KEGG   Danio rerio (zebrafish): 100000337
Entry
100000337         CDS       T01004                                 
Symbol
zgc:173837
Name
(RefSeq) mucin-19 isoform X1
Organism
dre  Danio rerio (zebrafish)
SSDB
Motif
Pfam: Ribosomal_S10
Other DBs
NCBI-GeneID: 100000337
NCBI-ProteinID: XP_021334993
ZFIN: ZDB-GENE-080213-12
UniProt: A0A8M9Q6F4
Position
10:19593984..19598019
AA seq 1119 aa
MEQGWKRLPLLVVFLLLWKNADGFAYSTSPNAGQWWGQSSDNTFLPLVVQSSESKAPVTG
VLLEEVVSSLPKNRPKITLLQAVKGGVSSSSDSTPQDLTPNTPSSASLPVDQSGMGGLVS
LQGSSGSTTAYATRGSGQLVFAQEESDGFFSKTVVSGQSTNDQSSPSLSSSASRGTTYDV
ITQAQGTGQFAPGSSYATISLPKYATSQLITGPSSKQFTSVYGTQTGSSAPFTLQGSTTH
GGPIQTQDASIQLVSETSTPHMAVSLYKGVASQSAVPSSKQITSAYSTPTGSSALFTLQG
LLQGQDSSRVALGSSAPHVEVSFPQIVTSPLTSLPSSKQITSVYSTQTGSSAPFTLQKVV
QAPDATSQVVSGSSSPNVVLSLPQGVTSQSTTVQGSKKPITSVYGTPTGSSALFTLQGPL
RHQDSSNRVSVSSPYVAVSLPQAVTSQSGGPISKQITSVYSTQTGSSAPFTLQRLVQAQD
STNQVVSGSSPYVTVSSPQGVTSQSTTLPSSKKLIASIYGTPTGSSALFTLQGPLQRQDS
SQVVSVSSPYVTVSLPQAVTSQSGGPISKQITSVYSTQTGSSAPFTLQRLVQAQDSASQD
ISGSSTPYVAVSLPQDVNSPLTPLPSSKQITTVYSTEAETSAPFTLKESTTYGGLLQAQD
STSQVSVSSTPYVAVSLPQGVAIQSAVPISKQITSVYSTQTGSSAPFTLQRLVQAQDSAS
QDISGSSTPYVAVSLPQDVNSPLTPLPSSKQITTVYSTEAETSAPFTLKESTTYGGLLQA
QDSTSQVSVSSTPYVAVSLPQGVAIQSAVPISKQITSVYSTQSGSSAPFTLQRLVQAQDS
TNQVVSGSSPYVTVSSPQGVTSQSTTVPSSKKLIASIYGTPTGSSALFTLQGPLQRQDSS
SQVVSVSSPYVAVSLPQDVNSPLTPLPSSKQITIVYSTEAETSAPFTLKESTTYGGLLQA
QDSTSQVSVSSTPYVAVSLPQGVAIQSAVPSSKQITSVFGTQTGSSAPFTLQGSTTYGGP
LQVQDAASKVVSGSSPNVAVSFPQDVTSQSVVPSSKQITSVYGTQTASFAPFRWQRLLQT
EDSTGQFSPGSPSSVKTSTSYFSKPSSSSTIGRYNSVKG
NT seq 3360 nt   +upstreamnt  +downstreamnt
atggaacaagggtggaaaaggttacccttgttagtagtcttcctgctcctttggaagaat
gctgatggatttgcatattcaacttctccaaatgctggccaatggtggggtcagtcatct
gacaacactttcttgcctcttgtggtccagtcttctgagtcaaaggcccctgtgactggg
gttttgcttgaagaagtggtctctagtttaccaaaaaacagacccaagattactctactt
caggctgttaaaggtggtgtttccagcagttctgactctacaccccaagatctaactcca
aataccccctcttcagcttctctgcctgtggatcaatctggtatgggtggtttagtgtca
cttcagggctcatctggctccaccactgcatatgctacaaggggttctggacaattggtt
tttgcacaagaggaaagtgacggcttcttttccaagactgtagtttcaggccagtccact
aatgaccagagctcccctagtctgtctagttcagcttctcgaggtaccacctatgatgta
attactcaggctcaaggtacaggtcagtttgctccaggatcttcatatgcaaccatatca
ctgcccaaatatgctactagtcaattgataactggaccaagttcaaagcaatttacctcc
gtctatggcacccagacaggatcatctgctcctttcactttgcaaggtagtaccacacat
ggtggaccaatccagactcaagatgcctcaattcagttagtttcagaaacttcaacccca
cacatggctgtatcattgtacaaaggtgttgctagtcagtcagctgtgccaagttccaag
cagattacctctgcctatagcactcctacagggtcttctgctcttttcactttgcaaggg
ctactccagggtcaagattcaagtcgggttgctttaggatcttcagccccacatgtagaa
gtttcttttccccaaattgttactagtccgttgacctctctaccaagttcaaagcagatt
acttctgtctatagcacccagacaggatcctctgcccctttcactttgcaaaaagtagtc
caggctccagatgcaacaagccaggttgtttcaggatcatcttccccaaatgtagtctta
tcattgcctcaaggtgttactagtcaatcaacaactgtgcaaggttcaaagaagccaatt
acctctgtctatggcactccaacaggatcctctgctctattcactttgcaaggacccctc
cggcatcaagattcatcaaatcgggtttcagtatcttccccatatgtggctgtatcattg
ccccaagctgttactagtcagtcaggtgggccaatttcaaagcagatcacctctgtttat
agcactcagactggatcctctgcccctttcaccttgcaaagacttgtccaggctcaggat
tcaacaaaccaggtggtttcaggatcttctccatatgtaaccgtatcatcgcctcaaggt
gttactagtcagtcaacaactttgccaagttcaaagaagctaattgcctccatctatggc
actccaacaggatcctctgctcttttcactttgcaaggaccactccagcgtcaagattca
agtcaggttgtttcagtatcttccccatatgtaactgtatcattgccccaagctgttact
agtcagtcaggtgggccaatctcaaagcagatcacctctgtttatagcactcagactgga
tcctctgcccctttcaccttgcaaagacttgtccaggctcaggattcagcaagccaggat
atttcaggatcgtcaaccccatatgtagctgtatcattgccccaagatgttaatagtccg
ttgactcccctgccaagttcaaagcaaatcaccactgtctatagcactgaggctgaaacc
tctgctcctttcactttgaaagaaagcacaacatatgggggacttctccaggctcaagat
tcaacaagccaggtttcagtatcctcaaccccatatgtagctgtatccctgccccaaggt
gttgctattcagtcagctgtgccaatttcaaagcagatcacctctgtttatagcactcag
actggatcctctgcccctttcaccttgcaaagacttgtccaggctcaggattcagcaagc
caggatatttcaggatcgtcaaccccatatgtagctgtatcattgccccaagatgttaat
agtccgttgactcccctgccaagttcaaagcaaatcaccactgtctatagcactgaggct
gaaacctctgctcctttcactttgaaagaaagcacaacatatgggggacttctccaggct
caagattcaacaagccaggtttcagtatcctcaaccccatatgtagctgtatccctgccc
caaggtgttgctattcagtcagctgtgccaatttcaaagcagatcacctctgtttatagc
acccagagtggatcctctgcccctttcaccttgcaaagacttgtccaggctcaggattca
acaaaccaggtggtttcaggatcttctccatatgtaaccgtatcatcgcctcaaggtgtt
actagtcagtcaacaactgtgccaagttcaaagaagctaattgcctccatctatggcact
ccaacaggatcctctgctcttttcactttgcaaggaccactccagcgtcaagattcgtca
agtcaggttgtttcagtatcttccccatatgtagctgtatcattgccccaagatgttaat
agtccgttgactcctctgccaagttcaaaacaaatcaccattgtctatagcactgaggct
gaaacctctgctcctttcactttgaaagaaagcacaacatatgggggacttctccaggct
caagattcaacaagccaggtttcagtatcctcaaccccatatgtagctgtatccctgccc
caaggtgttgctattcagtcagctgtgccaagttcaaagcagatcacctcggtctttggc
acccagacaggatcttctgctccattcactttgcaaggtagcaccacatacggtggacct
ctccaggttcaggatgcagcaagtaaggttgtttcaggctcttccccaaatgtagctgtt
tcctttccccaggatgtgactagtcagtcagttgtgccaagttcaaagcagatcacctcg
gtctatggcacccagacagcatcctttgcacctttccgttggcaaagactacttcagact
gaagattctacagggcagttttctccaggatctccgtcctctgtcaagacctcaacctct
tatttttccaaaccttccagtagctctactataggacgctacaactctgtcaagggataa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (24)   
   RefGene (20)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   ZFIN (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (1)   
   Pfam (1)   
All databases (32)   

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