KEGG   Alligator sinensis (Chinese alligator): 102376079
Entry
102376079         CDS       T02922                                 
Symbol
HEATR1
Name
(RefSeq) HEAT repeat-containing protein 1 isoform X1
  KO
K14550  U3 small nucleolar RNA-associated protein 10
Organism
asn  Alligator sinensis (Chinese alligator)
Pathway
asn03008  Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:asn00001]
 09120 Genetic Information Processing
  09122 Translation
   03008 Ribosome biogenesis in eukaryotes
    102376079 (HEATR1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:asn03009]
    102376079 (HEATR1)
Ribosome biogenesis [BR:asn03009]
 Eukaryotic type
  90S particles
   U3 small nucleolar RNA-associated proteins
    102376079 (HEATR1)
SSDB
Motif
Pfam: BP28CT U3snoRNP10 HEAT HEAT_EZ HEAT_2 Vac14_Fab1_bd DUF6120
Other DBs
NCBI-GeneID: 102376079
NCBI-ProteinID: XP_014379460
UniProt: A0A1U8DQD0
Position
Unknown
AA seq 2159 aa
MTSLAQQLKRLALPQNDPSLLSRSEAASLLFDCKEAATIDRDTFFALGCTGLEELTGIDP
SFEMFHSTLFSVTSKGLERSVQSKVVNQQLDENISLFLIHLSPYFMLKPAQKCLEWLIHR
FHIHLYNPDSLIGCVLPYHETKLFVRVIQLLKITDPTHRWNWLDPIRRPGVPLARGTLIT
HCHKDLGFMDFICSLVTKSVKVFSAYPGSSSQLRVLLTFYASTIVSALGAVEKITDTIIS
KLLPYIQKGLKSCLEDYRAATYMIICQLAVKVTMETSLVSALTLQISKSLTKMPSLAKEG
LACLIVLLQSQKGDNLGKKPFNYLCNIQDLVTLLRGISEAYDITPLLRYLLPQLVSSVVH
YSDEGHEESEESYSQIYATHLEAILTGIPLEKEVDRLVACKFLEEFISYSTENASEPTKM
EVLSKKLLPLIRLFERKYPKALDMVLEEHLKDVTDQTKQDLFHQFISLSLSGGKYEFLAD
SDTSLLLSLNHPQPAVRVLAIRHLKEIIEISKEGFDKSFIEEAILARLMDDNLEVVVSAL
SALEIFKGQINPEVTVSSLLGLFQRADLSKDEKWYTVLEAAINILIKEEILNEREKLLNQ
VAVKLLPFMVITNNNSKSTDWRMAVCLSESGLCSLHPLFKGWSEAFEKIIKSNEPPELVG
VATQKMILLFSDNISSGDPSKMLQMVEDLICAAENESCHVKQKVAALIITSVLAQCCCNS
QMEESSLSLALRVFSLLGGRIRKLESGRSTKMIPPEWTVESLPGSILSTELLTEYIEKLN
RGQAVDAEDSVTLLLLLKSFINDLRPPLSFLKEEKWWNPENLNEQSRDYLHLLLELFNLI
VCKASEGSNSVQFRMLMSLLFKVHLEDSEKLFRFLSILWTYNYNLSNQLSYTVNAVLQTQ
ALYIGHAVLTSLAAQKKKQLVSASSTVVISLLINLGSPVSEVRRAALKCLCSLSGIKESL
FHPVLHHLVQKTEEIISDPTYATQSLGGLFKELQTQSEQKSQQKLSEALKHLLDCVQVPT
CPSYIARNLMKILHAVNGEVVLFHLLPAIDRLLEKVLKDPETVLKDEVLLLHLILEKYNE
HSAALLCKNQQCLDLFIKSLHTTKELYKDIPTLQITALGQITKPFFAAVKNGNMQQKLLK
VLFDLLVNCKNPRCAQTISSVFKGISVDAEQMSVELEPPEKAKVPATVQQTRRQKMQQQR
KPQDGESVQETRSMNWQRITLILELLQHKKKLKHPQALVPTLFNLLARCLEPSTSEEENL
EYTKQLILSCLLNICQKLSPDGSRIQSDILDKEKFNVELIVQCIRVSEMPQTHHHALLLL
GAVAGMFPDKVLHNIMPIFTFMGANVMRLDDTYSFQVISKTVKMVIPALIQADDGGSPET
SRGVEEVVIKVIRVFVDALPHVPEHRRLPILAQLVDTLGGDRFLWVLLVLLFEQHVTKTA
TAANSGEKDTVLETDVEFWIAIYCEFNVQCQFKSLMKIIQYLTKLPENKEDDPGPKKPRT
RKTKVQDQEGQLFNVESHSDKQLRHFKFLSVSFTAQLLASERFVKKIVECGEAEEIQELE
QSLLEEVLCYINFVARSVEENADKPTAKFWRVLLNKSYDMLDKVNALMPTETFIPVIRGL
MTNQLPSVRRKAMDLLNNKLQQRTRWQKSQIQQLLDLVPELMAIVQHKITEEEEEQAINR
QTALFSIKLLCKCFGTENPEPFLPVLKATIDLISLEKKEERNVTGSALLCIAEVTCTLKA
LTIPQLPRLMPALLKTLKHKKELVSNEIYLLSAVTALLKVVETLPHFLSPYLLDSLLQII
RLERIAVDMGPSSQIYQRVMSLKTTVATQLAPRVLLPAITKSYSELANSWKKCLGPLMDI
LKEHIVVMDKDQLTSHQSELTTFFIRALDFRTEHSQDNLEDVGRTETPIINCLISMVMKL
SEISFRPLFFKLFDWSKTEGASKDRLLTFFRLADSIADKLKGLFSLFAGHLVKPFADTLN
QVNASKTDEAFFDAEHSTEKSCLLLQFILDCLYKIFLFDTQHFVSKERAETLMMPLVDQL
ENXXXXXXXXXXXERVTAHLIPCIAQFSVAMADDSLWKPLNYQILLKMRHTSPKVRFAAL
LALLELAGKLKENFMVLLPESIPFLAELMEDECEEVEHQCQKTVQQLEVILGEPLQSYF
NT seq 6480 nt   +upstreamnt  +downstreamnt
atgacttccctcgcccagcagctgaaacggcttgctctaccccagaatgatcccagcctc
ctgtctcgaagtgaagcagcttccttgctgtttgattgcaaagaagctgcaactattgac
cgggacaccttcttcgcacttggttgcactggtttagaggaactgactgggatcgatcct
tcctttgagatgtttcattctactttgttcagtgttacatcaaaaggcttggagcggagt
gttcagagtaaagtagtaaaccagcagctggatgagaatatttctttgttcctgatccac
ctgtccccttacttcatgcttaaaccagcacaaaagtgccttgagtggctgattcacagg
tttcatatccatctctacaacccggacagtttgattggttgtgttttgccgtatcatgag
actaaactgtttgtgcgagttatccagcttctgaaaattacagacccaactcacagatgg
aattggttggatccaataaggagacctggagtccccctggctagaggtactttaattaca
cactgccacaaagacctgggcttcatggatttcatttgcagtctggtgacaaaatctgta
aaggtcttttcagcgtatcctggtagttcgtctcagttgagagtcctgcttactttttat
gcctccaccattgtatctgctcttggggctgtagagaagattacagacaccataatctcc
aaactgctcccttatatccaaaagggtttgaaatcctgtctagaggattacagggctgca
acgtacatgatcatctgccagctggcagtgaaagtgaccatggagacatctttagtgagc
gccttgactttacagatcagcaagtctttgaccaaaatgccttccctggccaaggaagga
ctagcctgcctgattgttcttctacagagccaaaagggagacaatcttgggaaaaagcca
tttaattacttgtgtaacattcaggacctggttaccttgttgcgtggcatttcagaagcc
tatgacatcactccacttctgcgttacctgctgccacagttagttagctccgttgtccac
tacagtgatgaagggcatgaagaatctgaagagtcgtatagtcagatatatgcaacacat
ctggaagcgatacttacaggtataccactggaaaaagaagtagatcgcctagtagcctgt
aaatttcttgaagagtttatttcctacagtacggagaatgcatctgaacccaccaagatg
gaagtactcagcaaaaagctgcttcctctaatcaggctttttgaaagaaagtatcctaaa
gccctagacatggtgttggaggagcatctgaaagatgttacagatcagaccaagcaagat
ctttttcaccaattcatctctctctcgctgagtggtggtaaatatgagtttctagctgat
tcagatacctccctgctgcttagcctgaatcatccacagcctgctgtcagggttttggct
attcggcatttgaaggagattattgaaatatcaaaggagggatttgataagtccttcata
gaagaagccattcttgctcgacttatggatgacaacttggaggttgttgtgtctgctctc
agtgccctggagatttttaaggggcagatcaatccggaagtaactgtttcaagtctgttg
ggcctttttcaaagagctgatctttcaaaggatgagaagtggtacacagttctggaagca
gcaataaacattttaatcaaagaagaaattctgaatgagagagagaagctgttaaatcaa
gtagcagtaaaattgttaccatttatggtgatcactaataataattcaaaatcaacagac
tggagaatggcagtttgtctatcagaatctggcctctgctcccttcatccattgttcaaa
ggctggtcagaagcttttgaaaaaataattaaatccaatgagcctccagagttggttggt
gtggccactcagaaaatgatcctgctgttttctgataatatatcttcaggagatccttcc
aaaatgttacagatggtggaggatttgatttgtgctgctgaaaacgaatcctgccatgtg
aagcagaaagtagctgctctcataatcacctccgtgcttgcccagtgctgctgcaattca
caaatggaggaaagttctttgtcattggctctcagagtctttagtcttttggggggaaga
atcagaaaacttgaaagcgggcgctctacaaagatgattcctccagaatggacagttgaa
tcattgcctgggagtatattgtcaacagagttgttgactgaatatatagaaaagctcaat
agaggtcaggctgtggacgcagaagattcagttactctcttgcttctattgaaaagcttt
attaatgaccttaggcctcctttatcctttttaaaagaagagaagtggtggaatccagaa
aatctgaacgaacagagcagagattatttacacctcctgttggagctgtttaacctcatt
gtctgtaaagctagtgaaggaagcaactctgttcagttcagaatgctgatgagtctctta
ttcaaggtacatttagaagactcagagaagctgttcagattcctttcaattttatggact
tacaactacaatctttcgaatcaactaagctacacagtgaacgcagtgttacagactcaa
gctttgtatataggacatgcagtgcttacatcactggcagcccagaagaagaaacagctg
gtgtcagcttcttccacagtggtaatatctttgctaattaatcttgggagtcctgtaagt
gaagttcgaagagctgctcttaaatgcctctgctccctcagtggaataaaggagtctctg
tttcatcccgttcttcatcacctggtccaaaaaaccgaggagatcatatctgatccgaca
tatgcaactcagagcctaggaggcctgtttaaggagctgcagacacaaagtgaacaaaaa
tcccaacagaaattgtcagaagctttgaaacacctactcgattgtgtacaagtccccact
tgtccatcatatattgcaaggaatttgatgaaaattcttcatgcagttaatggtgaggtg
gttcttttccatctgttacctgcaatagacaggttgctggagaaagtcctgaaagatcct
gagacagtgttgaaagatgaggtgcttcttctgcatctcatccttgagaaatacaatgaa
cattcagctgccctcttgtgcaagaatcagcagtgtctggatttgttcattaaaagtctt
cacactacaaaggagctctacaaagacattccaactctccagatcacagcacttgggcag
attactaagccattctttgctgcagtgaaaaatgggaacatgcaacagaagcttctaaaa
gtattgtttgatttactagtaaactgcaaaaacccacgctgtgcccagaccattagcagt
gtttttaaagggatttccgttgatgctgagcagatgagtgtagaattggagcctcccgaa
aaagccaaagttccggctaccgttcagcaaacaagaaggcagaaaatgcagcaacagaga
aagcctcaagatggagaatcagttcaggaaacaaggagcatgaattggcagaggatcaca
ctcattctggaactactacagcataagaagaagctcaaacatcctcaggcactggtccct
acactttttaacctgctagccagatgtttggagccttccacatcagaagaagaaaatcta
gagtatacaaagcagctaatccttagctgtttgctaaacatctgtcagaaactatcccca
gatggcagcaggatccagtcagatattcttgataaagaaaaattcaatgtggagctgata
gttcagtgcatcagggtatcggaaatgcctcagacgcatcatcatgcactgctactgctt
ggagctgtagctggcatgtttccagataaagttctccacaacatcatgcccatttttact
ttcatgggggcaaatgtcatgcgtctagatgacacttacagtttccaagtaattagtaaa
acggtgaaaatggttattcctgctctcatacaggctgatgatggtggctctccagagacc
tcgaggggtgtggaggaggtagtaattaaagtaatacgtgtgtttgtggatgccttgcct
catgtacctgaacacagacgcctgcccatcctggcacagctggttgatacattgggaggg
gatcgattcctctgggttcttctggtgctactgtttgaacagcatgtgaccaaaacagcg
actgcagccaacagtggagaaaaggatactgttctggagacggatgtcgaattttggatt
gccatctattgcgaatttaatgtacagtgtcagttcaagagcttgatgaaaataatccag
tatttaacgaaactcccagagaataaagaagatgatcctggaccaaaaaaaccaagaaca
cgtaaaacaaaagtgcaggatcaagaagggcaacttttcaatgtggagtcccactcagac
aagcaactgcgacattttaaatttctgtctgtctccttcacggcacagctgttggcttct
gagaggtttgtgaaaaagatagttgaatgcggtgaagctgaagaaatccaggagttggag
cagagcttattagaagaagttctttgctacataaattttgtggcgcgttcagtggaagaa
aatgcagacaaaccaacagcaaagttttggcgagttctgctcaataaatcctatgatatg
ctggataaagtcaatgccttaatgccaacagagacctttattcctgtgattagaggactg
atgaccaaccagctgccttctgtgagacgtaaagcaatggatctcttgaacaataagttg
cagcagcgcacacgttggcagaagagccaaattcagcagctcttagacctagttccagag
ctcatggctattgtacagcataaaataactgaagaggaggaagagcaagccatcaatagg
cagactgctttgttcagcatcaaactgttgtgcaaatgttttggtacagagaatccagag
ccatttttgcctgtgctgaaagctacaattgatctgatttctttagaaaagaaggaagaa
agaaacgtgacaggaagtgctttgctctgcatagctgaggtcacttgtacgttgaaagcc
cttacaatacctcagcttccaaggctgatgccagcattgctgaagacactaaaacacaaa
aaggagctggtctccaatgagatttacttgcttagtgcagtgactgccctgctgaaggtt
gtggaaacattaccacatttccttagcccataccttttggattccttgctacagattatt
cgcttggaaaggattgcagtagacatgggtccttcatcccagatttatcaacgtgtaatg
tcactgaaaacgacggtggccacacagcttgctccccgagttctcttgccagcaataacc
aagagctatagtgaacttgcaaattcctggaagaagtgtctgggtcctcttatggacatt
ttgaaggaacatattgtagttatggacaaagaccagcttacctcccatcaatctgagctg
acaacatttttcattagagctttggatttcagaacagaacattcacaggacaatctggag
gatgttggtaggacagagacgcctattataaactgtctgattagcatggttatgaagctt
tctgagatttctttcagacccctcttcttcaagctgtttgattggtccaagacagagggc
gcctcaaaggacagactgctgacattctttcggttagcagacagcattgcagacaaactc
aaggggctttttagcctgtttgcaggtcatttggtgaagccttttgctgacacgctgaac
caagtcaatgcatctaaaactgatgaagctttctttgatgcagagcacagcactgagaag
agctgcttactgctgcagttcatcttggactgtttgtacaaaatcttcctctttgacacc
cagcattttgtgagcaaggagagagcggaaaccttgatgatgccgctagttgaccagcta
gaaaacatnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnngaaagagtgacagcccacctg
ataccttgtatagctcagttttcagttgcaatggcagatgattctctctggaaaccattg
aactaccagattctgttgaagatgagacacacgtcacctaaggttcgctttgctgctctg
cttgctttgttagaacttgcaggaaaactgaaggagaacttcatggtgctgttaccagaa
tccattccattcttggctgagctaatggaagatgaatgtgaagaagtagaacaccagtgc
cagaagacagttcagcaactagaagtcattttgggagaaccactccagagctacttctaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (43)   
   KEGG ORTHOLOGY (1)   
   RefGene (39)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (7)   
   Pfam (7)   
All databases (65)   

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