Isopeptide bond - Revision history

170725341 at 18:49, 4 December 2018

2018-12-04T18:49:07Z

← Older revision		Revision as of 18:49, 4 December 2018
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	Isopeptide bonds are [[Amide bond\|amide bonds]] formed between either a non-alpha [[Carboxyl group\|carboxyl group]] with an alpha [[Amino group\|amino group]] or a non alpha [[Amino group\|amino group]] with an alpha [[Carboxyl group\|carboxyl group]] in a [[Polypeptide\|polypeptide]]<ref>Isopeptide bond, available at: https://www.uniprot.org/keywords/KW-1017, accessed (04-12-18)</ref>. There are few [[Enzyme\|enzymes]] that are able to [[Hydrolysis\|hydrolyse]] Isopeptide bonds and therefore they are involved in the formation if [[Dimer\|dimers]], [[Multimer\|multimers]] and [[Complexes\|complexes]] such as [[Blood clotting\|blood clots]]. Isopeptide bonds are the strongest bond in the [[Quaternary Structure\|quaternary structure]] of that can form within the cell as [[Disulphide bond\|disulphide bonds]] can only form in the [[Redox reaction\|non-reducing]] enviroment outside the cell.		Isopeptide bonds are [[Amide bond\|amide bonds]] formed between either a non-alpha [[Carboxyl group\|carboxyl group]] with an alpha [[Amino group\|amino group]] or a non alpha [[Amino group\|amino group]] with an alpha [[Carboxyl group\|carboxyl group]] in a [[Polypeptide\|polypeptide]]<ref>Isopeptide bond, available at: https://www.uniprot.org/keywords/KW-1017, accessed (04-12-18)</ref>. There are few [[Enzyme\|enzymes]] that are able to [[Hydrolysis\|hydrolyse]] Isopeptide bonds and therefore they are involved in the formation if [[Dimer\|dimers]], [[Multimer\|multimers]] and [[Complexes\|complexes]] such as [[Blood clotting\|blood clots]]. Isopeptide bonds are the strongest bond in the [[Quaternary Structure\|quaternary structure]] of [[proteins\|proteins]] that can form within the cell as [[Disulphide bond\|disulphide bonds]] can only form in the [[Redox reaction\|non-reducing]] enviroment outside the cell.

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Nnjm2 at 18:46, 4 December 2018

2018-12-04T18:46:02Z

← Older revision		Revision as of 18:46, 4 December 2018
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	Isopeptide bonds are [[~~amide~~ bond\|amide bonds]] formed between either a non-alpha [[~~Carboxyl_group~~\|carboxyl group]] with an alpha [[~~Amino_group~~\|amino group]] or a non alpha [[~~Amino_group~~\|amino group]] with an alpha [[~~Carboxyl_group~~\|carboxyl group]] in a [[Polypeptide\|polypeptide<ref>Isopeptide bond, available at: https://www.uniprot.org/keywords/KW-1017, accessed (04-12-18)</ref>]]. There are few [[Enzyme\|enzymes]] that are able to [[Hydrolysis\|hydrolyse]] Isopeptide bonds and therefore they are involved in the formation if [[Dimer\|dimers]], [[~~multimer~~\|multimers]] and [[~~complexes~~\|complexes]] such as [[~~Blood_clotting~~\|blood clots]]. Isopeptide bonds are the strongest bond in the [[~~Quaternary_Structure~~\|quaternary structure]] of that can form within the cell as [[~~Disulphide_bond~~\|disulphide bonds]] can only form in the [[~~Redox_reaction~~\|non-reducing]] enviroment outside the cell.		Isopeptide bonds are [[Amide bond\|amide bonds]] formed between either a non-alpha [[Carboxyl group\|carboxyl group]] with an alpha [[Amino group\|amino group]] or a non alpha [[Amino group\|amino group]] with an alpha [[Carboxyl group\|carboxyl group]] in a [[Polypeptide\|polypeptide]]<ref>Isopeptide bond, available at: https://www.uniprot.org/keywords/KW-1017, accessed (04-12-18)</ref>. There are few [[Enzyme\|enzymes]] that are able to [[Hydrolysis\|hydrolyse]] Isopeptide bonds and therefore they are involved in the formation if [[Dimer\|dimers]], [[Multimer\|multimers]] and [[Complexes\|complexes]] such as [[Blood clotting\|blood clots]]. Isopeptide bonds are the strongest bond in the [[Quaternary Structure\|quaternary structure]] of that can form within the cell as [[Disulphide bond\|disulphide bonds]] can only form in the [[Redox reaction\|non-reducing]] enviroment outside the cell.

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170725341: Created page with "Isopeptide bonds are amide bonds formed between either a non-alpha carboxyl group with an alpha amino group or a non alpha [[Ami..."

2018-12-04T18:11:42Z

Created page with "Isopeptide bonds are amide bonds formed between either a non-alpha carboxyl group with an alpha amino group or a non alpha [[Ami..."

New page

Isopeptide bonds are [[amide bond|amide bonds]] formed between either a non-alpha [[Carboxyl_group|carboxyl group]] with an alpha [[Amino_group|amino group]] or a non alpha [[Amino_group|amino group]] with an alpha [[Carboxyl_group|carboxyl group]] in a [[Polypeptide|polypeptide<ref>Isopeptide bond, available at: https://www.uniprot.org/keywords/KW-1017, accessed (04-12-18)</ref>]]. There are few [[Enzyme|enzymes]] that are able to [[Hydrolysis|hydrolyse]] Isopeptide bonds and therefore they are involved in the formation if [[Dimer|dimers]], [[multimer|multimers]] and [[complexes|complexes]] such as [[Blood_clotting|blood clots]]. Isopeptide bonds are the strongest bond in the [[Quaternary_Structure|quaternary structure]] of that can form within the cell as [[Disulphide_bond|disulphide bonds]] can only form in the [[Redox_reaction|non-reducing]] enviroment outside the cell.

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