Ficedula albicollis (collared flycatcher): 101815585
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Entry
101815585 CDS
T02815
Symbol
HEATR1
Name
(RefSeq) HEAT repeat containing 1
KO
K14550
U3 small nucleolar RNA-associated protein 10
Organism
fab
Ficedula albicollis (collared flycatcher)
Pathway
fab03008
Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:
fab00001
]
09120 Genetic Information Processing
09122 Translation
03008 Ribosome biogenesis in eukaryotes
101815585 (HEATR1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03009 Ribosome biogenesis [BR:
fab03009
]
101815585 (HEATR1)
Ribosome biogenesis [BR:
fab03009
]
Eukaryotic type
90S particles
U3 small nucleolar RNA-associated proteins
101815585 (HEATR1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
HEAT_HEATR1
BP28CT
U3snoRNP10
HEAT
HEAT_EZ
HEAT_2
TOR1L1_N
RTP1_C1
CLASP_N
Vac14_Fab1_bd
iSTAND
HEAT_EF3_GNC1
Motif
Other DBs
NCBI-GeneID:
101815585
NCBI-ProteinID:
XP_016152468
LinkDB
All DBs
Position
3:complement(45196612..45233481)
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AA seq
2206 aa
AA seq
DB search
MVPPQGHCPPGTCLDGETTHTATTAASLTQTSHMPARPLPVVAHTQLHHGLVWGEQLKRL
ALPQNDPSLLDRSEVASLLFTCKEAATIDRDTFFAIGCTGLEELMGIDPLFEEFQSSLFS
PTSKGLERSVQTKAVNQQLNKNISLFLIHLSPYFMLKPAQKCLEWLIQRFHIHLYNQDSL
IGCVLPYHETNLFVRVIQLLDIKSPTHKWHWMDSIRKPGVPLARGTVITHCYKDLDFMDF
ICRLVAKSVKVFSECPGNSAQLRVLLVFYASTIVSALGAAEKITDTMVSLLLPYIQKGLK
SSVQDYRAATYMIICQMTVKVTVETSLVHSLMVQISKTLNKVPSLIRDGLACLNLLLQTQ
KGDELGRKPFNYLCKTPELVALLQGLSAGYDISPLLRYLLPHLLHTIMKSDTEEQEESEE
TENNTYIKHLQAILESIPLEKDVDSLLASKFLEEFISRGTEIESNPTKMAALNQKILPLI
RLLEIKYPKALDSVLEKYLEDCTVEADQNLFHQFISLSLSCGKYKFLEDSDTSLLLSLNH
PQPAVRVLALQHLKDAIETSKEGFDQAFIEEAIFGRLKDDNKDVVMSALSSLETFRKQVN
PEVIVSSLLNIFQRADLSKDGKWYKVLERAVNILVQEEILKEKKELLDAAVMQLLPFMII
TNANSKSSDWKMAVCLSESDLCSLHPLLKGWPEALEEAVKSTESAELVGVASEKIIILLS
GNLTSGHPSLLLQTVDDLILIAETESDSVRQKVTTHIIGSVLVQCCCNTQMKENYFPVAI
RVFRFLDKKIQNLRTCEPAEETSLNWSVETAEETLVPKDLLSAYIEKLSSDETAHAEESA
IVLFLLKNFINGLKPPLSFSKEKPWWNPESLNQDSKDYLHLLLGLFDLLVSGASEGSDAL
QYRALMNLLFKVHLKDSEVLFKFLSILWTYSYNLSNQLNYEVSAMLQTQALYIGYALLES
QTNQNKKQLLSPSSPVVISLLINLGSPVSEVRRAALNCLHSLRGIKESLFHPVLHHLEEK
TEEIVSDPTYIAQIMGTLFGELETQPKQKSQKKKLLEALENILDCVQSPVFPSYIARNLL
KILHEIHGEMVLSHLLPALDRLLKKVSSKPEAMLKDEVILLHLILGKFNEYSATLLCKNQ
QSLDLFIKSLHSAKKIYEEIPAFQITALGQITKQFFAAVSDGMVQQKLLKVLFDLLLNCK
NPLCAQTISSVFKGITVCAEQIVGELEPPKKTKSLATVQQTRRQKMQQQRKPQDAELAPE
TSHLSWQRVMLILELLQHKKKLRRPQALVPALFNLLSRCLEPMASKEENMEYTKQLILSC
LLNICQKLSSDGSKIPADVLDKEKFNVELIVQCIRISKMPQTHHHALLLLGAVAGMFPDK
VLHNIMPIFTFMGANVLRLDDTYTFQVINKTVQMVIPALIQAEDSDLSESSGGVEEVVIK
IIRVFVDALPHVPEHRRLPILSQLITTVGGDRFLWVLLVLLFEQYVTKTVEATTSADKDA
VLEADTEFWISICCEFNVRSQFQSVMKIIQYLTELPENKEDDPGTKKLRTCKTKPENQEG
QLFNVESHSDKQLRHFKFLSVSFMSQLLSSQSFVKKIVEYEGREELQELEQRLLEDVLNY
INTVASSVEGNVDKPTAKFWRVLLSKCYDMLDKVNALLPTETFIPVIGGLMMNQLPSVRR
KAMDLLNNKVQQRTKWQKSQILQLLELVPDLIAIVKCRRKEEEEEQAINRQTALFSLKLL
CKGFGTENPAPFVPVLKTAIDLISSEKEEKNVMGSALLCIAEVTSTLKAQAIPQLPRLMP
ALLKTLKSKKELVSNEIYLLSAITALLKVAETLPHFLSPYLLECLLQVVRLEKIVAEFGP
SSQISVRVSTLKTILATRLAPRILLPAVTKCYSEVLHTRKNCLGPLMNILKEHIAGMEKE
HLISHQPELTAFFMKVLDFRTEHAEDDLDEVGKIEAYIIDCLVSMVMKLSEASFRPLFFK
LFDWSKTEATLRDRLLTFHRIADCIADKLKGLFTLFAGHLVKPFAETLNQVNISKTDEAF
FDSENNTEKSCLLLQFTVDCLHKLFLFDTQKFLSKERAETLMQPLVDQLENVLGGDEKFQ
ERVTTHLIPCIAQFSVAMADDSLWKPLNYQILLKTRHNSPKVRFAALLALIEVAQKLKEN
YLVLLPESIPFLAELMEDECEEVEQQCQKTIQQLEVILGEPLQSYF
NT seq
6621 nt
NT seq
+upstream
nt +downstream
nt
atggtgcctccacagggacactgccctccagggacctgcctggatggtgaaaccacccac
acggccactacggctgcttccctcacacagaccagccacatgccagcacggccgctcccg
gtggtggcgcatactcagctgcaccatggactcgtttggggggagcagctgaagcggctg
gcgctgccccagaacgatcccagcctcctggaccgcagcgaggtggcatcgctgctcttc
acctgcaaggaggccgccactattgacagggacacgttttttgccatcggatgcactggc
ttagaagagctgatggggattgatcctttatttgaagagttccagtccagtttgtttagt
cccacatccaaaggccttgagcgcagtgttcagactaaagcagtaaatcagcagctgaat
aagaatatttcattgttcctcattcacctgtccccttactttatgcttaagccagcccag
aagtgccttgaatggctgattcagagatttcacattcatctctacaatcaagacagtttg
attggttgtgttctgccatatcatgagactaatctatttgtgagagttattcagctttta
gatataaaaagcccaactcataagtggcattggatggattcaattcggaaacctggagtc
ccactggcaagaggtactgtcattacacactgctacaaagacctggatttcatggatttc
atctgcaggctggtggcaaaatctgtgaaggtcttttcagagtgtcccggcaactcagct
cagctgagagttctccttgtgttttatgcttccaccattgtgtcagctcttggagctgca
gagaagataacagacactatggtctctctgctgctcccttacatccaaaagggcttgaaa
tcctctgtacaggattacagagctgcaacatacatgataatctgccagatgacagtaaaa
gtgacagtggagacttccttggtgcattccttgatggtacagataagcaagactttaaat
aaagtgccctcattaatcagggatgggctggcttgcttgaacctacttctgcaaactcag
aaaggagatgaacttgggagaaagccgtttaactatctgtgcaaaaccccagaactggta
gcacttttgcaaggcctgtcagcaggctatgatatctctcctctcctccgctacctgttg
cctcaccttcttcacaccattatgaaaagcgatacagaggagcaagaagaatccgaggag
acagaaaataacacttacatcaagcatcttcaagctattcttgagagtataccgctggaa
aaggatgtagattccctattggcttccaaatttcttgaagagtttatctcccgtggtaca
gagattgaatctaatcccaccaaaatggctgcactcaatcaaaagatccttcctcttatc
agacttcttgagataaagtatcctaaagccttagactctgttttggagaagtacctggaa
gattgcacagttgaggctgaccaaaatctttttcatcaatttatttctctttcattaagc
tgtggcaaatacaagtttctggaagactctgatacctcccttctgcttagtttgaatcat
cctcagcctgctgtgcgggtcctggctcttcagcatttgaaggatgctattgaaacttca
aaggaaggctttgatcaggctttcatagaagaagcaatctttggacggctcaaggatgac
aacaaagatgttgtgatgtctgctctcagttccttggagactttcaggaaacaagtcaat
ccagaagtaatagtatcaagtcttttgaacatttttcagagagctgatctttcaaaggat
ggaaagtggtacaaggttttggagcgagcagtgaacattttagtccaagaggagattctg
aaagagaagaaagagctgctagatgcagcagtaatgcagttattaccttttatgataatc
actaatgcaaattcaaaatcttcagattggaaaatggctgtttgtttgtcagagtctgac
ctctgctccttacaccctttactgaaaggctggccagaagctcttgaagaggcagttaag
tctactgagtctgctgagttggttggagtggccagtgagaaaattattattctactttct
ggaaacttgacttcagggcacccttccttactcttacaaacggttgatgacctgatactc
attgctgaaacagaatctgacagtgtgagacagaaagtaactactcatataattggttca
gtgcttgttcagtgctgctgcaatacacagatgaaggaaaattattttccagtggctatc
agagtcttccgcttcttggataaaaaaattcaaaatctcagaacttgtgaacctgcagag
gaaacttccctaaattggtctgttgaaacagcagaggaaactttggtgcctaaggacttg
ctaagtgcatatatagaaaagctcagtagtgatgagactgctcatgcagaggagtcagct
atagtcctgttcttactgaaaaacttcattaatggcctaaaacctcctctgtccttttca
aaagagaaaccttggtggaatcctgaatctctgaatcaagatagcaaagactacctgcac
ctccttttggggctgtttgacctacttgtcagtggagctagtgagggaagtgatgctctt
cagtacagagcattgatgaatctcttattcaaggtacatctaaaagattcagaggttctc
ttcaaattcctttccattttatggacttacagttataacctttcaaatcaactgaactat
gaagtcagtgcaatgctacagactcaggctctgtatattggctatgcactgcttgaatca
caaacaaaccagaacaagaaacaactgctatcaccatcatctccagtggtgatatctttg
ctaattaacttgggtagtcctgtgagtgaagttcgaagggctgctctcaactgcctccat
tccttgagaggaattaaggagtctctatttcatcctgtccttcatcatttggaggaaaag
acagaagagattgtatctgaccctacatacatagcacagattatgggaactctatttggg
gagcttgagacacagccaaaacagaaatcccagaagaaaaaattgttggaagctttggaa
aacatacttgattgtgtacagagccctgttttcccatcatatattgcaagaaacctactg
aaaattcttcatgaaatccatggtgaaatggttctctctcacctcttgcctgcactagac
cgtttgctaaagaaagtctctagcaaacctgaggcaatgttaaaagatgaagtcattctc
ctccatctaatccttggaaagtttaatgaatattcagcaactctcctgtgcaagaatcag
cagagtctggatttatttattaaaagcctgcattctgccaagaaaatatatgaggaaatt
ccagcatttcagatcacagcacttgggcagattactaagcaattctttgcagctgtgtcg
gatgggatggtgcaacagaagctactgaaagtattgtttgacttactcttaaactgtaag
aacccactttgtgcccagacaatcagcagtgtgtttaaagggattacagtgtgtgctgag
cagattgttggagaactggagcctcctaagaaaaccaaaagtctggccactgttcaacag
actagaaggcagaaaatgcagcaacagagaaagcctcaagatgcagaattggcgccagaa
acaagccacttgagctggcagcgggtgatgcttattctggagctgctgcagcacaagaag
aagcttcggcgtccgcaggcattggtacctgcacttttcaacctcctgagcaggtgtctg
gaacccatggcatcaaaagaagaaaacatggaatatacaaagcagctgatcctcagctgc
ctgctgaatatctgtcagaaattgtcatcagatggtagcaagatcccagcagatgtcctg
gacaaagaaaaattcaatgtggaactgatagttcagtgcatcaggatttctaaaatgccc
cagacacaccaccatgctctgctgctccttggtgctgttgctggaatgtttcctgataaa
gttcttcacaacatcatgcccatttttacattcatgggagcaaatgtcttgcgtctggat
gatacctacactttccaagtaattaacaagacagtgcagatggttattcctgctcttata
caggctgaagacagtgacttgtcagagtcctcgggaggcgtggaggaggtggtgatcaag
atcatccgtgtgtttgtggatgccctgccccacgtgccggagcaccggcgcctgcccatc
ctgtcccagctgatcactacagtgggaggagacagattcctctgggttctcctggtgctg
ctctttgagcagtatgtgaccaaaactgtggaagcgacaacaagcgcagacaaggatgct
gttctggaagcagacactgaattttggatttccatctgctgcgaatttaatgtacgttca
cagttccagagtgtgatgaaaataatccagtacctgacagagctgccagagaacaaagaa
gatgatcctgggacaaaaaagttaagaacgtgtaagacaaaaccagaaaatcaggagggg
cagctctttaatgtggagtctcactctgacaaacaactccggcatttcaaattcttgtca
gtctccttcatgtcacaacttctgtcctctcagagttttgtgaaaaagatagttgaatat
gaaggaagagaagagctgcaggagctggaacagaggctgttagaagatgtccttaactat
atcaacactgtggcatcttcagtggaaggaaatgtggacaagccaacagccaaattttgg
agggttctgcttagcaagtgctatgatatgctggataaagtcaatgccttactgccaaca
gaaaccttcatcccagtaattggggggctgatgatgaatcagctgccctcggtgagacgc
aaggccatggacctcctgaacaacaaggtgcagcagcgcaccaagtggcagaagagccag
atcctgcagctcttagagctggttcctgatctcattgccattgtcaagtgtagaagaaag
gaggaagaggaggagcaagccatcaacaggcagactgctttgttcagcctcaagctgctc
tgcaaaggttttggcacagaaaatccagcgccatttgtgcctgttctgaaaactgccatt
gatctcatttcttcagagaaggaggagaaaaatgtgatgggaagcgctttgctctgtata
gctgaagtcaccagtacactgaaagcccaagcaatacctcagcttccaaggctgatgcca
gcactcttgaagactttaaaaagtaagaaggagctggtctccaatgagatttacctgctg
agtgccatcactgctctgttaaaggttgcagaaacacttccacacttccttagtccttac
cttttggagtgcttgttgcaggttgtccgcttggaaaagattgtggccgagtttggtcct
tcttcccagataagtgtccgtgtatcaacactgaaaaccatcctagcgacaaggctggcg
ccccgaatactcctgcctgcagttaccaagtgttacagtgaagtgctgcatacccgcaag
aactgcctgggtccccttatgaacattttgaaggaacacattgctggtatggagaaggag
cacctgatctcccaccagcctgaactgacagcatttttcatgaaagtcttggacttccga
acagagcatgctgaggatgatttagatgaagttggtaagatagaggcttacattattgac
tgtctagtcagtatggttatgaaactttccgaggcttctttcaggcccctcttcttcaag
ctgtttgattggtccaaaacagaggctaccctaagggacaggctgctgacattccaccga
atagcagactgcattgcagacaagctcaagggtctcttcaccctctttgctggtcattta
gtgaagccttttgctgagacactgaaccaggtcaacatttctaaaactgatgaagctttc
tttgactctgaaaataacacagaaaagagctgtctactgttgcagttcactgtggactgt
ctgcacaagcttttcctgtttgacacccagaagttcttgagtaaagaaagagcagaaacc
ttgatgcagcctctggtcgatcagctagaaaatgtgcttggaggagatgagaagttccag
gaaagagtgacaacacacctgataccctgcatagctcagttttcagtggcaatggcagat
gattctctttggaaaccactgaactaccagatcctgctgaagacaaggcacaattctcct
aaggtccgatttgccgccctgcttgctttgatagaagttgcacaaaaactgaaggagaac
tacctggtcctgctaccagaatctattccattcttagctgagcttatggaagatgaatgt
gaagaagttgaacagcagtgtcagaagacaattcaacaactggaagtaattttgggagaa
ccactccaaagctacttctaa
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integrated database retrieval system
