Please complete the table 3.2 CofactorsCofactorOriginStructureCatalytic roleNicotinamidenucleotidesFlavin nucleotidesAdenosine phosphatesCoenzyme ABiotinCoenzyme B12Summaries the characteristics of co-factors using this table. Use both the textbook andother online sources such as Wikipedia to find the information.Under origin, report the precursor molecule e.g. "niacin" and also try to find the VitaminX name for each compound, e.g. "Vitamin B3".Under structure, identify the unique structural properties that allow each cofactor toperform the function it doesUnder catalytic role, indicate for which reactions are each of the cofactors important

Coenzymes and cofactors are molecules that help an enzyme or protein to function appropriately.…

Answered: 3.2 Cofactors Cofactor Origin Structure…

3.2 Cofactors Cofactor Origin Structure Catalytic role Nicotinamide nucleotides Flavin nucleotides Adenosine phosphates Coenzyme A

Biochemistry

6th Edition

ISBN:9781305577206

Author:Reginald H. Garrett, Charles M. Grisham

Publisher:Reginald H. Garrett, Charles M. Grisham

Chapter26: Synthesis And Degradation Of Nucleotides

Section: Chapter Questions

Problem 16P

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Evolutionary lineages

An evolutionary lineage is a series of populations of organisms that descend from a common ancestor. Each species in the lineage is the direct consequence of evolutionary change from a common ancestor. A phylogenetic tree is generally used to display lineages visually. Lineages are components of the phylogenetic tree of life. Molecular systematics procedures are widely used to predict lineages.

Question

Please complete the table

3.2 Cofactors
Cofactor
Origin
Structure
Catalytic role
Nicotinamide
nucleotides
Flavin nucleotides
Adenosine phosphates
Coenzyme A
Biotin
Coenzyme B12
Summaries the characteristics of co-factors using this table. Use both the textbook and
other online sources such as Wikipedia to find the information.
Under origin, report the precursor molecule e.g. "niacin" and also try to find the Vitamin
X name for each compound, e.g. "Vitamin B3".
Under structure, identify the unique structural properties that allow each cofactor to
perform the function it does
Under catalytic role, indicate for which reactions are each of the cofactors important

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