Type | Description |
---|---|
Definition | ammonium permease MEP2 |
Date | Results | Publications |
---|---|---|
2020-05-16 11:56:00 | Study shows that S. cerevisiae filamentation is intimately related to Mep2 transport activity. Mep2 variants lacking the C-terminal domain but containing specific pore mutations enabling transport can still allow filamentation induction. Mep2H194E pore variant shows increased competence to acidify the submembrane pH while losing the signaling capability. | 32069286 |
2016-09-10 10:27:00 | X-ray crystal structures are being reported of the Mep2 orthologues from Saccharomyces cerevisiae and Candida albicans showing that under nitrogen-sufficient conditions the transporters are not phosphorylated and present in closed, inactive conformations. | 27088325 |
2010-01-21 00:00:00 | Mep2-like proteins are nutrient sensing transceptors that govern cellular differentiation | 18434596 |
2010-01-21 00:00:00 | The growth impairment of cells lacking Npr1 on many nitrogen sources is shared by cells deprived of the three Mep proteins and is a consequence of deficient ammonium retrieval. | 17493133 |
2010-01-21 00:00:00 | an ammonium permease MEP2-based sensing mechanism for rapid activation of the protein kinase A pathway | 16468990 |
Type | IDs |
---|---|
Gene |
UniProtKB-ID:
MEP2_YEAST
UniprotKB:
P41948
UniParc:
UPI000012EF06
EMBL:
X83608,
Z71418,
Z46843,
BK006947
EnsemblGenome:
YNL142W
KO:
sce:YNL142W
|
Nucleutide sequences |
EMBL-CDS:
CAA86884.1,
CAA58587.1,
DAA10406.1,
CAA96025.1
Gene_ORFName:
N1207,
N1820
EnsemblGenome_TRS:
YNL142W_mRNA
|
Protein sequencees |
EnsemblGenome_PRO:
YNL142W
RefSeq:
NP_014257.1
|
Others |
UniRef100:
UniRef100_P41948
UniRef90:
UniRef90_P41948
UniRef50:
UniRef50_P41948
|
{{proteinIndex+1}} | mRNA | Protein | UniprotKB | Description | ||||
---|---|---|---|---|---|---|---|---|
Refseq |
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