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Organometallic Chemistry Report (Assessment)

The flow of electrons takes place in redox reactions. They move electrons from a donor to an acceptor. This movement consists of the protons through a cell membrane. It works by creation of a concentration gradient. The difference in concentration helps in this transfer. Electrons move from a higher concentration of carbon irons to a lower concentration. This takes place through an electron chain. The carbon irons are transferred from the carbon donor to a recipient. Oxygen is used as an acceptor. Electrons can go into the chain through two levels. Either cytochrome or quinine levels are used. Ferrous is another donor. We see that they get into the chain through the former level. This is because iron is not an organ donor. Iron ions contain protons which are used in the transfer.

The transfer normally involves a series of reactions. These reactions are a combination of oxidation and reduction reactions. Sulfur also gives out electrons. These are in turn used in the transport chain. It should always be more negative than that which is accepting the electrons. It also works by creating a proton gradient. When there is difference in concentration between to membranes there is a possibility of movement of elements. These elements are electrons. Since the transfer takes place in a reaction there is always emission of energy.

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The transfer occurs against a concentration gradient. Therefore there is the use of force. This brings about production of energy. The form of energy produced is in most cases in form of heat. The energy is helps in driving ATP. Iron will conserve the least amount of energy as compared to other donors. This is because more force used during the transfer (Astruc 389). Biomining is usually performed by micro-organisms. It involves degrading of the elements of minerals which are poisonous. This takes place in a mining process under some conditions. The pH should be neutral that is a Ph of 7. The acceptor should be present in order to take the electrons. Another condition is the concentration of one molar.

Pathogen evolves by obtaining new genes. This can happen through the contact between different bacteria. They develop resistance by combining their genes with the acquired ones. Metallosphaera sedula obtain genes from their environment. This takes place when they take up the DNA molecules. An example of these molecules is plasmid. The transformation of bacteria enables the cloning in genetics. The most likely mechanism is transduction. Another one is conjugation and lastly transformation. Bacterial transduction is a process by which a DNA is introduced though a virus. A virus gets access into the cell. Then it multiplies inside while transferring genes. Pathogens are very mobile. This made them spread faster and also the speed at which they reproduce was faster (Jackson 157).

Single nucleotide polymorphism, SNP analysis is a distinction at one part in DNA. It is the main distinction in genome. It is normally performed to find us disease vulnerability genes. It does this for every individual to determine genes. A clade is a group of components. It comprises an organism and all its components. It also has taxons. It is like a tree and its branches. That particular group is given a scientific name. The clade is normally nested in levels. These levels define the levels of classification. Node is where two branches meet, showing the likelihood with a pathogenic tree.

Works cited

Astruc, Didier. Organometallic chemistry and catalysis. New Mexico: Springer, 2007.

Jackson, Robert. Plant pathogenic bacteria: genomics and molecular biology. Norwich: Horizon Scientific Press, 2009.