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1.A.92.1.1 Scylla serrata reovirus of 323 aas and 2 N-terminal TMSs, p35 or VP10, encoded by the S10 gene. This proposed viroporin seems to transport ions in a channel-type mechanism (Zhang et al. 2015). This putative viroporin interacts with host proteins (Yuan et al. 2017).
Accession Number:	H9NEV2
Protein Name:	Uncharacterized protein
Length:	323
Molecular Weight:	35949.00
Species:	Scylla serrata reovirus SZ-2007 [458682]
Number of TMSs:	1
Substrate	molecule

UniProt (Universal Protein Resource)
CDD Search (Conserved Domain Database)

Predict TMSs (Predict number of transmembrane segments)

FASTA formatted sequence

1:	MKNQTRSRSF SARYDLYQLI CVLLATVGGM SQVMSIILAG YIPTQYRDTC EYVGHGLAIF 
61:	CFAIQLALMR WMRSDKVAVG VVMDKMSRSL SAVGTIGEHN VIGKQASKLN DSGYLSLLTM 
121:	AQKHFEEMEH HQPKAEDTDS LLGDHNIESL VKLNDKNVLM MDGSGKTISL QLMNEFLRAV 
181:	FTAEFKSDDA TFIVKEDTVL PMSLLNQPLV GATVEKYNPF YIYVSWGVRA DGTWYVVKGT 
241:	AIPMPSFVKE WALKRVAAGR PHFAFKDAPW INEPASVIFP PKPQNIPDVL VPSSVYRLYP 
301:	NIHSDEPVVP DSPPPYPVAA SPV

1.A.92.1.1
Scylla serrata reovirus of 323 aas and 2 N-terminal TMSs, p35 or VP10, encoded by the S10 gene. This proposed viroporin seems to transport ions in a channel-type mechanism (Zhang et al. 2015). This putative viroporin interacts with host proteins (Yuan et al. 2017).

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1.A.92.1.1Scylla serrata reovirus of 323 aas and 2 N-terminal TMSs, p35 or VP10, encoded by the S10 gene. This proposed viroporin seems to transport ions in a channel-type mechanism (Zhang et al. 2015). This putative viroporin interacts with host proteins (Yuan et al. 2017).

Cross database links:

External Searches:

Analyze:

1.A.92.1.1
Scylla serrata reovirus of 323 aas and 2 N-terminal TMSs, p35 or VP10, encoded by the S10 gene. This proposed viroporin seems to transport ions in a channel-type mechanism (Zhang et al. 2015). This putative viroporin interacts with host proteins (Yuan et al. 2017).