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1.A.25.1.13 Innexin2, Inx2 of 359 aas and 4 TMSs. N-terminally elongated domains in innexins may act to plug or manipulate hemichannel closure and provide a mechanism connecting the effect of hemichannel closure directly to apoptotic signaling transduction (Chen et al. 2016).
Accession Number:	K9RY87
Protein Name:	Innexin
Length:	359
Molecular Weight:	41527.00
Species:	Spodoptera litura (Asian cotton leafworm) [69820]
Number of TMSs:	4
Location¹ / Topology² / Orientation³:	Cell membrane¹ / Multi-pass membrane protein²
Substrate	molecule

UniProt (Universal Protein Resource)
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FASTA formatted sequence

1:	MFDVFGSVKG LLKLDSVCID NNVFRLHYKA TVIILIAFSL LVTSRQYIGD PIDCIVDEIP 
61:	LAVMDTYCWI YSTFTIPNRL VGRVGKDVVQ AGVASHVDGQ DEVKYHKYYQ WVCFVLFFQA 
121:	ILFYVPRYLW KTWEGGRIKM LVLDLNCPVV GDECKDSRKK LLVDYFHTNL HTQNFYAFRF 
181:	FICEVLNFIN VVGQIFFMDF FLDGEFSTYG SDVVSFTEME PEERVDPMAR VFPKVTKCTF 
241:	HKYGPSGTVQ KFDGLCVLPL NIVNEKIYVF LWFWFMILSI LSGISLIYRM AVVAGPRVRL 
301:	YLLRARSRLA PQAQVEAVAR ELQIGDWFVL YQLGKNIDPL IYKELMGELA EKFEGKDSV

1.A.25.1.13
Innexin2, Inx2 of 359 aas and 4 TMSs. N-terminally elongated domains in innexins may act to plug or manipulate hemichannel closure and provide a mechanism connecting the effect of hemichannel closure directly to apoptotic signaling transduction (Chen et al. 2016).

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1.A.25.1.13Innexin2, Inx2 of 359 aas and 4 TMSs. N-terminally elongated domains in innexins may act to plug or manipulate hemichannel closure and provide a mechanism connecting the effect of hemichannel closure directly to apoptotic signaling transduction (Chen et al. 2016).

Cross database links:

External Searches:

Analyze:

1.A.25.1.13
Innexin2, Inx2 of 359 aas and 4 TMSs. N-terminally elongated domains in innexins may act to plug or manipulate hemichannel closure and provide a mechanism connecting the effect of hemichannel closure directly to apoptotic signaling transduction (Chen et al. 2016).