Proteins are constructed in cells according to the instructions coded into DNA. Proteins are also much easier to see than the coding of DNA molecules, so there was a time where differences between proteins were detectable and differences in DNA were not detectable. As such, the logical hypothesis is that proteins are inherited and duplicated without any other source of instructions. In fact, it is DNA that is hereditary, and the variations in proteins that were observed to be hereditary previously are now understood to be artefacts from the use of the same DNA instructions.
The nitrogenous material in an animal substance that is necessary for body building is called protein. Protein is essential for growth, repair, and maintenance of body tissues and organs. It is made up of amino acids, which are the building blocks of protein.
The cell's genetic material is stored in the nucleus in the form of DNA. Other types of materials in the cell are stored in various organelles like mitochondria (energy storage), endoplasmic reticulum (protein synthesis), and vacuoles (nutrient storage).
Milo runs at around 8.9% protein.
Frogs get protein by consuming insects, small fish, and other small animals. Their diet consists mainly of animal matter, providing them with the necessary protein for growth and survival.
Fiber
Virus :)
virus
A Virus
DNA (Deoxyribonucleic acid)
James Watson and Francis Crick
The capsid. Made of protein, and sometimes various types of proteins.
They found that all of the viral DNA and little of the protein had entered E. coli cells. Then they concluded that DNA is the hereditary molecule in viruses.
The gel like substance found inside the cell is
A Virus They have a protein coat to encase them
that DNA rather than the protein coat of a virus contains the hereditary material.
They found that all of the viral DNA and little of the protein had entered E. coli cells. Then they concluded that DNA is the hereditary molecule in viruses.
This description refers to a virus, which contains genetic material (either DNA or RNA) enclosed in a protein coat. The protein coat helps protect the genetic material and aids in the virus's ability to infect host cells.