Sandbox Reserved 815: Difference between revisions

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It occurs  hydrogen bonding between the dimers at <scene name='User:Erin_May/Sandbox_1/Interface_hydrogen_bonding/1'> Thr188 O−Gly195 N</scene>, Thr190 O−Lys194 N and Thr192 O−Thr192 N
It occurs  hydrogen bonding between the dimers at <scene name='User:Erin_May/Sandbox_1/Interface_hydrogen_bonding/1'> Thr188 O−Gly195 N</scene>, Thr190 O−Lys194 N and Thr192 O−Thr192 N
On each monomer, a Hydrogen bond between <scene name='User:Erin_May/Sandbox_1/Hydrogen_bond_asp_202/1'>Asp 202 and Thr 199</scene>  stabilize the dimeric structure.
On each monomer, a Hydrogen bond between <scene name='User:Erin_May/Sandbox_1/Hydrogen_bond_asp_202/1'>Asp 202 and Thr 199</scene>  stabilize the dimeric structure.
Arg 220 and Ser 132 form a Hydrogen bond located at the end of helix 3 which permit the inter-chain interactions to be specific.
<scene name='User:Erin_May/Sandbox_1/Hydrogen_bonding/1'>Arg 220 and Ser 132</scene> form a Hydrogen bond located at the end of helix 3 which permit the inter-chain interactions to be specific.


The entire 3haf domain can interact with [http://en.wikipedia.org/wiki/GRB2 Growth factor receptor-bound protein 2] (GRB2), [http://en.wikipedia.org/wiki/Exoribonuclease exoribonuclease 3](ERI3) and [http://en.wikipedia.org/wiki/Synapsin_I Synapsin I] (SYN1).
The entire 3haf domain can interact with [http://en.wikipedia.org/wiki/GRB2 Growth factor receptor-bound protein 2] (GRB2), [http://en.wikipedia.org/wiki/Exoribonuclease exoribonuclease 3](ERI3) and [http://en.wikipedia.org/wiki/Synapsin_I Synapsin I] (SYN1).