PolarProtDb

Gene name

Slc3a2 (Mdu1)

Experiment(s)

For this entry:

4F2_MOUSE (Slc3a2)

Species	Mus musculus
Localization	Basolateral plasma membrane
Reference	Dave MH,Schulz N,Zecevic M,Wagner CA,Verrey F (2004) Expression of heteromeric amino acid transporters along the murine intestine., J Physiol, 558, 597-610. [PubMed] [DOI]
Evidence level	Antibody staining
Organ	Small intestine
Cell	Enterocytes
Notes

4F2_MOUSE (Slc3a2)

Species	Mus musculus
Localization	Basolateral plasma membrane
Reference	Dave MH,Schulz N,Zecevic M,Wagner CA,Verrey F (2004) Expression of heteromeric amino acid transporters along the murine intestine., J Physiol, 558, 597-610. [PubMed] [DOI]
Evidence level	Antibody staining
Organ	Stomach
Cell	Parietal cells
Notes

For ortholog entries:

4F2_HUMAN

X5IHJ5_CANLF

Alignment and sequence features

Wheel: zoom in/out; drag: scroll left/right. Sequences and features are drawn in three lines. Bottom line: topology (red bar: cytoplasmic region; yellow bar: transmembrane region; transmembrane re-entrant loop; blue bar: extracellular region; black bar: signal peptide). Middle line: amino acid sequence (grey bar or one letter code). Top line: post translational modifications (Y: N-glycosylation site; Y: O-glycosylation site;P: phosphorylation site), intrinsically disordered regions (light green bar: IDR) and short linear motifs (light steel blue bar: ELM region).

CCTOP topology prediction

Start	End	Localisation
1	76	Cytoplasmic
77	98	Membrane
99	526	Extracellular

Phosphorylation

Position	Resource
2	471131
58	4702411

Glycosylation

Position	Site resource	Glycan resource	PubMed link(s)
160	dbPTM		19656770
166	Glyconnect	$WURCS=2.0/3,6,5/[axxxxm-1x_1-5][axxxxh-1x_1-5_2*NCC/3=O][axxxxh-1x_1-5]/1-2-2-3-3-3/a?\|b?\|c?\|d?\|e?\|f?}-{a?\|b?\|c?\|d?\|e?\|f?_a?\|b?\|c?\|d?\|e?\|f?}-{a?\|b?\|c?\|d?\|e?\|f?_a?\|b?\|c?\|d?\|e?\|f?}-{a?\|b?\|c?\|d?\|e?\|f?_a?\|b?\|c?\|d?\|e?\|f?}-{a?\|b?\|c?\|d?\|e?\|f?_a?\|b?\|c?\|d?\|e?\|f?}-{a?\|b?\|c?\|d?\|e?\|f?$	30899004
166	Glyconnect	$WURCS=2.0/3,7,6/[axxxxm-1x_1-5][axxxxh-1x_1-5_2*NCC/3=O][axxxxh-1x_1-5]/1-2-2-2-3-3-3/a?\|b?\|c?\|d?\|e?\|f?\|g?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?_a?\|b?\|c?\|d?\|e?\|f?\|g?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?_a?\|b?\|c?\|d?\|e?\|f?\|g?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?_a?\|b?\|c?\|d?\|e?\|f?\|g?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?_a?\|b?\|c?\|d?\|e?\|f?\|g?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?_a?\|b?\|c?\|d?\|e?\|f?\|g?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?$	30899004
166	dbPTM		19349973 , 19656770
166	PolarProtDb		31844046
166	UniProtKB		19349973 , 19656770
249	dbPTM		19656770
259	dbPTM		19349973 , 19656770
259	PolarProtDb		31844046
259	UniProtKB		19349973 , 19656770
263	Glyconnect	$WURCS=2.0/2,7,6/[axxxxh-1x_1-5_2*NCC/3=O][axxxxh-1x_1-5]/1-1-2-2-2-2-2/a?\|b?\|c?\|d?\|e?\|f?\|g?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?_a?\|b?\|c?\|d?\|e?\|f?\|g?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?_a?\|b?\|c?\|d?\|e?\|f?\|g?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?_a?\|b?\|c?\|d?\|e?\|f?\|g?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?_a?\|b?\|c?\|d?\|e?\|f?\|g?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?_a?\|b?\|c?\|d?\|e?\|f?\|g?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?$	30899004
263	Glyconnect	$WURCS=2.0/3,10,9/[axxxxm-1x_1-5][axxxxh-1x_1-5_2*NCC/3=O][axxxxh-1x_1-5]/1-2-2-2-3-3-3-3-3-3/a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?$	30899004
263	Glyconnect	$WURCS=2.0/2,6,5/[axxxxh-1x_1-5_2*NCC/3=O][axxxxh-1x_1-5]/1-1-2-2-2-2/a?\|b?\|c?\|d?\|e?\|f?}-{a?\|b?\|c?\|d?\|e?\|f?_a?\|b?\|c?\|d?\|e?\|f?}-{a?\|b?\|c?\|d?\|e?\|f?_a?\|b?\|c?\|d?\|e?\|f?}-{a?\|b?\|c?\|d?\|e?\|f?_a?\|b?\|c?\|d?\|e?\|f?}-{a?\|b?\|c?\|d?\|e?\|f?_a?\|b?\|c?\|d?\|e?\|f?}-{a?\|b?\|c?\|d?\|e?\|f?$	30899004
263	Glyconnect	$WURCS=2.0/3,10,9/[Aad21122h-2x_2-6_5NCC/3=O][axxxxh-1x_1-5_2NCC/3=O][axxxxh-1x_1-5]/1-2-2-2-3-3-3-3-3-3/a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?$	30899004
263	Glyconnect	$WURCS=2.0/4,11,10/[Aad21122h-2x_2-6_5NCC/3=O][axxxxm-1x_1-5][axxxxh-1x_1-5_2NCC/3=O][axxxxh-1x_1-5]/1-2-3-3-3-4-4-4-4-4-4/a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?_a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?\|h?\|i?\|j?\|k?$	30899004
385	Glyconnect	$WURCS=2.0/2,7,6/[axxxxh-1x_1-5_2*NCC/3=O][axxxxh-1x_1-5]/1-1-2-2-2-2-2/a?\|b?\|c?\|d?\|e?\|f?\|g?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?_a?\|b?\|c?\|d?\|e?\|f?\|g?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?_a?\|b?\|c?\|d?\|e?\|f?\|g?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?_a?\|b?\|c?\|d?\|e?\|f?\|g?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?_a?\|b?\|c?\|d?\|e?\|f?\|g?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?_a?\|b?\|c?\|d?\|e?\|f?\|g?}-{a?\|b?\|c?\|d?\|e?\|f?\|g?$	30899004
385	dbPTM		19349973 , 19656770
385	UniProtKB		19349973 , 19656770
399	dbPTM		19349973 , 19656770
399	PolarProtDb		31844046
399	UniProtKB		19349973 , 19656770

Family and domain data

Database	Domain/Family name
InterPro	Glyco_hydro_13_cat_dom
InterPro	Glyco_hydro_b
InterPro	Glycoside_hydrolase_SF
InterPro	SLC3A2
InterPro	SLC3A2_N
Pfam	Alpha-amylase
Pfam	SLC3A2_N