KEGG T01001: 55127

Homo sapiens (human): 55127

Entry

55127 CDS T01001

Gene name

HEATR1, BAP28, UTP10

Definition

HEAT repeat containing 1

Orthology

K14550

U3 small nucleolar RNA-associated protein 10

Organism

hsa Homo sapiens (human)

Pathway

hsa03008

Ribosome biogenesis in eukaryotes

Class

Genetic Information Processing; Translation; Ribosome biogenesis in eukaryotes [PATH:hsa03008]

SSDB

Motif

Pfam:

BP28CT U3snoRNP10 HEAT DUF2435 Vac14_Fab1_bd

Other DBs

NCBI-GI:

NCBI-GeneID:

HGNC:

HPRD:

Ensembl:

Vega:

UniProt:

Position

1q43

AA seq 2144 aa
MTSLAQQLQRLALPQSDASLLSRDEVASLLFDPKEAATIDRDTAFAIGCTGLEELLGIDP
SFEQFEAPLFSQLAKTLERSVQTKAVNKQLDENISLFLIHLSPYFLLKPAQKCLEWLIHR
FHIHLYNQDSLIACVLPYHETRIFVRVIQLLKINNSKHRWFWLLPVKQSGVPLAKGTLIT
HCYKDLGFMDFICSLVTKSVKVFAEYPGSSAQLRVLLAFYASTIVSALVAAEDVSDNIIA
KLFPYIQKGLKSSLPDYRAATYMIICQISVKVTMENTFVNSLASQIIKTLTKIPSLIKDG
LSCLIVLLQRQKPESLGKKPFPHLCNVPDLITILHGISETYDVSPLLHYMLPHLVVSIIH
HVTGEETEGMDGQIYKRHLEAILTKISLKNNLDHLLASLLFEEYISYSSQEEMDSNKVSL
LNEQFLPLIRLLESKYPRTLDVVLEEHLKEIADLKKQELFHQFVSLSTSGGKYQFLADSD
TSLMLSLNHPLAPVRILAMNHLKKIMKTSKEGVDESFIKEAVLARLGDDNIDVVLSAISA
FEIFKEHFSSEVTISNLLNLFQRAELSKNGEWYEVLKIAADILIKEEILSENDQLSNQVV
VCLLPFMVINNDDTESAEMKIAIYLSKSGICSLHPLLRGWEEALENVIKSTKPGKLIGVA
NQKMIELLADNINLGDPSSMLKMVEDLISVGEEESFNLKQKVTFHVILSVLVSCCSSLKE
THFPFAIRVFSLLQKKIKKLESVITAVEIPSEWHIELMLDRGIPVELWAHYVEELNSTQR
VAVEDSVFLVFSLKKFIYALKAPKSFPKGDIWWNPEQLKEDSRDYLHLLIGLFEMMLNGA
DAVHFRVLMKLFIKVHLEDVFQLFKFCSVLWTYGSSLSNPLNCSVKTVLQTQALYVGCAM
LSSQKTQCKHQLASISSPVVTSLLINLGSPVKEVRRAAIQCLQALSGVASPFYLIIDHLI
SKAEEITSDAAYVIQDLATLFEELQREKKLKSHQKLSETLKNLLSCVYSCPSYIAKDLMK
VLQGVNGEMVLSQLLPMAEQLLEKIQKEPTAVLKDEAMVLHLTLGKYNEFSVSLLNEDPK
SLDIFIKAVHTTKELYAGMPTIQITALEKITKPFFAAISDEKVQQKLLRMLFDLLVNCKN
SHCAQTVSSVFKGISVNAEQVRIELEPPDKAKPLGTVQQKRRQKMQQKKSQDLESVQEVG
GSYWQRVTLILELLQHKKKLRSPQILVPTLFNLLSRCLEPLPQEQGNMEYTKQLILSCLL
NICQKLSPDGGKIPKDILDEEKFNVELIVQCIRLSEMPQTHHHALLLLGTVAGIFPDKVL
HNIMSIFTFMGANVMRLDDTYSFQVINKTVKMVIPALIQSDSGDSIEVSRNVEEIVVKII
SVFVDALPHVPEHRRLPILVQLVDTLGAEKFLWILLILLFEQYVTKTVLAAAYGEKDAIL
EADTEFWFSVCCEFSVQHQIQSLMNILQYLLKLPEEKEETIPKAVSFNKSESQEEMLQVF
NVETHTSKQLRHFKFLSVSFMSQLLSSNNFLKKVVESGGPEILKGLEERLLETVLGYISA
VAQSMERNADKLTVKFWRALLSKAYDLLDKVNALLPTETFIPVIRGLVGNPLPSVRRKAL
DLLNNKLQQNISWKKTIVTRFLKLVPDLLAIVQRKKKEGEEEQAINRQTALYTLKLLCKN
FGAENPDPFVPVLNTAVKLIAPERKEEKNVLGSALLCIAEVTSTLEALAIPQLPSLMPSL
LTTMKNTSELVSSEVYLLSALAALQKVVETLPHFISPYLEGILSQVIHLEKITSEMGSAS
QANIRLTSLKKTLATTLAPRVLLPAIKKTYKQIEKNWKNHMGPFMSILQEHIGVMKKEEL
TSHQSQLTAFFLEALDFRAQHSENDLEEVGKTENCIIDCLVAMVVKLSEVTFRPLFFKLF
DWAKTEDAPKDRLLTFYNLADCIAEKLKGLFTLFAGHLVKPFADTLNQVNISKTDEAFFD
SENDPEKCCLLLQFILNCLYKIFLFDTQHFISKERAEALMMPLVDQLENRLGGEEKFQER
VTKHLIPCIAQFSVAMADDSLWKPLNYQILLKTRDSSPKVRFAALITVLALAEKLKENYI
VLLPESIPFLAELMEDECEEVEHQCQKTIQQLETVLGEPLQSYF

NT seq 6435 nt +upstreamnt +downstreamnt
atgacgtccttagcccagcagctgcaacgactcgccctccctcaaagtgatgccagcctc
ttatctagagatgaagttgcttctttgttatttgaccctaaggaagcggccacaatcgac
agggacaccgccttcgccattggatgtactggcctggaagagttgcttggaattgatcct
tcctttgagcagtttgaagcaccgttgttcagtcagctagcaaaaaccttggagcgaagt
gttcagaccaaagcagtaaacaaacagttggatgaaaacatttcattattccttattcac
ttgtcgccttacttcctgcttaagccagcacagaagtgtctggagtggttgattcacagg
ttccatatacatctctataatcaagatagcctcattgcttgtgttctgccataccacgag
acaagaatatttgtgcgagtcatacagcttctaaaaattaataattcaaagcacagatgg
ttctggttgttgccagttaagcaatctggagtgccgttagctaaaggaactttgattacc
cactgctacaaagatcttggattcatggatttcatttgcagtttggtgacaaaatctgtg
aaggtttttgctgagtacccgggcagctcagctcagttgagggtgctcttggctttctat
gcttctaccatagtgtcggcgctggtagctgcagaggacgtatcagacaatatcatcgcc
aaactatttccctatatccaaaagggattgaaatcatctttaccagattacagagctgca
acatacatgataatatgtcagatttctgtgaaagtgaccatggaaaatacctttgtgaat
tcattggcatcacagatcatcaaaacattgaccaagattccctctttgatcaaggatggg
ttaagttgcttgatagtgctcctgcagagacagaagccagagagccttgggaaaaagcca
ttccctcacttatgtaatgttcctgatcttattacaatacttcatgggatttctgaaact
tacgatgtcagtcctcttctgcattacatgcttccccatctggtcgtctccatcattcat
catgttacaggagaagaaactgaaggaatggatggtcaaatctacaagagacacttagaa
gctatacttacaaaaatatcactgaagaacaacttagaccatttgttggctagccttcta
tttgaagagtatatttcatatagttcacaggaagaaatggattctaataaagtgtctttg
cttaatgaacaatttcttccactcattaggcttttagaaagcaaataccccagaacatta
gatgttgtattagaggaacacttaaaggaaattgcagatctgaaaaaacaagagcttttc
catcagtttgtttctctttctacaagtggaggaaagtatcagtttttagcagattctgat
acttctttgatgctcagcctgaatcatccacttgctcctgtgagaattctggccatgaat
catttgaaaaagatcatgaaaacatcaaaggagggtgttgatgaatctttcataaaagaa
gctgttttagcccgattaggtgatgataatatagatgttgttttgtcggctataagtgct
tttgagattttcaaagaacacttcagttcagaagtgacgatttcaaatcttctgaatctc
tttcaaagagcagaactttcaaagaatggagaatggtacgaggtacttaagatagccgct
gacatattaattaaagaagagatactgagtgaaaatgatcagttgtcaaatcaggtggtt
gtatgtttgctgccatttatggttatcaataatgatgatacggaatctgctgagatgaaa
attgctatatatttatcaaaatcaggaatctgctccctgcaccctctattaagaggctgg
gaagaagctcttgaaaatgtaattaaaagcacaaagccaggaaaactaatcggtgtagca
aatcagaagatgattgagttgttggctgataatataaatttaggagatccttcttcaatg
ttaaagatggtggaggatttaataagcgtgggtgaggaggagtcctttaacctgaagcag
aaagtaacgtttcatgtgatcctgtctgtgctcgtctcttgttgttcatctttaaaagaa
acccactttccatttgcgataagagtcttcagtttgttgcagaaaaaaataaagaagctt
gaaagtgtcattactgcagtggaaatcccctcagaatggcacattgaactgatgttagac
agagggatcccagtggagctgtgggcacattatgtagaagagctcaacagcactcagagg
gtggccgtggaggactcggtttttcttgtattttccttgaaaaaatttatttatgcactg
aaagctcctaaatcttttcctaaaggtgatatatggtggaatcctgaacaactgaaagaa
gacagcagggactatctgcacttgctcattgggctgtttgagatgatgctcaatggtgcc
gatgctgttcatttcagagttctgatgaaacttttcataaaggtgcatctagaagatgtt
tttcagttattcaagttctgttctgttttatggacctatggttctagcctttcaaatcca
ctaaactgcagtgtgaaaacagtgctgcagactcaagctctttatgtgggctgtgcaatg
ctttcttctcagaagacacagtgtaaacaccaactggcatccatatcttctccagtggtg
acatctttactcattaacctgggaagccccgtaaaagaagttcgtagggctgccattcag
tgtctccaggccctcagtggagtggcatccccgttttatctgataatagatcatttgatt
tctaaagcagaggagatcacttcagatgctgcctatgttattcaggatttggctacttta
tttgaggaactacagagagaaaagaaactgaaatctcatcagaagttgtctgaaactttg
aaaaacttacttagttgtgtgtatagttgcccatcttatatagcaaaagatttgatgaaa
gtacttcagggagtcaacggtgagatggtgctttctcagctattgcctatggctgaacaa
ctgctagaaaagatccagaaggagcccacagctgtgctgaaagatgaggccatggttctg
catctcactctgggaaagtataatgaattttcagtttcccttttaaatgaggatccgaag
agtctagatatatttataaaagctgtgcacacaacaaaggaactttacgcgggaatgcca
accattcagatcacagcccttgaaaagattacaaaaccattttttgcagccatatcagat
gaaaaagttcagcagaagcttttaagaatgttgtttgatttattggtgaactgtaaaaac
tcacattgtgctcagactgtcagcagtgtttttaaagggatttccgttaatgctgaacaa
gtccgaatagaactggagccaccagataaagctaaacccttgggcacagttcagcaaaaa
agaaggcaaaaaatgcagcagaaaaaatcacaagatctagaatctgttcaggaagttgga
ggttcttactggcaaagagtaactctcatcctggaattactgcagcacaaaaagaagctc
agaagtcctcagatattggtgccaactctttttaacttgctatcaagatgtttagaaccc
ttgccacaagagcagggaaatatggaatacaccaaacaattaattcttagttgtctgctc
aacatctgccaaaaactatctccagatggtggcaaaatacccaaagatattttagatgag
gagaagttcaacgtggagttgatagttcagtgcatccgcctttcggagatgccgcagacc
catcaccatgcccttttacttttgggcactgttgctggaatatttccggataaagtttta
cacaatatcatgtctatttttacatttatgggagccaatgtcatgcgcctagatgatact
tacagttttcaagttattaacaagacagtgaaaatggttattcccgcacttattcagtct
gatagtggagattctatagaagtttcaagaaacgttgaagagattgtggtaaaaatcatt
agtgtatttgtggatgcgctgccacacgtcccggagcacaggcgcctgcccatccttgtt
caacttgttgatacactgggtgcagagaaattcctctggattctcctcatcttgcttttt
gaacagtatgtcacaaaaacagtgctggcggctgcctatggcgaaaaggatgctatttta
gaagcagacactgaattttggttttcagtctgttgtgagtttagtgtccagcatcagata
caaagcttgatgaatatcctccagtacttactaaagctgccagaggaaaaagaagaaacc
attcccaaagcagtgtcatttaataagagtgaatcacaagaagaaatgctacaggttttt
aatgtagagactcacactagcaagcaactgcggcattttaaatttttgtcagtgtccttc
atgtctcagctcctgtcttccaataattttctgaaaaaggtagttgagagtggtggtcct
gagattttaaaaggccttgaagagaggttgctggagaccgttctcggctatatcagtgca
gttgcacagtccatggaaaggaacgcagacaaactcaccgtgaagttctggcgcgcgctc
cttagtaaagcttacgacctgttagataaggtcaatgccttgctgcccacagagacattc
attcctgtgatcagagggctggtgggcaatcccctgccatctgttcgccgcaaagcgctg
gaccttttgaataacaagctgcagcaaaatatatcctggaagaagacaatagttacccgt
ttcctaaaactggttccagaccttttggccattgtgcagcgtaagaaaaaggaaggggaa
gaagaacaagcaatcaacagacagacagcgttgtataccttaaagcttttatgcaagaat
tttggtgcagaaaatccagatccttttgtcccagtgctgaacactgctgtgaaactgatt
gctccagagagaaaggaggagaagaatgtcctgggaagcgcgctgctgtgcatagcagag
gtgacctccaccctggaggcgctggccatcccccagcttcccagcctgatgccatcgttg
ctgacaacaatgaagaacaccagcgagctggtctccagcgaggtctacctgctcagtgcc
ttggctgctctgcagaaggttgtggagactctcccgcacttcatcagcccctatctggaa
ggcattctctcccaggtgattcatctggagaaaatcactagtgaaatgggttctgcgtca
caggctaatatccgtctcacatctcttaaaaagacactggctaccacacttgcaccccga
gtcctgttgcccgccatcaaaaaaacttacaagcagattgagaagaactggaagaatcac
atgggtccgtttatgagcatcttgcaagagcatattggggtgatgaagaaggaagagctc
acctcccatcagtctcagctaaccgcctttttcctggaagccctggacttccgagcccag
cactctgagaacgatctggaggaagttggaaaaacggaaaattgtatcattgactgtcta
gtagccatggttgtcaaactttccgaggtcacattcaggcccctgttcttcaagctgttt
gattgggctaaaacagaagatgccccaaaggacaggttgttgacattttacaacttggca
gattgcattgctgaaaagctgaaagggctttttactctgtttgccggccacttagtgaag
ccttttgctgacaccttgaaccaggtgaacatctccaaaacagatgaagcattttttgac
tctgaaaatgaccctgaaaagtgctgcttgctgttgcagtttattttgaactgtttatac
aaaatcttcctttttgatacccagcattttataagtaaagagagagcagaagccttgatg
atgcctctggtggatcagctggaaaacaggcttgggggagaagagaaattccaggaacgg
gtgacaaagcacctgataccatgcatcgcacagttttcggtggccatggcggatgactct
ctttggaaaccactgaactaccagattctgctaaagacgagagactcctcgcctaaggtt
cgatttgctgctttgattactgtgttagcactggctgaaaaactaaaggagaattatatt
gtcttgctaccagaatccattcctttcttagcagagttgatggaagatgaatgtgaagaa
gtagaacatcagtgccaaaagactattcagcaactggaaactgtcctgggagagccactc
cagagctatttctaa

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (19)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (11)   
   UniGene (1)   
   HGNC (1)   
   HPRD (1)   
   ENSEMBL-HSA (1)   
   OC (1)   
   VEGA (1)   
Protein sequence (4)   
   UniProt (3)   
   RefSeq(pep) (1)   
DNA sequence (39)   
   RefSeq(nuc) (1)   
   GenBank (19)   
   EMBL (19)   
Protein domain (5)   
   Pfam (5)   
All databases (69)   

Download RDF

DBGET integrated database retrieval system