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2.A.1.58.2 May contribute to coordination of muscle contraction as regulatory subunit of a nonessential potassium channel complex. Subunit structure: May form a complex with sup-9 and sup-10 where unc-93 and sup-10 act as regulatory subunits of the two pore potassium channel sup-9.
Accession Number:	Q93380
Protein Name:	Putative potassium channel regulatory protein unc-93
Length:	705
Molecular Weight:	80352.00
Species:	Caenorhabditis elegans [6239]
Number of TMSs:	11
Location¹ / Topology² / Orientation³:	Cell membrane¹ / Multi-pass membrane protein²
Substrate	potassium(1+)

DIP:	DIP-24405N

UniProt (Universal Protein Resource)
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FASTA formatted sequence

1:	MKFQKMGDSN TWDLVGEQQQ RKKSRSPSRA SRVDSELLVG VENAAELEAL GLGKEQLEEE 
61:	ARRHKKQRSK SPALENIRKT SIHLLQKFGA IPKKKDDSVL LFRFHDIPDI PLESLCIRPK 
121:	EFFEEPKVFS FRDMGREQQK AEVNEKCSYL FRGTSFDHDD HFELPTETGR VPEYDHFCPI 
181:	HGSRRRLPRN KLVTMQTLMH SVDDEDNEDL AYIYGHDFLA KLVRKKKREM MSGTEKERAN 
241:	KIKRKIMSNL WILSVAFLFL FTAFNGLQNL QTSVNGDLGS DSLVALYLSL AISSLFVPSF 
301:	MINRLGCKLT FLIAIFVYFL YIVINLRPTY SSMIPASIFC GIAASCIWGA KCAYITEMGI 
361:	RYASLNFESQ TTVIVRFFGY FFMIVHCGQV VGNMVSSYIF TLSYSQALRG PEDSIYDSCG 
421:	YQFPKNLSDL TELAESNLAR PPQKVYVAVC LAYLACVIIS GMIMSMFLNA LAKDARNRKM 
481:	AQKFNSEIFY LMLKHLINIK FMLLVPLTIF NGLEQAFLVG VYTKAFVGCG LGIWQIGFVM 
541:	ACFGISDAVC SLVFGPLIKL FGRMPLFVFG AVVNLLMIVT LMVWPLNAAD TQIFYVVAAM 
601:	WGMADGVWNT QINGFWVALV GRQSLQFAFT KYRFWESLGI AIGFALIRHV TVEIYLLITF 
661:	FMLLLGMCGF LAIENFDHII KFWHHLIHTS CPEKEPLDDR NSDFE

2.A.1.58.2
May contribute to coordination of muscle contraction as regulatory subunit of a nonessential potassium channel complex. Subunit structure: May form a complex with sup-9 and sup-10 where unc-93 and sup-10 act as regulatory subunits of the two pore potassium channel sup-9.

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2.A.1.58.2May contribute to coordination of muscle contraction as regulatory subunit of a nonessential potassium channel complex. Subunit structure: May form a complex with sup-9 and sup-10 where unc-93 and sup-10 act as regulatory subunits of the two pore potassium channel sup-9.

Cross database links:

External Searches:

Analyze:

2.A.1.58.2
May contribute to coordination of muscle contraction as regulatory subunit of a nonessential potassium channel complex. Subunit structure: May form a complex with sup-9 and sup-10 where unc-93 and sup-10 act as regulatory subunits of the two pore potassium channel sup-9.