Importance of Glycine

A blog about the molecular properties and real-life uses of the amino acid, Glycine

Monday, September 17, 2012

Test

Test


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Lewis Dot

Lewis Dot
Lewis Dot Structure of Glycine

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Important information about Glycine

Glycine is a polar molecule, it has 5 instances of different atoms bonding to each other, these are
H->O which is a moderately covalent bond,
H->C which is a highly covalent bond,
H->N which is a moderately covalent bond,
C->O which is a moderately covalent bond, and
N->H which is a moderately covalent bond
In terms of intermolecular forces, Glycine contains dispersion forces as do all molecules. It also contains hydrogen bonds due to the hydrogen in Glycine bonding to N and O which have high electro-negativity values and because of the unshared pairs on the two Os which creates a force between them when the molecule is bonded with itself. Glycine also contains dipole-dipole because it has a negative and positive end which when bonded to itself, would come together.

3D Glycine Shape

3D Glycine Shape
Click the above model to view an interactive version of the model.

3D model

3D model
Another 3D view of Glycine

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