There is no single percent number. At any given moment, depending upon your diet (meats, legumes) and pathogenic interaction (viruses), you may have as little as 0.00003% or as much as 0.02%. That sounds like almost nothing, but is really alot if you consider DNA recombination.
only three percent of total DNA is used in the process of protein synthesis.
Approximately 97% of nuclear DNA does not code for proteins. Some of this percentage is regulatory in nature.
Type your answer here... <2%.
98%
1.5%
DNA
DNA is the molecule by which the genes are coding in the organism. DNA is transcribed into RNA which is then used as a template in the synthesis of proteins.
DNA is transcribed to Messenger RNA (mRNA), and protein coding mRNAs form proteins
Proteins are made by protein synthesis in the cytoplasm. DNA is responsible for coding the information that will make proteins. DNA transcribe mRNA, transport it from nucleus. Ribosome and tRNA in cytosol synthesis proteins as per the message coded in the mRNA.
Wherever the gene expression happens, proteins may be synthesized. This is tightly controlled by operon elements in our genome. If the proteins coding mRNA is synthesized, then it can trigger the synthesis of proteins in the cytoplasm.
DNA
DNA
DNA is the molecule by which the genes are coding in the organism. DNA is transcribed into RNA which is then used as a template in the synthesis of proteins.
DNA is transcribed to Messenger RNA (mRNA), and protein coding mRNAs form proteins
Proteins are made by protein synthesis in the cytoplasm. DNA is responsible for coding the information that will make proteins. DNA transcribe mRNA, transport it from nucleus. Ribosome and tRNA in cytosol synthesis proteins as per the message coded in the mRNA.
Wherever the gene expression happens, proteins may be synthesized. This is tightly controlled by operon elements in our genome. If the proteins coding mRNA is synthesized, then it can trigger the synthesis of proteins in the cytoplasm.
25%
The genetic coding is the set of rules by which the information in the genetic material is translated into proteins. It was translated in full by the Human Genome Project in the 1990s.
DNA which doesn't carry the information to make proteins. Originally thought to be "junk", but people are finding that it does have functions.
"Coding segments" is the term given to genes, segments of the DNA strand that code for a protein. Much of an organism's genome is non-coding segments, portions that do not have a role in protein synthesis.
The coding information that pertains to an entire section is located in the guidelines.
where is specific coding information about each section located