KEGG   Maylandia zebra (zebra mbuna): 101484823
Entry
101484823         CDS       T02814                                 
Name
(RefSeq) titin
Organism
mze  Maylandia zebra (zebra mbuna)
SSDB
Motif
Pfam: fn3 I-set Ig_3 Pur_ac_phosph_N ig Ig_2 fn3_2 Y_Y_Y SusE
Other DBs
NCBI-GeneID: 101484823
NCBI-ProteinID: XP_004563486
Position
LG7:complement(7261211..7271378)
AA seq 2139 aa
MEENKNEIGKKAEDEAHVLNIDMTRDTEVSQSPSTVIVEGQPSSAAENGEISPNVQPTPI
TDKENAIKPKLQITFTTFTVKNGEELKVEVPVLGNPAPKVEWKKDGQGVKETSRLEISTT
PSLTVLHIRHAIREHSGQYCVTAANSAGKYTGEITVVVLEKPDPPTGPVTIDEVSSDYVT
ISWEPPEYTGGCQLDNYVVEKRESTSMEWQTVSATTVRTTIKVTKLKTGSEYQFRVFAEN
RYGKSTAITSPIVVAQYPFSVPAAPGTPFVSTVTKYSMVVEWEPPVRDGGSPVIGYHLER
KEKNSILWTKLNKFVIPDARFKTSGLEEGIEYEFRAFAENIAGLSPSSRISECYVARDPC
DPPGKPEAVVITRENITLQWAKPKYDGGSSITGYVVEKKELPDGRWMKANFTNVIENQFT
VTCLTGGQSYEFRVTAKNGAGVWSPPSECVTIIAQDVIEGPTASVDPKFKSTTVVQAGET
FVIEADYFGKPLPAVTWLKEGREIDKVTPRMEIKTTLTHTTLTIRDCTRADGGHFLLSLT
NIGGTTSVPVNLKVLDRPGPPDGQLKVKVISAEKCSLHWNPPLNDGGATVSHYIIEKRET
SRVTWTGVEAHVEALSYKVTKLVPGKEYVFRIAAVNKYGVGEFLESDPLIAQNPFTPPST
PSTPIATAVTGDSVTLTWERPETDGGSEIDGFIVEKLDKEGVRWTKCNKRRLNDLRFRCT
GLTEGHYYQFRILAENAAGVGAPSDPSEYIKVCEATYPPGPPTNPKMTDYSSSTVSLTWS
KPIYDGGATISGYVVEMKEATDDEWITCTPSAGVEDTNYTVKRLRENAEYNFRICAINAA
GVGDHVDLPGSVVAAEKVEAPEIELDAALRKIVSVRVCATLHLFVTIRGRPEPEVKWSKE
GDTLSERAQIEVTSSYTVLLIENVNRNDTGKYVLTASNCCGSKSAFINVKVLDSPSAPTN
LEVKDVKKDSVSISWEPPLIDGGAKISHYIVEKREETRKAFTSVFSNCMRNSYKIDNLQE
GCFYYFRVLAVNEFGTGLPAETTEAIKVSEVPLPPGKITLNDVTCSSARLSWEKPAHDGG
SKITCYIVEMQAKGDDTWTKCSESKALDAIIDGLTKGKEYFFRVCAVNEKGKSEPKCLLA
PVIVKDTSTEPMISLLSNTFSVKAGNDLKIDVPFKGVPPPTATWKKDGNALKETSRVNVS
TSDTSSQIIIKDATRIDVGVYEVTLNNSIGTTSAQIFVNVFERPGPPADLSVDGVSADFV
SLSWQPPHYTGGCQITNYVVEKRDTGSTLWQSVSATVARTSIKISRLTQGTEYQFRVATE
NRYGKSQFTESEPVVAQYPFKPPGSPPNLHVVQASKSVMVIAWSKPESDGGSPIIGYHIE
CKDQSSILWKKLNKSPVTENQYKVTSVEEGLIYEFRVCAENMAGVGPCSKPSDPVAARDQ
CDPPGNLTVTNITNTSVTLSWDKPEYDGGAKITGYIVERKELPDSCWLKCNFTNLLDTFF
EVTGLTEGEQYNFRVIAKNAAELFSPPSETTGPVTAQHNVEPPKIILEDKFRQVVVVKAG
DLLRIEAVISGRPNPTVFWLKNGRNIGTTGRVEITATKTHTSLLIRESVRKDSGQYTLTL
QNTGGTTSKAITCKVLDRPGPPAGPLEVSGLSAEKCTLSWGTPHETGGAEIMYYIVEKCE
TSRVAWTLVYGDMMSTTCKITKLLKGNEYLFRVRAVNKYGEGETLESDPVKAMDPFTIPS
APTDVEVTSATNEAMTICWKTPASDGGSRISGYIVEKREKQGIRWVRVNKKPVYDLRVKA
SGLHPGSEYEFRVFAENAAGLSEPSLPCPLTLAEDPKFLPSPPVKPTIIDSSRSSITLSW
NKPVFDGGAAVTGYKVEFRKSTEEDWTVAVQNTDRTEFTVKGLTSGTAYVFTVRSINKVG
ISEPSPETDPEVATEREEKPEIHINPEMRKTLPVKCGSSFTLTVPFTGKPVPSVSWEKAD
VDLRVRGMINTTSSATSITVERATRDDSGKYTVKLQNAAGSASLTLNVRVLDSPGPPAHI
IVKDVTKNSATVTWDIPENEGGSPVKNYLVDIRDISRTGWIRLTDKCRRLSYKVSDLEEG
GIYFFRVTGENEYGIGVPAETREGTKMTDTTDWETNPGA
NT seq 6420 nt   +upstreamnt  +downstreamnt
atggaagaaaacaagaatgagataggaaagaaagcagaagatgaagctcacgttctaaat
atagacatgacacgggatactgaggtttcccagtcaccctccactgttattgttgaaggc
cagccttcttctgctgcagaaaatggagaaatcagcccaaatgtccaacccacccccatc
acagataaggaaaatgctattaagccaaaactccagattacttttacaacattcactgtc
aagaatggtgaagagttaaaagtagaggtcccagtcttggggaacccagcaccaaaagtt
gaatggaaaaaagatggccagggagtaaaagagacatcaaggctagagatttcaaccaca
ccgtcattaacagtccttcatatcagacatgctatcagggagcactctggtcagtactgt
gtcactgcagccaacagtgctggaaaatatacaggggaaatcaccgtggttgttcttgaa
aagccagaccctcccacgggacctgtcacgattgatgaagtcagttcagactatgttacc
atctcttgggagccacctgaatacacaggaggctgtcaactagacaactatgtagtggag
aaacgggaatctacaagtatggagtggcagactgtttctgcaactacagtaagaaccaca
atcaaagttaccaagttgaagacaggaagtgaataccaattcagagtgtttgcagaaaat
agatatggaaaaagtactgcaatcacatcacccattgtagttgcacaatatccattcagt
gttcctgctgccccgggcaccccctttgtttccactgttacaaagtacagcatggtggtt
gaatgggagcctccagtcagagatggaggcagtcctgtcattggctatcaccttgaacgc
aaagaaaagaacagcattttatggaccaaacttaacaaatttgttataccggatgctcgc
ttcaaaacaagtgggcttgaagaaggtattgaatatgaattcagagcctttgctgaaaat
attgcagggctcagcccatctagcaggatatcagaatgctatgtggcaagagacccctgt
gatccacctggtaaacctgaagccgttgtcattacgagagagaacattacactccagtgg
gcaaagcccaaatatgatggtggaagcagtattacaggctatgtagtagaaaaaaaggag
ctcccagatggcaggtggatgaaggcaaactttacaaatgttattgagaatcagttcaca
gtcacatgtctgacaggaggacaaagttatgaatttagagtaactgctaagaatggggct
ggtgtttggagtccaccttcagaatgtgtaaccatcattgcacaggatgttattgaagga
cccacagcatcagttgatcccaagttcaagagtactacagttgttcaggctggagagaca
ttcgtcattgaagctgattactttggaaagcctcttccagcagtaacatggttgaaagaa
ggaagagaaatcgacaaagtcacaccaagaatggagatcaaaaccactctcacacataca
accctgactatcagggactgtacacgcgcagatgggggacactttctcttaagcctcact
aacattggtggaactacttctgtcccagtaaatttgaaggtcctggatagacctggtcct
cctgatggacaactgaaggtaaaagttatcagtgcagagaaatgcagtcttcactggaat
ccccccttaaatgatggaggtgcaactgtttctcattacatcattgaaaaaagggagacc
agtcgtgttacatggacaggagttgaagctcatgttgaagctctcagttacaaagtaaca
aaactggtacctggcaaagaatatgtattcagaattgctgccgtgaacaaatatggtgtt
ggtgaatttttggaatcagaccccttaattgcacaaaatcctttcacaccaccaagtaca
ccttctacacctatagctacagctgtgaccggtgactctgtaacattaacatgggaaagg
cctgagactgatggaggttcagagattgatggcttcattgtggagaaacttgacaaagag
ggtgtcaggtggactaaatgcaacaagagaagactaaatgatttgcgtttccgatgtact
gggctcacagaggggcattactaccagtttagaatacttgcagaaaacgcagctggtgtg
ggtgctcccagtgatccaagtgaatatataaaagtatgtgaagctacttacccacctggt
ccaccaaccaaccccaaaatgacagactattctagcagtactgtgtctctgacttggtca
aaaccaatctatgatggaggagccaccatcagtggatatgtagtagagatgaaagaagca
acagatgatgagtggattacatgcacaccaagcgcaggtgtagaggacacaaattacact
gtgaaaagactgagagaaaatgcagagtacaattttcgtatttgcgccataaatgctgct
ggtgttggagaccatgtggatctacctgggtctgtggttgcagccgaaaaagtagaggca
ccagagattgagctggacgctgccttgaggaagattgtcagcgttcgagtctgtgccact
ttacatctctttgttaccatcagaggaaggccagagcctgaggttaaatggtcaaaggaa
ggtgacaccctcagtgagcgtgctcagatcgaggtaacaagctcctatactgtgctactc
attgaaaatgtcaacagaaatgatactgggaagtatgtgttgacggcttcgaactgctgt
ggctccaagtcagcattcatcaatgtgaaagttttggactctcccagtgcaccaacaaac
ttggaggttaaggatgtaaagaaggattctgtgtccatctcttgggagccacctttgatt
gatggaggagcaaagatttcgcactacattgtagagaagcgagaggagactagaaaagca
ttcacaagcgtctttagcaactgcatgaggaattcatataagatcgacaatttacaggaa
ggatgcttctattattttcgtgtcctggctgtgaatgagtttggcactgggctgccagca
gaaaccacggaagctattaaagtctctgaggtgcccctgcctcctggcaagatcacactc
aacgatgtcacatgcagtagtgcaagactctcttgggaaaagccagcccatgatggagga
agcaaaatcacatgttatattgtagaaatgcaagctaagggagatgacacatggacaaaa
tgttcagagagtaaagcgcttgatgcaattattgatggcctgacaaaaggaaaagagtac
ttctttagagtgtgtgcagtgaatgagaagggaaagagtgagccaaaatgcctgctggca
cctgtgatagtaaaggataccagtactgagcctatgatcagtctgctgtccaacacattc
agtgtgaaggcaggaaatgatttaaagatcgatgttccatttaaaggggtaccaccacca
acagcaacctggaaaaaagacggcaatgcactgaaagagacaagcagagtaaatgtgagc
acatctgacacgtcatctcagatcattatcaaagatgcaaccaggatagatgttggtgtt
tatgaggtgaccctgaacaactccattggaaccacctctgctcaaatatttgttaatgtt
tttgaaaggcctggtcctccagcagacctcagtgttgatggtgtcagtgctgactttgtg
tctctgtcatggcagcctccacattacactggtggatgtcaaatcactaattatgttgtt
gagaaaagagatacaggcagtacattatggcagagtgtatcagctacagttgcaagaaca
tcaatcaaaatttcccgtctgacacaaggcactgaataccagtttcgtgttgctacagag
aatcgctatggaaagagccaattcactgagtcagagcctgttgttgctcagtatcccttc
aagccacctggctcaccacccaatcttcatgttgtgcaggcctcaaagtctgttatggtc
attgcttggagcaaaccggagagtgatggcggcagccctattattgggtaccatattgaa
tgcaaagatcaaagcagtattctgtggaaaaaattgaacaaaagcccagtgacggaaaac
cagtataaggtgacaagtgttgaggagggtcttatatatgagttccgggtgtgtgcagag
aatatggcaggtgttggaccctgtagcaagccatctgatcctgtagcagctagagaccag
tgtgaccccccaggcaacctcactgtcaccaatataactaacacttcagtaactctctcg
tgggacaagccagaatatgatggtggcgctaaaataactggttacattgttgagcgcaaa
gaactgcccgatagttgctggcttaagtgtaacttcacaaacttattggacaccttcttt
gaagtgactggccttacagagggtgaacagtacaactttcgtgttattgcaaagaatgca
gcggagctcttcagtccaccctctgaaacaaccggacctgtcacagcacagcacaatgta
gagccacccaaaattatcttggaagacaaatttcgacaggtagtggttgtcaaagcagga
gacctcctaagaatagaagctgtcatctcaggccgccccaaccctacagtgttttggctg
aagaatggtagaaatattggcaccacaggacgagttgaaataaccgcaacaaaaacgcat
acctctctgcttatcagagaaagtgttaggaaagactctgggcagtatactcttactctc
cagaatacagggggcaccacatctaaggctatcacctgcaaagtactagacagacctggt
ccacctgctggaccccttgaagtttctggactttcagcagaaaagtgcaccctctcatgg
ggaactcctcatgagactggtggggcggagatcatgtactacattgttgagaaatgtgaa
accagccgtgttgcctggacccttgtgtatggtgacatgatgtcaactacttgcaagata
accaaacttctcaaaggaaacgaatacctgtttagggtgagggcagtcaataaatatggt
gagggtgagactttggaaagtgacccagtcaaggccatggatccttttaccatcccatct
gctccaacagatgttgaggtcacaagtgcaaccaatgaagcgatgactatttgctggaag
acgcccgcctctgatggtggcagccgcatcagcggttacattgtagagaaaagggagaag
cagggcatccgttgggtccgggtcaataagaagccagtctatgacctacgagtcaaagcc
tctggtctgcatccgggatctgagtatgaattcagagtctttgctgagaatgctgctggg
ctaagtgaaccaagtttgccatgcccactcaccttggcagaggatccaaagtttcttcct
tcccctccagtaaagcccactataattgattcatccagatcttcaatcactctgtcatgg
aacaaaccggtgtttgacggtggagcggcagttacagggtacaaagttgaattcagaaaa
tcaacagaagaagactggactgttgctgttcagaacacagataggacagagtttacagta
aagggactcacatcggggacagcatatgtttttactgtcagatccataaataaagttggt
attagtgagcctagcccagaaacagaccccgaagtagctacagagcgagaggagaagcct
gagattcacattaaccctgagatgagaaagactctgcctgttaaatgtggcagctccttc
acattgacggtgcctttcacaggcaaacctgttcccagtgtgtcatgggagaaagcagat
gttgatctgcgagtcagaggaatgatcaacaccacgagctctgccacctctatcacagtg
gaacgagcaacacgtgatgactctggcaaatatactgtcaaactgcaaaatgctgctgga
tctgcctctttgaccctaaatgtgagggttttagattcacctggtcccccggctcatata
atagttaaagatgtgactaagaactctgccactgttacctgggacattcctgagaatgag
ggagggtctcccgtgaagaactaccttgtagacatacgagacatcagcagaacgggatgg
ataagacttactgacaagtgtcgccgattgtcttacaaggtgtccgacctggaggaggga
ggaatctatttctttagagtcacaggagaaaatgagtacgggattggggttccagctgag
accagagagggaacaaaaatgacagatacaacagactgggagacaaatccaggagcctag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (46)   
   RefGene (43)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (7)   
   RefSeq(nuc) (1)   
   GenBank (3)   
   EMBL (3)   
Protein domain (9)   
   Pfam (9)   
All databases (64)   

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