MDNA in Biotechnology Meaning
The MDNA meaning in Biotechnology terms is "Mitochondrial Dna". There are 1 related meanings of the MDNA Biotechnology abbreviation.
MDNA on Biotechnology Full Forms
- Mitochondrial Dna The DNA of the mitochondria. Abbreviated mtDNA. There are 2 to 10 copies of the mtDNA genome in each mitochondrion. The mtDNA molecule is double-stranded and circular. It is very small compared to the chromosomes in the nucleus, and so it contains only a limited number of genes. It is specialized in the information it carries, and it encodes a number of the subunits in the mitochondrial respiratory-chain complex that the cell needs in order to respire. It also contains genes for some ribosomal RNAs and transfer RNAs. Mutations in mtDNA can cause disease. These mutations often impair the function of oxidative-phosphorylation enzymes in the respiratory chain. This is especially manifest in tissues with a high energy expenditure, such as those of the brain and muscle. All mtDNA comes from the oocyte at fertilization. Therefore, inherited mtDNA mutations are transmitted from the mother to both male and female offspring.
Frequently Asked Questions (FAQ)
What does MDNA stand for Biotechnology?
MDNA stands for Mitochondrial Dna in Biotechnology terms.
What is the shortened form of Mitochondrial Dna in Biotechnology?
The short form of "Mitochondrial Dna" is MDNA for Biotechnology.
Citation
MDNA in Biotechnology. Acronym24.com. (2020, May 23). Retrieved December 22, 2024 from https://acronym24.com/mdna-meaning-in-biotechnology/
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