Silicon Life Form

Carbonsilicon bonds Is this a new model for alien life?

Silicon Life Form. Silicon compounds resist temperature better than their carbon counterparts so the life form would live in a hot environment or have a high body temperature. Web there are two principle possibilities:

Web silicon is essential to plant life but its use in animal cells is uncertain. The finding may change how medicines and other chemicals are made in the future. Phytoliths are tiny particles of silica that form within some plants. 07 march 2007 materials science silicon life forms david j. These potential theoretical organisms have been called lavolobes and magmobes. Since these particles do not rot they remain in fossils and provide us with useful evolutionary evidence. Web answer (1 of 23): Recent research from the laboratory of. Web 7 answers sorted by: However, the scope of possible silicon chemistry is far more limited than that of carbon.

Although silicon can form four chemical bonds, like carbon, we do not see the same dive. Indeed, carbon and silicon share many characteristics. Web silicon is essential to plant life but its use in animal cells is uncertain. Web there are two principle possibilities: Web news by charles q. Web researchers reported in san diego, california, this week at the semiannual meeting of the american chemical society that they have evolved a bacterial enzyme that efficiently incorporates silicon into simple hydrocarbons—a first for life. One theory to account for this is that the first prebiotic carbon compounds formed in a pool of primordial soup on a. Phytoliths are tiny particles of silica that form within some plants. Without carbon, there would be no dna, no proteins, no fats or lipids, sugars or even muscle. Silicon can also form covalent bonds with many metals [ ]. While absence of proof is not proof of absence, i suspect that silicon based life (life that primarily uses silicon as the backbone for its chemistry instead of carbon) is just not possible.