It is due to a number of reasons. Carbon being small in size and having tetravalency makes more no. of bonds than any other element.
The branch of organic chemistry is made only due to large no. of compounds having carbon-hydrogen bond.
All the biomolecules are organic compounds and any organic compound contains carbon.From an enzyme released your brain to any pancreatic juice, all contain carbon bonds.
For example, take proteins. They are made up of amino acids which are further made up from carbon and nitrogen.
If you look at glucose, sucrose, vitamins etc., all these are carbon containing molecules.
So, it is right to say that carbon is the centre of chemistry of living organisms.
Carbon is the fundamental building block of material in living organisms. Except for hydrogen, Carbon can form the most compounds.
Carbon can form many types of molecules with covalent bonds.
It is essential component of all biochemicals .
Because carbon can form 4 bonds,It can form single,double,triple bonds with carbon itself and other many elements,It can form huge structures,Its small size and volume
The majority of biochemical compounds are carbon compounds.
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Producers, consumers, and decomposers.
Carbon
carbon is the present in all organism.
homeostasiswaterfoodshelterreproduce
CO2 is waste product of all organisms having aerobic respiration, but only a few anaerobic organisms don't produce CO2 .
99.999999999% of all life on earth is carbon based.
recycle nutrients from dead organisms or their wastes
All organisms are involved in the carbon cycle.
recycle nutrients from dead organisms or their wastes
All organisms on Earth are carbon based.
Carbon plays a central role in the chemistry of living things. This is because organisms either take carbon in or release it.
Producers, consumers, and decomposers.
One role is to break down dead matter (animal & plant) to release the carbon stores within it.
Animal's role in the carbon cycle is the exchange of carbon dioxide and oxygen between plants. Plants need carbon dioxide for photosynthesis, and the byproduct is oxygen that all living things need to live. Then animals breath out carbon dioxide to be in taken by plants.
The thing about carbon is that it can form all kinds of carbon-carbon chains; this allows lots of interesting compounds, especially proteins, and a solution of proteins in water is fundamental to all life (as we know it).
All living organisms contain carbon.
Photosynthesis require carbon dioxide, although carbon is naturally needed by all organisms.