Protein
MCA_00129_1
Length
1,064 amino acids
Gene name: DLT1
Description: Defect at low temperature protein 1
Browser: contigA:348020-351215-
RNA-seq: read pairs 1750, FPKM 20.3, percentile rank 41.9% (100% = highest expression)
Protein function
| Annotation: | DLT1 | Defect at low temperature protein 1 | |
|---|---|---|---|
| EGGNOG: | 0PJVC | DLT1 | Required for growth under high-pressure and low- temperature conditions (By similarity) |
| SGD closest match: | S000004733 | DLT1 | Defect at low temperature protein 1 |
Protein alignments
| %id | Aln length | E-value | ||
|---|---|---|---|---|
| MIA_04175_1 | 45.98% | 361 | 3e-86 | MIA_04175_1 |
| A0A0J9XC68_GEOCN | 42.40% | 250 | 2e-59 | Uncharacterized protein OS=Geotrichum candidum GN=BN980_GECA08s04784g PE=4 SV=1 |
| UniRef50_A0A0J9XC68 | 42.40% | 250 | 3e-56 | Uncharacterized protein n=1 Tax=Geotrichum candidum TaxID=1173061 RepID=A0A0J9XC68_GEOCN |
| A0A060SXM0_BLAAD | 38.74% | 222 | 4e-42 | ARAD1A10406p OS=Blastobotrys adeninivorans GN=GNLVRS02_ARAD1A10406g PE=4 SV=1 |
| A0A167CDA1_9ASCO | 36.73% | 226 | 7e-38 | Dlt1p OS=Sugiyamaella lignohabitans GN=DLT1 PE=4 SV=1 |
| Q6C7P1_YARLI | 33.93% | 224 | 6e-33 | YALI0D26532p OS=Yarrowia lipolytica (strain CLIB 122 / E 150) GN=YALI0_D26532g PE=4 SV=1 |
| A0A1E4TL08_9ASCO | 28.57% | 161 | 2e-12 | Uncharacterized protein OS=Tortispora caseinolytica NRRL Y-17796 GN=CANCADRAFT_1031 PE=4 SV=1 |
| DLT1_YEAST | 31.03% | 87 | 9e-08 | Defect at low temperature protein 1 OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) GN=DLT1 PE=1 SV=1 |
Mitochondrial localization by mitoprotII
Probability of mitochondrial location: 0.4059
Predicted cleavage: 45
Protein family membership
None predicted.
Domains and repeats
None predicted.
Detailed signature matches
no IPR
Unintegrated signatures
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CYTOPLASMIC_D... (C...)
-
NON_CYTOPLASM... (N...)
-
-
TRANSMEMBRANE (Tran...)
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mobidb-lite (disord...)
Protein sequence
>MCA_00129_1 MYSRQVSAQSSASWNRHHISNAYKTETRTSSLNSQNSHASLSRPQSLSRSYDDNSSESFAQGQLSEPTVQPVNSRSILSR LSSRYRTNEETSVNDLAVTRSNINNTTTETGGWPLNANRASQGRHQRIHKPSIDTLLNWLYRISLIFLLLCFASFATSTP IDMIIQSQRTGQYWNVIIIISAYAICAVIAVILTIFRIISTRRSLAAIPHQYTPGLADIPIEFYRNINAELERCRRIALK ARPISRTQMVYISHPGLMPPSVANRGRLAETPYIDVIQLASEMLVTKAESIHSSFARPVGMPFKEYVDMLFNFSIIDISR VVIDDFIEQYEKARFSNDLITESQFSDLMETYRRIMVSMRFYHPQSDEESISITRNTNDQNTNMYYPESVKYSQSQYSLR SRRPSEVVHPSNNSTQLGKPSPDEYSNDELELKKVLTNISQATGLQFRDPFALDANGLHFSPNKPSTALQHTSLSRSSGS MGSRANLDTFMRSSNDPQEYKWDPKYENDNHSFVENMANLSRQISRGKASLKSIDSSKSFRSVKSHKSLKSLTSNLLKSV SYQNIPHPHLHGFRHKHSDGNDDESEPIKHHYSFYHHSSRRGSDSSIVIHPVANKPSGSPNQTYTSAPLLTPQINSENLA ISLDEAPIGLQVSHTPGIDNLSLVRTSSRNTAPSVPNSLYNFHVAPQTASSSNHTPFLAPYYSVSDKSQNTGHSTPNDLY ENRHLEPPDHRSITVAQLNTKPHVSLERELSSASDSFEILNSKQYQNLHFEHSQPHSNISMSSRQTASSSEHNSQYQSQR LKKPIIQSSFYPVKSKSSSRIHEDARLLHRSKSNSTTGRSDNESNNIPNIEVSGTKDSAEDNSDTSSVIRKPVGKTTDSP KEPKTRRFSGSYHQFLLNRKKPSTLLSPSSSVNKATKSDYDNTNTTDNAQQTLIPLIKIRSSSASTTTTTDSSSSSVQKQ QQQNIASPPSSASRASNQRQTTPLSSSILAHSSQKMPTTSSNDNSSGKKSSITANFRNRATSSSIDTTRRGSENTRLRHS SSSSSADSITNLSDAGSVIIHHRH
GO term prediction
Biological Process
None predicted.
Molecular Function
None predicted.
Cellular Component
None predicted.