Well, if we were to go down right to the root molecules, it would be DNA. DNA codes for an mRNA strand during transcription before coding for individual amino acids during translation. Those amino acids then combine during translation through the formation of peptide bonds, before being released. Those polypeptide chains are then able to form the secondary, tertiary and even quaternary bonds that give it its conformational shape, thereby forming a functional protein.
To a first approximation each gene contains the instructions to build one protein molecule. However there are a few exceptions to this:a few genes do not code for proteins at all, their "messenger RNA" molecules are used directly without translation for regulating other genesin a small number of organisms with very small genomes (e.g. certain viruses) a gene may have more than one transcription frame allowing it to have instructions for building two or three protein molecules
The DNA molecule contains the genes for the construction of protein molecules.Genes contain instructions for building proteins.
Different genes contain the information to construct different proteins which lead to the formation of different cell type and thus the organism.
Water, sugar, and lipids are examples of non-proteins. These molecules do not contain the characteristic amino acid building blocks that make up proteins.
No, a gene is not a protein. Genes are segments of DNA that contain instructions for making proteins, which are molecules that perform various functions in the body. Proteins are produced based on the information encoded in genes.
Genes contain instructions for building proteins.
The DNA molecule contains the genes for the construction of protein molecules.Genes contain instructions for building proteins.
Genes within the DNA molecule contain the specific instructions for building proteins. These genes are made up of sequences of nucleotides that encode the information needed to produce specific proteins by directing the synthesis of messenger RNA through a process called transcription.
DNA (and sometimes RNA).
RNA or ribonucleaic acid. It directs the cells production of proteins for function and building.
RNA or ribonucleaic acid. It directs the cells production of proteins for function and building.
what kind of molecules contain the insructions for ordering amino acid in protein
To a first approximation each gene contains the instructions to build one protein molecule. However there are a few exceptions to this:a few genes do not code for proteins at all, their "messenger RNA" molecules are used directly without translation for regulating other genesin a small number of organisms with very small genomes (e.g. certain viruses) a gene may have more than one transcription frame allowing it to have instructions for building two or three protein molecules
Genes contain the instructions for building proteins in the form of DNA sequences. These sequences are transcribed into messenger RNA, which is then translated into the specific sequence of amino acids that make up a protein. This process is essential for the functioning of cells and the entire organism.
The DNA molecule contains the genes for the construction of protein molecules.Genes contain instructions for building proteins.
Different genes contain the information to construct different proteins which lead to the formation of different cell type and thus the organism.
Water, sugar, and lipids are examples of non-proteins. These molecules do not contain the characteristic amino acid building blocks that make up proteins.