Biosynthesis: Difference between revisions

From Citizendium
Jump to navigation Jump to search
imported>David Tribe
(Biosynthesis and Bioinformatics are completly distict topic. This text was a blunder of some kind and in completely in error)
imported>David Tribe
No edit summary
Line 1: Line 1:
'''Biosynthesis''' is a phenomenon where [[chemical compound]]s are produced from simpler [[reagent]]s. Biosynthesis, unlike [[chemical synthesis]], takes place within living [[organism]]s and is generally [[catalyst|catalysed]] by [[enzyme]]s. The process is a vital part of [[metabolism]].
'''Biosynthesis''' is an essential stage in [[metabolism]] where building blocks used in the synthesis of cell macromolecules and membranes are produced from simpler precursors. It is preceded by a fueling (catabolism stage and followed by polymerisation and assembly of building blocks into cell components.
 
Biosynthesis, takes place within living [[cells]]s and is generally [[catalyst|catalysed]] by [[enzyme]]s. The reactions  are generally organised in sequential steps called [[biosynthetic pathway]]s, which branch from a metabolic network known as [[central metabolism]].


The prerequisites for biosynthesis are:
The prerequisites for biosynthesis are:
*Precursor substances
* Thirteen precursor carbon-skeletons
*Energy (usually in the form of [[adenosine triphosphate|ATP]])
* Energy (usually in the form of [[adenosine triphosphate|ATP]])
 
* [[Enzyme]] catalysts
Often required components include:
* Reduction equivalents (in the form of [[NADH]], [[NADPH]] and others)
*Catalysts, usually [[enzyme]]s
* Nitrogen in the form of ammonium ion.
*Reduction equivalents (in the form of [[NADH]], [[NADPH]] and others)
* Reduced forms of sufur in some amino acids


Important and commonly known products of biosynthesis include [[amino acid]]s, [[nucleotide]]s, [[protein biosynthesis|proteins]], [[vitamin]]s, and [[antibiotics]], but all components of living beings are a result of this process. In the near future it may be possible, with the help of [[biotechnology]], to harness this process for the production of [[biodegradable]] [[plastic]]s.
Important and widely known products of biosynthesis include [[amino acid]]s, [[nucleotide]]s, and , [[vitamin]]s but all components of living beings depend on this process. Biosynthesis is harvested by the biotechnology industry to manufacture flavoring compounds such as mono sodium glutamate and lysine, vitamins, and therapeutic proteins such as [[insulin]] and [[growth hormone]]s.


[[Category:Biology Workgroup]]
[[Category:Biology Workgroup]]
[[Category:CZ Live]]
[[Category:CZ Live]]

Revision as of 15:26, 7 May 2007

Biosynthesis is an essential stage in metabolism where building blocks used in the synthesis of cell macromolecules and membranes are produced from simpler precursors. It is preceded by a fueling (catabolism stage and followed by polymerisation and assembly of building blocks into cell components.

Biosynthesis, takes place within living cellss and is generally catalysed by enzymes. The reactions are generally organised in sequential steps called biosynthetic pathways, which branch from a metabolic network known as central metabolism.

The prerequisites for biosynthesis are:

  • Thirteen precursor carbon-skeletons
  • Energy (usually in the form of ATP)
  • Enzyme catalysts
  • Reduction equivalents (in the form of NADH, NADPH and others)
  • Nitrogen in the form of ammonium ion.
  • Reduced forms of sufur in some amino acids

Important and widely known products of biosynthesis include amino acids, nucleotides, and , vitamins but all components of living beings depend on this process. Biosynthesis is harvested by the biotechnology industry to manufacture flavoring compounds such as mono sodium glutamate and lysine, vitamins, and therapeutic proteins such as insulin and growth hormones.