KEGG T02235: TPHA

Tetrapisispora phaffii: TPHA_0L02130

Entry

TPHA_0L02130 CDS T02235

Gene name

TPHA0L02130

Definition

hypothetical protein

Orthology

K07204

regulatory associated protein of mTOR

Organism

tpf Tetrapisispora phaffii

Class

SSDB

Motif

Pfam:

Raptor_N WD40 HEAT BBS2_Mid HEAT_2 DUF4239

Other DBs

NCBI-GI:

367006534

NCBI-GeneID:

11531669

UniProt:

G8C086

Position

12:complement(441224..445750)

AA seq 1508 aa
MTIFGPQPLRPLNTETRHGFEEQYNSKEFLEALANSFLFYYDDKRHLTNGNPVPDDEIKE
DKNRYYQPILDWKIMKDRQKTVSVALLLCLNLGVDPPDVIKTQPCARVEAGIDPLNFQDS
KKAIEQIGENLQSQYESLSLRARFKQSLDPSVEDVKRFCYSLRRTSKEDRILFHYNGHGV
PKPTPSGEIWVFNRGYTQYIPVSLYDLQTWLGAPCIFVYDCNCAENIVSNFQTFVQKRIK
DDESGKHDPAAPSPTIAYSECFQLAACRSNELLQTAVELPADLFTCCLTNPIEISVKVFL
LQSPLNKSKYRVFFESQDSNDRIDFNDDISGIAPKIKIPGTISDRRTPLGELNWIFTAIT
DTIAWTSLPRPLFKKLFRHDLMVAALFRNFLLAKRIMPLYNCHPVSDPHLPDIVADHPMW
KSWDLAIDELLSKLVADMENSKFTDTESTALFNQDDSLQLHINTGSQEQRPQNSRMPSRF
AAGNLSNMSLAAHPSLHNRGKESVTSLKNVPQVKKQFTDFFEQNLTAFELWLKYYSNSRN
PPEQLPIVLQVLLSQVHRIRALVLLSRFLDLGPWAVYLSLSIGIFPYVLKLLQSPAPELK
PILVFIWARIMAIDYKSIQSDLLKEKGYMYFVNILIADYGATLEGGESSLNNNPQITMTI
PHLNNPVFYQNNGRLPGAFPYNETTDEQKAMAVFILAAFIRDFPQAQKQCFSIELINMLS
YYLLYSDIPLLRQWSAILLGQFCDHNPLNKYIYMDLDITSSLIKALTDLVPEVRAASLNA
LSYFISEADDVETLLGIEKEYTYHLQQLHTQLQQFKTANHRQNQQLEQQQMNLERQIQIY
QNMQARLQNVDFSLLKVQGIYNVVAILKLVEDGSPFVRKEVIIFLSKFVHRYINFFVVVF
FEFLVDELIQLDNIGKNNVLKVNKNNVSHGSIFSSVWKTLLIFSCDPFEENKELANKVID
YIFFEVNMNKEFKVSLRKIGENLIKRSSNWNQKQANSFNASHIQVIGKQDSKFHSNRDEN
SSDEKESLSGQFFLTKIFNSLGFGENYGSDTFSSSYSRTESGPPSRRSHLEDGVLNRPKR
VNIDPINKEYTLPLKGQFLDFCFEYFQEPQMKKHEIDEVGSVEYNTRLWRRNRNEEIIEK
TQSEKTLALYGNWNNRISIFDNKSQPKLLEFTQFDNYLVAADERDCITVYDWANDDVLNK
FSNDNPYGTKITSLKFLNEDDSSLLLTGSSDGILKIYKDIDKNGNTTIVSAWRGLTDMLL
TPRSTGLLTEWQQSKGSLLVTGDVKVIRVWDAHSESIEVDIPVKTSSLVTSITSDQLAGD
TVVCGFSDGSIRVYDRRLNSRDAMVRLWRSNEGKKHYPINYVHLQRGGFRELASGTTDGT
VELWDIRNQDPITSFNIGSSNQSSESRISTMTKMQLHEHGPILATGTKQVSIWTTAGDLL
STFDNTSHNSGIVGTFGASGIRSSLTLANSNSGSFLSSLAFHPHRMMLAASNSHDSKISI
YSCENKFD

NT seq 4527 nt +upstreamnt +downstreamnt
atgactatttttggtccacaacctttaagacctctgaatacagagactagacatggtttt
gaagaacaatataacagtaaagaatttttagaagcactggcaaattcatttttgttttac
tacgatgataagagacatttaacgaacggaaatcctgtaccagatgatgaaataaaggaa
gataaaaatagatattatcaacctatcttagattggaagattatgaaagacagacaaaag
actgttagtgttgctttacttctttgtctaaatcttggagtagatccgcctgatgtaata
aaaactcaaccatgtgccagagtagaagctggcatagatccactgaattttcaagattct
aagaaggcaattgagcaaataggtgaaaatttacaatcgcaatacgaaagtttatcatta
agagccagatttaaacaaagtttagatccgtccgttgaagatgttaaaaggttttgttat
tcccttagaagaacatcaaaagaagatagaattttatttcattacaatggacatggtgtg
ccaaaacctacaccttccggagaaatttgggtttttaatagaggatatacacaatatatt
ccagtatcattatatgatctgcaaacatggcttggggcaccttgcatttttgtctacgat
tgtaattgtgcagaaaatattgtttcgaatttccaaacttttgtccaaaaaagaatcaaa
gatgacgaatcaggaaagcatgatccagctgcaccttcaccaactattgcatattctgaa
tgttttcaattagcggcatgtagatctaatgaactactgcaaacagctgtagaactacca
gcggatttatttacatgttgtttaactaatccaatcgaaataagtgtcaaagtgttttta
ctacaatctccattaaacaaatcaaaatatagagtattttttgaatcacaagatagcaat
gatagaatagattttaatgatgatatcagtggaatagcacctaaaataaaaataccgggc
accatttcggatagacggaccccattaggtgagttaaattggatttttaccgccatcact
gataccatagcatggacatccttaccacgtcctcttttcaaaaaactatttagacatgat
ctgatggtagctgctttattcagaaattttttattagcaaagagaataatgccactatat
aactgtcacccagtgtctgatcctcatttacctgatattgtagcagatcatcctatgtgg
aaatcttgggatttagctattgatgaattattaagtaaacttgttgctgacatggaaaat
tcaaaatttactgacactgaatctactgcattatttaatcaagatgatagcttgcaattg
catataaacacaggttcacaagaacaaagaccacagaattcaaggatgccatcgagattt
gcggctggaaatttaagtaatatgtctcttgctgcacatccctcactacacaatcgtggc
aaagaaagcgtaacttcactgaaaaatgtacctcaagtcaaaaaacaatttactgatttc
ttcgaacaaaatttaactgcatttgaattgtggttaaaatattattccaattcacgaaac
cccccagaacaactcccgattgtccttcaagtgttgctatcacaagttcatcgtataaga
gcattggtattattgtcaaggtttttggatttagggccatgggctgtctatctttcctta
tctattggtattttcccttatgttcttaaattattacaaagtccagctcccgaactaaag
cctattctagtatttatttgggcaaggatcatggccattgattacaaaagcatacaaagt
gatctcctaaaagaaaagggatacatgtactttgtaaatattctgattgcagattatgga
gcaaccttggaaggtggtgaatcatctttgaataacaaccctcaaataacaatgacaatt
ccacatttgaataatcctgtgttctatcaaaataatggtagattgccaggtgcatttcct
tataatgaaactacagatgagcaaaaagccatggctgtttttattctagctgcatttatc
cgtgactttccccaagctcagaaacagtgtttcagtattgaattaattaatatgttatca
tattatttgttatattctgacattcctttactaagacaatggtcagctatattattaggc
caattctgtgaccacaatccattaaataaatatatttatatggatctagatataacatca
tctttaatcaaagcattgacagatttagtaccagaagtaagagctgctagtttaaatgct
ttatcatattttatctctgaagctgatgatgtcgaaacactcctaggaatagaaaaagaa
tatacttaccatctccaacaacttcacacacaattacaacaatttaaaactgcaaatcat
cgacagaatcagcaactagaacagcaacaaatgaatttggaacgccaaattcaaatttac
caaaatatgcaagcccgcttacaaaacgtcgacttttccctactgaaagttcaaggtata
tataatgttgttgctattttaaaattagtggaagacggttcgccattcgttaggaaggaa
gtgattatctttctttccaagtttgttcatcgttatatcaatttttttgttgttgtgttt
ttcgagtttttggtcgatgaattaattcagctagacaatataggtaagaacaatgttctg
aaagtgaataaaaataatgtcagtcatggttccatttttagtagtgtttggaaaacgtta
ctgattttttcttgtgacccatttgaagaaaacaaggaactagcaaataaagttattgat
tatatattttttgaggtcaatatgaataaggaatttaaagtgtcattacgaaagatagga
gaaaacttaattaaaagatcttcaaattggaatcagaaacaagcaaactccttcaatgca
tctcacatacaagttattggcaaacaagactctaaatttcattctaatagagatgagaat
agttcagatgaaaaggaatctctttctggtcaattctttttaacaaagatttttaattcc
ctcggatttggagagaattatggttcagatacattttcttcttcttattcaagaacggaa
tcagggccaccatctagaagaagtcatcttgaagatggtgtgttaaataggccaaaaaga
gttaatattgatcccatcaataaggagtatacgcttccactaaaaggccagtttcttgac
ttctgttttgaatatttccaggaacctcaaatgaagaaacatgaaattgacgaagttgga
agtgtcgaatataatacaagattatggaggagaaacaggaacgaagaaattattgagaag
actcaatcagaaaagacattggcactttacggtaattggaataatagaatatctatattt
gacaataaatcacaacctaaacttttagaatttacacaatttgataattatttagttgct
gccgacgaaagagattgcattactgtctatgactgggcaaatgacgatgtcttgaacaaa
ttctcaaacgacaatccatatggtacgaaaattactagcttaaaatttttaaatgaagat
gactcctccttattattgactggatcttcagatggtatcctaaagatatataaagatatc
gataagaatgggaatacgaccattgtatctgcttggcgtggtctgactgatatgttatta
acaccgagatccaccggtcttctaactgaatggcaacaaagtaaaggttctttgttagtt
acaggtgatgttaaggttataagagtatgggatgctcattctgaaagtattgaagttgat
atacctgtcaaaacatcgtcattggttacatcaattacttcagaccagctcgctggtgat
acagttgtttgcggtttttcagatgggtctattagagtatatgatcgtcgtttaaactct
agagatgcaatggttcgattatggagatcaaatgaagggaaaaaacattacccaataaac
tatgtacatttacaaagaggtggttttagggagttggctagtggtacaactgatggaact
gtagagttgtgggatataagaaatcaggatccaataacgagttttaatattggttcgtct
aatcaatctagtgaatctaggataagcacaatgacaaaaatgcaacttcatgagcatggg
ccaattttggctacagggacaaaacaagttagtatttggactactgctggtgatctatta
tctacttttgataatacatcccataatagtggaatagtaggtacctttggtgcatcaggt
atccgttcgagtctaactttggcaaattcaaactcaggctcgtttctatcctcccttgca
ttccacccacatagaatgatgctggctgcttcaaactctcatgattccaaaatttcgatt
tattcctgtgaaaataaattcgactag

All links

Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (14)   

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