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Single
nucleotide polymorphisms (SNPs) are DNA sequence variations which occur
when a single nucleotide in the genome sequence is altered. Nonsynonymous
single nucleotide polymorphisms (nsSNPs) bring in amino acid polymorphism
into their encoded proteins. nsSNPs have relationships in disease processes.
Effecting protein function, reducing protein solubility are among the
several effects of nsSNPs.
Structure SNP (StSNP) webserver which compare structural nsSNP distributions in many proteins or protein complexes. StSNP enables to researchers to map nsSNPs onto protein structures by comparative modeling of structure with nsSNPs by MODELLER (http://salilab.org) and visualize their structural locations by using the multiple structure-sequence viewer Friend. Pathway information is provided from KEGG database. StSNP includes human nsSNPs. Recent
presentation about StSNP Recomb2005
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| SEARCH StSNP | |
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by a protein sequence identification number. Example: NP_000843 |
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by a PDB code. Example: 1att |
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| by
a keyword or full name of the protein.
Example: glutathione transferase |
Search
nsSNPs within metabolic pathways
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Search
gene for nsSNPs and protein
Example: ACADL |
Top
500 proteins that have the most number of nsSNPs
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| Get
proteins with following substutions
(residue 1 refers to reference SNP and residue 2 refers to nsSNP) |