TCDB » SEARCH

« See all members of the family

2.A.38.3.9 HKT1;4 of 553 aas and the same pattern of TMSs as for TC# 2.A.38.3.8. This protein is 83% identical to HKT1;1 (TC# 2.A.38.2.8) and is believed to be inactive as a transporter, but it regulates HKT1;1 (Liu et al. 2024).
Accession Number:	KAH1221318.1
Protein Name:	KAH1221318.1 Sodium transporter HKT1 [Glycine max]
Length:	554
Molecular Weight:
Species:	Glycine max [3847]
Number of TMSs:	9
Substrate

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

Predict TMSs (Predict number of transmembrane segments)

FASTA formatted sequence

1:	MMKNFAYYFS QKQQHQRFCR FFPHSLGFLV RFLAFHVHPF FIQLCYFVIL SLLGYLGLKA 
61:	SKPRTPLRPN DLDLFYTSVS ASTVSSMVAV EMEVFSNSQL ILLTLLMFVG GEVFTSMLDL 
121:	VFARYKFTRS VQNKVSTNHS YLTRTRLPPV DDTSGLDQIF FSSNPFLSTK KPSINANQIE 
181:	LGLVSIHHSE SENHKPSDSN NTNVPKGTVV SFNDSDRLKY NCLSYLTYLV LGYLVVVQFV 
241:	GFSSVSLYIT LVPSARQVLK NKGIKIATFS LFTIVSTFAS CGFIPTNENM MVFKKNSGLL 
301:	LLVLPHILLG NTLYPPCLRL VIMVLERITK REEYSHLLKN FKDVGYDHML SALHCCLLVA 
361:	TVLGFNLIQF VMLCSMEWNT KIMEGLNVYE KVVASLFQVT NARHAGESVF DLSSISSVIL 
421:	VLFVVMMYLP PYTTFLPVRE HENDAKRSEK SVLECLVFSQ LSYLVIFIIL ICITESKSLR 
481:	EDPLNFNVAY GNVGFSTGYS CARQLKPDAT CKDSWVGFSG RWSSKGKFIL ILVMFFGRLK 
541:	KFNMKGGKAW DLS

2.A.38.3.9
HKT1;4 of 553 aas and the same pattern of TMSs as for TC# 2.A.38.3.8. This protein is 83% identical to HKT1;1 (TC# 2.A.38.2.8) and is believed to be inactive as a transporter, but it regulates HKT1;1 (Liu et al. 2024).

Cross database links:

External Searches:

Analyze:

2.A.38.3.9HKT1;4 of 553 aas and the same pattern of TMSs as for TC# 2.A.38.3.8. This protein is 83% identical to HKT1;1 (TC# 2.A.38.2.8) and is believed to be inactive as a transporter, but it regulates HKT1;1 (Liu et al. 2024).

Cross database links:

External Searches:

Analyze:

2.A.38.3.9
HKT1;4 of 553 aas and the same pattern of TMSs as for TC# 2.A.38.3.8. This protein is 83% identical to HKT1;1 (TC# 2.A.38.2.8) and is believed to be inactive as a transporter, but it regulates HKT1;1 (Liu et al. 2024).