KEGG   Ictalurus punctatus (channel catfish): 108258701
Entry
108258701         CDS       T04658                                 
Name
(RefSeq) uncharacterized protein LOC108258701 isoform X1
  KO
K11542  protein CASC5
Organism
ipu  Ictalurus punctatus (channel catfish)
Pathway
ipu04110  Cell cycle
Brite
KEGG Orthology (KO) [BR:ipu00001]
 09140 Cellular Processes
  09143 Cell growth and death
   04110 Cell cycle
    108258701
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:ipu01009]
    108258701
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ipu03036]
    108258701
Protein phosphatases and associated proteins [BR:ipu01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     108258701
Chromosome and associated proteins [BR:ipu03036]
 Eukaryotic type
  Centromeric chromatin formation proteins
   Kinetochore proteins
    KMN network proteins
     108258701
SSDB
Motif
Pfam: Knl1_RWD_C MELT Crescentin
Other DBs
NCBI-GeneID: 108258701
NCBI-ProteinID: XP_017313019
UniProt: A0A2D0Q3Z5
Position
26:complement(6608923..6636884)
AA seq 1605 aa
MEQKETQKFGHDLEGLSKRRLSSILKTTRPSMKVFGNDQDENQEETRPIEKRRSSRRVSF
ATTNNIHVFPKDIKADPALAPIHNLTVGANDGRNEKLQCFDTSEKHETMGLDTMLTTPIH
FALNKENFFPQPILPLDSVDRTVLLGENTGYMDMTQSQTIAIDMEDEFNQEFTLNMSSVC
EPHKLNSQNGMPCKTFGTMGKNAMHSEFNDFLASLSKTSAQNVSAPFSKKNNDHFTLENT
SNAKIDKENVLPTCLPKLAILERDHMDMTNSRTVIIEEREAFQHFPYSVGGNPRSTNRGS
SSNYLDEMELTHSQTATINVKGMENAYHSMPYVDQKKCKFVSDDTSEMIMTQVLDEYVQD
QEQLSEQNIADHFQSNVSFAQMADSDDMEVTKSQTVVLETKFEGEPFSNSSTVSACVSSI
TGNADRTIMNTTQSGNITPGALAASKTGECKRNVTLATHTVFHNDQSDFMELTCQASTGV
LSSILDESVLKGCSNVAIDSKPISTTNVMMSKPQASFMQLPSVSPEVNRAEHFKSELPLS
HMADDMEMTQCHTVGDDLGKTHHTVCDDMEMTQCQTVVLETKSCDDYKPSDKSKKRISLV
STSFRTTGMTNEHTGHMELNRYPFSKRTKTENCVIPTAQKFILQDLSDCMQIQQGTPSDM
SVVHDDMELTGCKTLTIDTKTSVTSPSNKAQSTPCVLSSSPTINKVKRSESIHDKLGTVL
ASHAVDCKSPIPVMDLDAVNLVDKEAVSDAAAMALARDQTVNTKTDHKNYKPSCFNNVNK
NVSLNSTVKNVESSEEDCNMEITKAFTVPLEEQCCVAFNQEEMARETVKTAPVTTDQTIF
KEMDHTLPINNKTASSAKKEGYVSESDSDTLKKEHSSSIESRRRSLADLQVKLQNISQYI
SEPDRLLAGSVTAPLVSFTVVSPVEKHSEIDSSLQPSKETQLLENKINLAHKEGTTPFKL
KNSLMARLSVGGIMPKFPPRARPACPNQTEPKSTNGLQGLQLQTCFIAETCQNMNIQYGS
DETDLLDEVLPEEDFSGSLVSYLSKNKEQEVTTGVQLNEDAIEYDHMESVMNINQSEKMP
PEENDATMKDTSEKLWDSTSAAQNAPTHMVKIIDDTNSSSNSTMMKCEGVSELTLRNSQL
DSQWITMDHEFDFYKKLEDGSVTVNELLTQFGAKFVIHRSRPSALPDNFRAAETYTMEDL
LREKYIHRPKQKVYEADCQNLSEMAEGFKTQMADQDKPLRSINGTLLQDICAFSKEQLQR
FGAKLKERRVHFRKRRKAISHKIKENLYSELLKTTQDAKQSLMAKLTETSEMLEELDGCI
NDLESELNGMNNIVMGDQHSLLRLEPVLKAKQEQLDALNSEVTEKEKQIYKLELQAQSLE
DTRDKVQDETKELECRTTNLNSLNEWRFNPGDKNGIVFTFLHDTVQLVVKHKKATEECMQ
EDVDVDISFKFLLNAKSSQPSAVMVHKLLIENIDSQAKWIQKYSTTQNIPMLLHNVSVVV
SRLRLLGEEIYRLKKWGGVRLGILHITCVDTLVEVMFSSVRAFVKFELSLAVTPDYPFRP
LQLQRFQNHIGDTRLEQVKDIISSVRPAKNYLTTVMKRIHSNLLG
NT seq 4818 nt   +upstreamnt  +downstreamnt
atggagcagaaagagacacagaaattcgggcatgaccttgaaggattgtctaaaagaaga
ctttcatcgattctaaaaactacgcggccatcaatgaaagtgttcggaaatgatcaggat
gaaaaccaggaggaaactagaccaatcgaaaaacgacgaagttcacgaagagtcagtttt
gccactacaaataatattcatgtcttcccaaaagacattaaggctgatcctgcattggct
cccatccataacttaacagttggagccaatgatggacggaatgagaagttgcagtgcttt
gataccagtgaaaaacatgaaactatgggattggacaccatgctaaccacacccatccat
tttgcactaaacaaggagaatttcttccctcaaccaattttaccacttgactctgtggac
agaactgtgttacttggggagaacactgggtacatggacatgactcagagtcaaacaatt
gcaattgacatggaggatgaatttaatcaagaatttaccctgaacatgtccagtgtttgt
gaacctcacaagctcaatagtcagaatggtatgccctgtaaaacctttggcactatggga
aaaaatgcgatgcattcggaattcaatgactttcttgctagtttatcaaagacaagtgcc
caaaatgtttctgctccattttcaaagaaaaacaatgatcatttcactttggaaaataca
agcaatgcaaaaattgacaaggagaatgttctaccaacttgtttgcccaagcttgcgatt
cttgagagggaccatatggacatgaccaatagtcgcactgttataattgaggaaagagag
gcttttcagcattttccttattctgtcggtggaaatcctagaagcacaaatagagggtcc
tcttcaaattatttagatgagatggagctcactcatagtcagactgctaccatcaatgtt
aaaggcatggaaaatgcatatcacagcatgccctatgtggatcaaaagaaatgtaaattt
gtcagtgatgacaccagtgaaatgattatgacgcaagttttggatgaatatgttcaagat
caagagcagttatctgaacaaaatatagctgaccactttcagagtaatgtctcatttgcc
caaatggctgattctgatgatatggaagtaaccaaatcacaaactgttgtcctagagacc
aaatttgagggagaacctttttccaactcaagtacagtttcagcttgtgtatcttccatt
actggcaatgctgacagaacaataatgaatacgacacagtcaggaaatataactccaggt
gcccttgcagcaagcaaaactggagagtgcaaaagaaacgtgactctggcaacacatact
gtgtttcacaatgatcagagtgactttatggaattgacatgtcaagcctcaactggtgtt
ttgtcttctattctagatgaatctgtattaaaaggatgcagtaatgtggccatagattca
aaacctatttcaacaacaaatgtaatgatgtcaaaaccacaggcatccttcatgcaactg
ccatcagtctctccagaagtgaacagggctgaacattttaaaagtgaacttccactgtct
cacatggctgatgatatggaaatgacacaatgtcatacagtaggtgatgatctgggaaag
acacaccatacagtatgtgatgatatggaaatgacacaatgtcagacagttgtccttgag
accaaaagctgtgatgactacaagccatctgacaaatcaaagaaaaggatatcgcttgtg
tcaacatcttttagaactacaggtatgaccaacgaacacactgggcacatggaactgaac
agatatccattttctaagagaacaaagactgagaactgtgtgatacctacagcacagaag
tttattctccaggatctgtctgactgtatgcaaatacagcagggcactccttctgacatg
tctgttgtacatgatgatatggaactgacaggatgcaagactttgactattgacacaaaa
acctcggtaacaagtccttcaaacaaggcacaaagcacaccatgtgtgttatcttccagt
ccaaccataaacaaagtgaagaggtctgaatcaatccatgataaacttggaacagtgctt
gcttcacatgctgtagactgcaaatcaccaattcctgtaatggatttggatgctgtaaat
cttgtagacaaagaggcagtatcagatgcagctgccatggccttggccagagatcagaca
gttaacacaaaaactgaccacaaaaactataaaccttcatgttttaacaatgtgaataaa
aatgtgtcccttaattcaactgtcaaaaatgtagaatcctctgaggaagactgtaatatg
gaaattactaaagcttttacagtgcccttagaagagcagtgctgtgttgcatttaatcag
gaagaaatggccagagaaactgtgaagaccgcacctgtaaccactgaccaaactatattt
aaagaaatggaccatacattgccaataaacaacaaaaccgcttcctctgccaaaaaagaa
ggttatgtatctgagtctgatagtgacactttgaaaaaagaacattcgagctctattgaa
tcccgacgaaggagtctagccgatctacaagtgaaacttcaaaatatttcacaatatatt
agtgagccagatagattgttggctggaagtgttactgcacctctagttagcttcacagtg
gtgtctccagttgaaaaacattctgaaatagacagttccttacagccttccaaggaaact
cagctgcttgaaaacaaaattaacttggctcataaagagggcaccacaccattcaaactc
aagaattctctgatggcaagactgtcagttggtggtattatgccaaaatttcctccacga
gcaagaccagcatgtccaaaccaaacagagcccaaaagcactaatggccttcaaggtctt
caactgcagacatgtttcattgctgaaacatgtcaaaacatgaacatacaatatggcagc
gatgaaactgatctccttgatgaagtgcttcctgaagaagatttctcaggtagtttggtc
agctatctgagcaaaaacaaagagcaagaagtcactactggggttcagttgaatgaggat
gctattgaatatgatcacatggagtctgtcatgaatataaaccaatctgagaaaatgcca
cctgaagaaaatgatgcaaccatgaaagacaccagtgaaaaattgtgggacagtacctct
gcagctcagaatgccccaactcatatggtaaagataatagatgacaccaactccagcagc
aattccaccatgatgaaatgcgaaggagtctctgaattaaccctaagaaactcacagctc
gattcacagtggatcacaatggatcacgaatttgatttctataagaaacttgaagacgga
agtgttacagtgaacgagctcctaacacaatttggtgccaaatttgtaatccaccgatca
agacccagcgctcttcctgacaattttagagctgcagaaacttacacaatggaggacttg
cttagagaaaaatacatacaccgtcctaagcagaaagtctatgaagcagattgccagaac
ctctcagagatggctgaaggatttaaaacacagatggcagatcaagataaaccactgaga
agtatcaatggaacactgctgcaagatatttgtgctttctcaaaagagcagctacaaaga
tttggtgccaagttgaaggaacgaagagtgcacttccgaaaacgaaggaaggcaatttcc
cataaaattaaggaaaacttgtattctgagcttttaaaaacaacacaggatgcaaaacaa
agtctgatggctaaactcacggagacaagtgagatgttagaagaactagatggatgtata
aatgacttggagtctgagttgaatgggatgaataacatcgtcatgggagaccaacattcc
ctcctcagacttgaacctgttttgaaggcaaagcaagaacaacttgatgctcttaattca
gaagttactgagaaagaaaaacaaatctataagcttgaacttcaagctcaatctttggag
gacacacgggacaaagttcaagatgaaacgaaggaactggaatgccgtacaacaaatctg
aacagtctgaatgagtggcgattcaatcctggggataaaaatgggattgtttttaccttt
cttcatgacactgtgcagctggttgtgaaacacaaaaaggccactgaagaatgcatgcaa
gaagatgtggatgtggacatatcgttcaaatttctactgaatgctaaaagctcacagccg
agtgcagtcatggtccacaaactgctcatagaaaacatcgactctcaagctaaatggatc
cagaagtactcaacaactcaaaacataccaatgttgctacataacgtcagtgtggtggtg
agccgacttcgactcttgggtgaagaaatctataggctgaagaagtggggaggtgtgaga
cttggaatcttgcatattacttgtgtggatacattagttgaagtcatgttctctagcgtc
agggcatttgttaagtttgagctaagcctggctgttaccccggattatccattcaggcct
ctgcaactgcagaggttccaaaatcacattggtgacacaaggctggagcaagtcaaagac
atcatatcctctgtaagaccagccaagaactatctcaccacagtcatgaagaggattcat
tctaatctgctgggttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (34)   
   KEGG ORTHOLOGY (1)   
   RefGene (30)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (3)   
   Pfam (3)   
All databases (51)   

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