KEGG   Neurospora crassa: NCU07710
Entry
NCU07710          CDS       T01034                                 
Name
(RefSeq) vacuolar membrane-associated protein iml-1
  KO
K20404  SEA/GATOR complex protein SEA1/DEPDC5
Organism
ncr  Neurospora crassa
Brite
KEGG Orthology (KO) [BR:ncr00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ncr04131]
    NCU07710
Membrane trafficking [BR:ncr04131]
 Autophagy
  Other autophagy associated proteins
   SEACIT/GATOR1 complex
    NCU07710
SSDB
Motif
Pfam: IML1 DEP DEPDC5_CTD
Other DBs
NCBI-GeneID: 3878444
NCBI-ProteinID: XP_962296
UniProt: Q7S9J6
Position
IV:complement(2119953..2126424)
AA seq 2004 aa
MASRNFSSGVPGHVRPPNWSSHLRQFSRNSLERIPDMPRSPDTVSSNSTIRDRPSSSSRR
SRFERRWTVTVNESFARDEVLLNLDLIGDEATPGSLMAIDVFRPDAEKQAQGSHHHHHHH
HHHHHKQPPPDRTKEAAESQQRYIFVVKDMPKELKARYPSVEVYVAKHIADVFGMRKGSQ
VTLTPIDHHNPAIEASHVELCFRDQYMSRSDMWQLAVRELSEKTVYKGQMVLFMGTLKAQ
VTAVYVEGRKVPSAFFGHNTKPIFRSESARYVLFIQMAREMWDFDSDGSGEIMFNKVVNG
FLPALFKKWASLKVRHLVSIVLFARVEYDTGISTELGNPDVQNDYYTGVQSSGDRRPYKD
FYRVVVSEMGSGEWTKILYQLKREFNYFRRDISTFHQKAMHSFSSSDDPADQQAALNRIT
AEASRAIYGNFLEAINMATSLFAHDYIDRDLMRTGISVVVISPSPGIFEVEYDALRRTTE
ALVGNGIGIDLICIPKAPLHSVPLFRYRNPEYSTEPTHHHKAKTAPSLSSTPKQTAPTIG
SFNSMAGSYSPSRGTDITLHGDYAGSGLAQDEWNYALPQWLHVSYWTGESEEALSYHGIA
LSVSDVSKTRSGDDFLIRCRMYDLQMRSVMETNEIETKPLHLDPYFPHKALQANNVPKPF
IDQDGNVFIQNLRIPETLFDHVYGFQKFAPDKHAKLGEKSLWKQLQDYDDSRARQPSFRH
TLAPPSHIREYDDSVRRHHADDASLLGTSYTERRPSTSASQMTMTGHRSSQRFNADKPES
RNRKTVDFDKLNSKRSPTITPKVPKFMKQISLGSSGFRIAAPKAATAELSIESVNADRSL
ASSRALMNAGTVATPAKAAINRSMSPQMFASGTPVFSPWGATPGSFAPSHQYFEGTPSRP
MPIKSQQIPTDPAANMLSGSMLASTLRADYVPDNRDLFYSDAIRAEDAKKVYNNKLLAGA
VPELPSTLSPTTALSPWLTLVNPSNPDSNKVDIATLYSRWQHVFPRPNETRVMKWKSLCS
PAAVPLTTEYFPTKAQFESEYHRQPYNVSQNADDELAEEPKSRDEMLREMISLRFCQGFQ
VVVGPAVAKAFGQKQLKVTDIFSRDHTAEDGTSIFMSVGNTIHQLSCVNGTEIEVNIFVR
KPIASAGLYNDRYLYKPAIRTLLDHGYKTRSYDMVAPTPDRNWNYVDAFVAGHNDELSEH
LRFWRARFVLIPMTARHSFFPKTQYGDSEEEIRIEGIRKLAQMWQKHRYIPASERSFQAS
RRKKDMNPLDIVYKTEDPSVVIAAELETLPLLEGLEGGHRKGQLVTSREQFSKKNFSLAA
LAEAIQQPVENGGIRMQNRRWHLRLHYNCFIGSDMTTWLLENFEDLEDREEAEELGNRLM
VTSDDKSKDESKDGRKDGGGLFVHVERRHPFRDGQYFYQISSDYAKPNPPGWFNTRRVPV
SVPSTPHSEVRDSPRSNVSMSRPTSIHEDSSPTSGTVTPTAAMMAGGKKPRVVLSKVMKY
DVDHRKRSYRPEVVDLHYDRLHNPDNCYHIRIDWMNVTAKLIEDAIEAWAREAALYGLRL
VEVPINEACDITEINPFRRPYMIKLAVQPPNQQPITYFDPNSFTPQAQPGRHFYQRALLR
KFDFVLDMEPASSFPYTVDVSYSWGKPDFKYTQFIHRSGTLIAEITDEGDILILANRLYS
NRTAAQREKEMQQKGGGSGAGGDNLGLGPGPGRISTPGLYGPNAHPDQPNAVSSPLVKPT
TAFLSPALRPHLIGPLASGPPSTNGFGTTGQPLNRSTVTVPVTPVIQDPEVIKDELESFC
RDRSALEAFYRELLEREAHPPAPNTTPGLAPVKIPSTTATKDSTLAFATPHLGAGQNTTS
TGHTVPDTNIPSLGLPPGVLAAIGGTGLSNLSDLQLVGSGTGLGISPVRVGSPSLLSAAS
AASAGHPSHSTMMRRASVQEGVMGSRIGLGFGGGASAAAAAAQAAAAAAAAGASGAGAAG
SSSDAGGAGNIGGGAGGDAGASEH
NT seq 6015 nt   +upstreamnt  +downstreamnt
atggcgtcgcgcaatttctcttcgggggtgccgggacatgtcaggccccccaactggtcg
tcgcacctccggcagttcagcagaaacagcctggagcgcatcccggatatgccccggtcc
ccggacactgtctctagtaactcgaccatccgtgaccggccctcttcatcctcaagacgt
tcacgtttcgagaggaggtggaccgttaccgtcaacgagtcctttgctcgcgatgaagtc
ttgcttaatcttgatctcataggtgatgaggcaaccccaggcagcctcatggctatcgac
gtcttccgacctgatgcggagaagcaagcgcaaggttctcatcaccatcaccaccaccat
catcatcaccatcataaacagcctccaccggaccgcacaaaagaggctgcagaaagtcaa
cagcgttacatctttgtcgtcaaggacatgcccaaggaactcaaagcccgctacccgagt
gttgaagtctacgtcgcaaagcacattgctgatgtcttcggcatgaggaagggttcgcag
gttaccctgaccccaattgatcatcataacccagccatcgaggcctcgcatgtcgagctt
tgctttagagaccagtacatgtcgcgctccgacatgtggcagttggctgttcgtgagctt
tcagagaagactgtctacaagggccaaatggttctgttcatgggcactctcaaggctcag
gttaccgctgtctatgttgagggccgtaaggtgccatccgcattctttggccacaataca
aaacccatcttccgaagcgagtctgctcgatacgtgcttttcatccaaatggcgcgcgaa
atgtgggactttgattcagatggctctggtgagatcatgttcaacaaggttgtgaacggt
tttttgccagctctgttcaagaaatgggcgtcacttaaagtcaggcaccttgtcagtatt
gttctctttgctcgagttgagtatgacacaggcatatccaccgagttgggcaacccggac
gtccaaaatgactactacactggtgtccagtcgtctggcgatcgtcgcccttacaaggac
ttctaccgcgttgttgtgagcgaaatgggcagcggcgagtggaccaagatcctctaccag
ttgaagcgcgagtttaactactttcgaagggatattagcaccttccatcagaaggctatg
cactccttttcttcttcagatgacccagccgaccagcaagcagccttgaacaggataacg
gctgaggcgtcacgagccatctatggcaatttcctagaggcgatcaacatggcaacctcg
ctgtttgcgcacgattacatagatcgtgatttgatgcgaaccggcatttctgttgtcgtc
ataagccctagtccggggattttcgaagtcgagtacgacgcactgcgccgtaccaccgaa
gccttggttggaaatgggattggtattgatcttatatgcatacccaaggctcctctccac
tccgtgcccctgtttcggtatcgcaaccctgagtactcgacagaaccgacacatcatcac
aaggcaaaaacagcgccgagtctttccagtactcctaaacaaacagcgccgacgattggg
agctttaacagcatggcggggtcatattccccaagcagaggcaccgacatcactcttcat
ggtgattatgctggctctggcttggctcaagatgaatggaattatgctttgccgcaatgg
ctacatgtttcttactggacaggcgagtccgaggaagccctgtcataccatggcattgct
ttgtcggtctctgatgtttcaaaaacacggtcaggggacgacttcttgataagatgtcgc
atgtatgacttgcaaatgcgcagcgtcatggaaaccaatgagattgaaaccaagccgttg
catctggatccttattttcctcataaggcattacaggcaaacaacgtaccgaaaccgttt
atcgatcaagatggcaacgtcttcatacaaaacttgcgcatcccagaaacactctttgat
cacgtgtacggtttccagaaattcgccccggataagcacgcaaagttgggggagaagtca
ctctggaagcaattgcaggactacgacgactcgagagcgcgccagccgtcatttcgccac
acattggcgcctccgagtcatattcgggagtacgatgattccgtcaggcgacatcatgct
gatgacgcgagtcttctcgggacgtcatacactgagcgtaggccgtctacgagtgcctca
caaatgactatgactgggcatagatccagtcagcgcttcaatgccgacaaacctgaatcg
cgtaaccgtaagacggtcgacttcgacaaactcaactccaagcgttcaccaacaatcact
ccaaaagttccaaagttcatgaagcagatcagccttggcagctccggttttcgcattgcc
gcacccaaagctgcgacggcagaacttagcattgaaagtgtgaatgctgatagatcattg
gcatcttcaagggctttgatgaacgcgggcactgttgcaactccagccaaagcagcaatc
aaccggtcaatgtcgccccagatgttcgcgagtggaactcccgttttctccccttggggc
gctacaccaggctcattcgcgcccagccatcagtactttgagggtactccaagccggccg
atgccaatcaagtcgcaacagattcctactgaccctgcagccaacatgctatcaggctcg
atgcttgcctcaacactacgggccgattacgttcctgataatcgcgatctcttctattca
gatgcaatcagagctgaggatgcgaagaaggtttataataacaagcttttggccggagcg
gtaccggaattaccgtcaactttatcgccgacaaccgcgctgtcaccttggctgacgttg
gtcaacccgtcgaaccctgatagcaacaaggtcgatattgccacgttgtacagtcgttgg
caacatgtgtttcctaggccaaacgagacgcgggtgatgaaatggaagtctttgtgctcc
cccgctgccgttccactaaccacagagtacttccctaccaaggcacagttcgagtcagag
taccaccgtcaaccgtataatgtctcgcaaaatgctgatgatgagctggccgaggaaccc
aagtcacgcgacgagatgctgcgcgagatgatcagtctcagattctgccaaggattccag
gtcgttgtaggcccagctgttgccaaagcctttggccagaagcaactcaaggttaccgac
atattctcccgcgaccacacagcagaggatggtacaagcatcttcatgtcggtcggcaac
acgatccaccaactgtcgtgtgtgaatggcaccgaaattgaagttaatatctttgtccgg
aagccgatcgcctcggcgggactgtacaatgaccgttacttgtacaaaccggcgatacga
actctacttgaccacggttacaaaacccgttcttatgacatggtggccccaacgcctgat
cggaactggaattacgtcgatgcctttgttgcagggcataatgacgagttgtccgaacat
ttgaggttttggcgcgctaggttcgtcctgataccaatgacagccagacactcgtttttc
cccaagacgcagtacggggacagtgaagaagagattcgcatcgaaggcattcggaagctt
gcgcagatgtggcagaagcacaggtatatcccggcgagcgaacggagctttcaagcatcg
cgtcgcaaaaaggacatgaatccccttgatatcgtttacaaaacagaagatccatccgta
gttattgcggccgagctggaaacgcttccgttgttggagggcctggaaggcgggcacagg
aagggtcagctggtcacgagcagagagcaattttcgaagaagaacttcagcctggcagca
ttggcagaggctatccagcagcccgtggaaaatggaggcattcgaatgcaaaaccggcgc
tggcatttgcgcctccattacaactgcttcatcggctctgacatgaccacttggctcctg
gagaacttcgaagacttggaggacagagaggaagccgaagagcttggtaaccgtctcatg
gtcacttcagatgataagtcgaaggatgaaagcaaagatgggaggaaggatggcggtgga
ctcttcgtgcacgttgagaggcgacatcctttcagagatggccagtacttctaccagatc
agcagcgactatgcgaaacccaaccctccaggctggtttaacacaaggcgggttccagtg
tctgtcccatcaacaccgcattcggaagtacgggattcaccaaggtccaatgtgtcgatg
tcaagaccaacatctatccacgaagacagctctcccacctctggaacggttaccccaacg
gcagctatgatggcgggtggcaagaagcccagggtggttctgagtaaggtcatgaaatac
gatgttgaccatcgaaaacgctcttaccggcccgaggtggtcgatttgcattacgacaga
cttcacaaccccgacaattgttaccatatccggatcgactggatgaacgtaacagccaag
ttgatcgaagatgctattgaggcatgggctcgcgaggcagccttgtacgggctccggctc
gttgaggttcctatcaacgaagcttgtgatataacggaaattaacccgttccgccgaccg
tacatgatcaagctggctgtccagccaccaaaccaacagcccatcacctactttgatccc
aattcgtttactccgcaagcacagccagggcggcacttctatcagagggctctcctgaga
aagtttgactttgttctcgacatggagccagcgtccagcttcccctataccgtcgacgtg
tcgtactcatggggcaagccggactttaaatacacgcagttcatccaccgctccggtact
ctcattgctgaaatcaccgacgaaggcgacatcctgatcttagccaaccgtctctatagc
aaccgcacggcggcccagcgtgagaaggaaatgcagcagaagggaggcggatccggtgcc
gggggcgacaacctcggactcggtcccggtccaggccgcatctcaacgcctggtctctac
ggaccaaacgctcacccagaccagccaaacgcagtctcctccccgctcgtcaaacccaca
acagccttcctctcccccgcgcttcggccgcacctcatcgggcccctggccagcggcccc
ccatcaaccaacggattcggcaccacaggccaacccctcaaccgatccaccgtcaccgtc
cccgtaacgcccgtcatccaagaccctgaggttatcaaagacgagctcgaatccttctgc
cgcgaccgctccgccctcgaggccttttaccgcgaattgctcgagcgcgaagcgcacccg
cccgcacccaacaccacgcccggccttgcgcccgtgaagatcccgtcgaccacagcgacg
aaggactcaaccctcgccttcgctactcctcacctcggcgccggtcaaaatactaccagc
acgggtcacacggttcccgatacgaacatccccagcctcggccttcctccgggcgtgcta
gcagcaataggcggcaccggcctgagcaatcttagtgacttgcagctggtaggtagcggg
actgggctgggaatcagtcctgtacgagtgggaagtccgagcttgttgtcggctgcgtcg
gctgcgtctgcgggccacccctcgcactcgacgatgatgaggagagcgagcgtgcaggaa
ggggttatgggtagtaggattggtttgggctttgggggaggtgcgtcagctgcagctgca
gctgctcaagcggcggcggcagcggcagcggcaggagcttcgggagcgggagctgctggt
agtagttctgatgctggtggtgccggaaacattggtggtggtgctggcggagatgcaggt
gctagtgagcactga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (43)   
   KEGG ORTHOLOGY (1)   
   RefGene (39)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (53)   

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