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2.A.72.3.11 K⁺ transporter, HAK1 of 777 aas and 13 TMSs (Guo et al. 2008). Also capable of anion channel activity at high voltages as those found in plants, fungi and bacteria, but not animal cells, possibly using to a new route formed by oligomerization (Pardo et al. 2015).
Accession Number:	Q19A13
Protein Name:	Potassium transporter
Length:	777
Molecular Weight:	87551.00
Species:	Nicotiana rustica (Aztec tobacco) [4093]
Number of TMSs:	13
Location¹ / Topology² / Orientation³:	Membrane¹ / Multi-pass membrane protein²
Substrate	potassium(1+)

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

Predict TMSs (Predict number of transmembrane segments)

FASTA formatted sequence

1:	MLPMFEKMEL VVIFDYPILL QKESWRTVLA LAYQSLGVVY GDLSTSPLYV YKSTFAEDIQ 
61:	HSESNDEIFG VLSFVFWTLT LIPLLKYVFI VLRADDNGEG GTFALYSLLC RHARVSTLPN 
121:	GQLADEDLYE YKNDRNLSAD RIGMSLKSTL EKHRFLKKIL LILALIGTCM VIGDGVLTPA 
181:	ISVFSAVSGL ELSMAKHHHQ YVEVPVACVI LVFLFFLQHY GTHRIGFLFA PIVITWLLCI 
241:	SAIGLHNIFL WNPHVYQALS PYYMYKFLKK TQRGGWMSLG GILLCITGSE AMFADLGHFS 
301:	QLSIQIAFTF VVYPSLILAY MGQAAYLSKH HVIQGDYHIG FYVSVPEKLR YPVLAIAILA 
361:	AVVGSQVIIT GTFSIIKQCS ALGCFPRVKI VHTSSKIHGQ IYIPEINWTL MSLCLVVTIG 
421:	FRDTKHISNA SGLAVITVML VTTCFMSLVI VLCWHKNVLL AICFIFFFGS IEALYFSASL 
481:	IKFLEGAWVP IVLSLIFLVV MYSWHYGTLK KYEFDVENKI PINWLLTLSP NLGITRVRGI 
541:	GLIHTELVSG IPAIFSHFVT NLPAFHQVLV FLCVKSVPVP HVRPEERFLV GRIGPKEYRV 
601:	YRCIARYGYR DIHMDDVEFE KDLVCSIAEF IRSEGPAQSF ETVEGIDDNE KLTVIGTTST 
661:	HVDGVTMCED VDTKDTEMIE ISSPEVPRKR VRFLVPESPQ MDLSVRAELQ ELMEAREAGM 
721:	AFILGHCYVR AKRGSSLIKK LVVDIGYDFL RRNCRGPTYA LSFPRASTLE VGMIYHV

2.A.72.3.11
K⁺ transporter, HAK1 of 777 aas and 13 TMSs (Guo et al. 2008). Also capable of anion channel activity at high voltages as those found in plants, fungi and bacteria, but not animal cells, possibly using to a new route formed by oligomerization (Pardo et al. 2015).

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2.A.72.3.11K+ transporter, HAK1 of 777 aas and 13 TMSs (Guo et al. 2008). Also capable of anion channel activity at high voltages as those found in plants, fungi and bacteria, but not animal cells, possibly using to a new route formed by oligomerization (Pardo et al. 2015).

Cross database links:

External Searches:

Analyze:

2.A.72.3.11
K⁺ transporter, HAK1 of 777 aas and 13 TMSs (Guo et al. 2008). Also capable of anion channel activity at high voltages as those found in plants, fungi and bacteria, but not animal cells, possibly using to a new route formed by oligomerization (Pardo et al. 2015).