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3.A.1.201.45 ABCB28 homolog of 732 aas and 6 N-terminal TMSs plus a C-terminal ATPase. It may play a role in the Cd²⁺ stress response, possibly by pumping Cd²⁺ out of the cell (Zhu et al. 2021).
Accession Number:	KAF8692671.1
Protein Name:	KAF8692671.1 hypothetical protein HU200_039499 [Digitaria exilis]
Length:	733
Molecular Weight:
Species:	Digitaria exilis [1010633]
Number of TMSs:	4
Substrate

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

Predict TMSs (Predict number of transmembrane segments)

FASTA formatted sequence

1:	MAISTWSARL LLTPASSRAT PAPPRPAARH RPSSPISRRG LHLARPSPPR AYISAPAPGP 
61:	EAAYAPPSLD AAAAAADVAA AISSSDAVTW AGVWALLSRH RARIAVCLAA LLACSACTLS 
121:	MPLFSGEALW GYWGRQLEHS HAHRQRSPRR RSGTYLNWFL KCGGRGGWRF ICDAGRFFET 
181:	LIGQGNEPLW RLLSKIAVLY TLEPIFTIIF VVNMTVIWEQ VMARLRSQIF RRILIQKMVF 
241:	FDRHKVGELT GLLTSDLGSL KNVITGTLCI LFTLSTELAP VLGLLMISVS VLVALFKRST 
301:	VPTFKSYGIV QARISDCASE TFSAIRTVRS FGGEKRQISL FDNLARAYQN SGTKLGVLKS 
361:	ANESLTRVVV YVSLMALYVL GGSKVNAVQG AVNTLGDLRG TLASIERINS ILSAKDIDDS 
421:	LAYGLAKELD SKELGDSNGG LYENGSVNKH FMSALKSSSS CSNLAWSGDI HLKDVHFSYP 
481:	LRSDVEILNG LDLTLECGKV TALVGPSGAG KSTVVQLLAR YYEPTQGCIT VAGEDIRIFD 
541:	KREWSRVVSL VNQLFVPSSC DRKKFLFLFI KDPVLFSVSV GENIAYGLPD DVVSKDEIIK 
601:	AAKAANAHEF IISLPQGYDT LVGERGSLLS GGQRQRIAIA RALLKNAPIL ILDEATSALD 
661:	ATSERLVQEA LNLLMKGRTS LVIAHRLSTV QNAHRIAVCS EGKITELGTH AELVAKGGIY 
721:	ASLVGTQRLA FE

3.A.1.201.45
ABCB28 homolog of 732 aas and 6 N-terminal TMSs plus a C-terminal ATPase. It may play a role in the Cd²⁺ stress response, possibly by pumping Cd²⁺ out of the cell (Zhu et al. 2021).

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3.A.1.201.45ABCB28 homolog of 732 aas and 6 N-terminal TMSs plus a C-terminal ATPase. It may play a role in the Cd2+ stress response, possibly by pumping Cd2+ out of the cell (Zhu et al. 2021).

Cross database links:

External Searches:

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3.A.1.201.45
ABCB28 homolog of 732 aas and 6 N-terminal TMSs plus a C-terminal ATPase. It may play a role in the Cd²⁺ stress response, possibly by pumping Cd²⁺ out of the cell (Zhu et al. 2021).