Answer:
Protein
Explanation:
Considering the wide diversity of life forms, the majority of the Scientific Community will consider protein molecule to be the more likely candidate for genetic material, despite Griffith's findings regarding the "transforming factor".
By considering the wide diversity of life forms, it was reasonable to consider PROTEINS as a good candidate for transmitting hereditary information.
During the early 1900s, proteins were regarded as good candidates to transmit hereditary information across generations.
Proteins are fundamental biomolecules that are used as enzymes and structural components in all cells.
These molecules (proteins) are composed of many subunits called amino acids linked by peptide bonds.
Frederick Griffith observed that bacteria could transform from one strain into a different strain by an unidentified transforming factor.
Subsequently, Avery, MacLeod, and McCarty proved that the transforming factor is DNA rather than protein.
Deoxyribonucleic acid (DNA) is the genetic material, which contains instructions required for living cells to develop, survive and reproduce.
In conclusion, by considering the wide diversity of life forms, it was reasonable to consider PROTEINS as a good candidate for transmitting hereditary information.
Learn more in:
https://brainly.com/question/10877657
