutrient) Url: https://en.wikipedia.org/wiki/Protein_(nutrient)
Medscape (  Dec 11, 2017)

Disorders of Carbohydrate Metabolism Url: https://emedicine.medscape.com/article/1183033-overview

Virginia Heart (2020) Lipids Disorders Url: https://www.virginiaheart.com/areas-of-expertise-landing/area-1/lipid-disorders
Web MD (2020)

Inherited Metabolic Disorders Url: https://www.webmd.com/a-to-z-guides/inherited-metabolic-disorder-types-and-treatments#1

PMC (2020) RNA and Disease Url: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2866189/