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1.B.26.1.1 Cyclodextrin (high affinity)/linear malto-oligosaccharide (low affinity) porin, CymA (Orlik et al. 2003). Electroosmosis influences the transport efficiency of cyclodextrins through the CymA pore (Bhamidimarri et al. 2016).
Accession Number:	Q48391
Protein Name:	CymA
Length:	346
Molecular Weight:	40246.00
Species:	Klebsiella oxytoca [571]
Number of TMSs:	1
Location¹ / Topology² / Orientation³:	Cell outer membrane¹ / Multi-pass membrane protein²
Substrate	maltooligosaccharide

Structure:
References (1) [1] “Genetics of a novel starch utilisation pathway present in Klebsiella oxytoca.” Fiedler G.et.al. 8594196
4D51 4D5B 4D5D 4V3G 4V3H

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

Predict TMSs (Predict number of transmembrane segments)

FASTA formatted sequence

1:	MKKKLLSASI ALALTAPVHS FAASDQRGYK PEDVAFDESF FSFGGHVGTS VEYEDKVTRG 
61:	FNNTDKKEKT ITNEVFNFFY NNPQWNFMGF YSFKIENREQ KEPGYYENED GIKQLFSLNK 
121:	GHDLGNGWAT GLIYELEYTR SKVYSPDVSG LRKNLAEHSI RPYLTYWNND YNMGFYSNLE 
181:	YLLSKEDRNA WGKRQEQGYS ALFKPYKRFG NWEVGVEFYY QIKTNDEKQP DGTINEKSDF 
241:	NERYIEPIVQ YSFDDAGTLY TRVRVGKNET KNTDRSGGGN AGINYFKDIR KATVGYEQSI 
301:	GESWVAKAEY EYANEVEKKS RLSGWEARNK SELTQHTFYA QALYRF

1.B.26.1.1
Cyclodextrin (high affinity)/linear malto-oligosaccharide (low affinity) porin, CymA (Orlik et al. 2003). Electroosmosis influences the transport efficiency of cyclodextrins through the CymA pore (Bhamidimarri et al. 2016).

Cross database links:

References (1)

External Searches:

Analyze:

1.B.26.1.1Cyclodextrin (high affinity)/linear malto-oligosaccharide (low affinity) porin, CymA (Orlik et al. 2003). Electroosmosis influences the transport efficiency of cyclodextrins through the CymA pore (Bhamidimarri et al. 2016).

Cross database links:

References (1)

External Searches:

Analyze:

1.B.26.1.1
Cyclodextrin (high affinity)/linear malto-oligosaccharide (low affinity) porin, CymA (Orlik et al. 2003). Electroosmosis influences the transport efficiency of cyclodextrins through the CymA pore (Bhamidimarri et al. 2016).