Cytochrome C Molecular Weight
Cytochrome or also known as cytochrome complex or cyt is a small heme protein that loosely associated found it with the inner membrane of the mitochondrion and it is observed that the cytochrome c family of proteins is the family of this cytochrome complex. The question that will be asked by people is about the cytochrome c molecular weight, but today we are not only going to discuss the weight but also all about this cytochrome itself because some of you may not know the things related to the chemistry. One electron is carried by an essential component of the electron transport chain with a solubility of about 100g/L which are contained in the cytochromes which are different from cytochrome c which is defined as a highly soluble protein.
Oxygen will not be bind by electron which has been mentioned before even though the capability of undergoing oxidation and reduction is undeniable. Moreover, the electrons will be transferred between Complexes III—Coenzyme Q – Cyt C reductase—and IV—Cyt C oxidase and the CYCS gene encode the cytochrome c in humans and it has the certain way in calculating the cytochrome c molecular weight. The electrons will be accepted from the b-c1 complex by the heme group of cytochrome and then the electrons will be transferred to the cytochrome oxidase complex because cytochrome c is one of the components of the electron transport chain found in mitochondria.
The experts are also finding out that they can involve the cytochrome c in initiation of apoptosis and the apoptotic protease activating factor-1 will be bind by the protein upon release of cytochrome c to the cytoplasm. Several reactions, like hydroxylation and aromatic oxidation can be catalyzed by the cytochrome c and the peroxidase activity by oxidation of various electron donors like 2,2-azino-bis(3-ethylbenzthiazoline-6-sulphonic acid), 2-keto-4-thiomethyl butyric acid and 4-aminoantipyrine will be shown by cytochrome c. Also, there is another certain way to calculate or know the cytochrome c molecular weight.
Protein highly conserves the cytochrome c across the spectrum of species that the experts can find in animals, plants, and many unicellular organisms and therefore, it is regarded as the useful thing to be used in the studies of cladistics made by along with its small size—molecular weight about 12,000 daltons. A chain of about a hundred amino acids is consisted of by the cytochrome c molecular weightand a chain of 104 amino acids are possessed by many higher order organisms. The experts have studied the cytochrome c molecule for the glimpse so this can be given to the evolutionary biology.
The experts suspect the cytochrome c to be the functional complex that they call LLLT or also known Low-level laser therapy and the cellular regeneration will be able to be increased by the tissue which is penetrated by the red light and some near infra-red wavelengths in LLLT. The activity of cytochrome c will also be able to be increased by the light of this wavelength appearance capability even though more energy and metabolic activity need to be freed up and increased for the cells so the tissue can be repaired. Moreover, the cytochrome c shows its interaction with COX4I2.
It is the end of the information related to chemistry which is about cytochrome c molecular weight. More about the cytochrome c is about its role in apoptosis and also the extramitochondrial localization. For more other details, you can try to get the information in other sources.
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