Archive | Molecular Biology

Bio-Molecular Design Engineering Tools

Introduction: DNA and RNA are very key biomolecules of all bio-cells. For developing bio-cell to high-biotech, bio-molecular design engineering is an important concern. Up-gradation of bio-cells often involves bio-molecular redesigning. The redesigning DNA biomolecules for products consists of four major steps. The redesigning of biomolecules may be considered as a non-classical engineering. The tools required in redesigning are called restriction [...]

By |2015-08-27T07:19:58+00:00March 24, 2015|Molecular Biology|Comments Off on Bio-Molecular Design Engineering Tools

Mono saccharides: Pyranoses and Furanoses (With Diagram)

Read this article to learn about Mono Saccharides: Pyranoses and Furanoses ! The most commonly occurring mono-saccharides are either aldoses or ketoses and contain three to six car­bon atoms forming an un-branched chain. Those sugars containing three carbons are trioses, those with four carbons tetroses, those with five carbons pentoses, and those with six carbons hexoses (Figs. 5-1 and 5-2). [...]

By |2015-08-27T16:34:27+00:00September 22, 2014|Molecular Biology|Comments Off on Mono saccharides: Pyranoses and Furanoses (With Diagram)

Useful Notes on Disaccharides (With Diagram)

Disaccharides consist of two ringed mono-saccha­rides. The bonds that unite neighboring mono-sac­charides are called glycosidic bonds and are formed by the condensation of a hydroxyl group of carbon atom number 1 of one monosaccharide with the hy­droxyl group of either the number 2, 4, or 6 carbon atom of another. The formation of the common disac­charide maltose from two molecules [...]

By |2015-08-27T16:34:49+00:00September 22, 2014|Molecular Biology|Comments Off on Useful Notes on Disaccharides (With Diagram)
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