KEGG   Salmo salar (Atlantic salmon): 106562968
Entry
106562968         CDS       T04363                                 
Name
(RefSeq) microtubule-associated protein 1B-like
  KO
K10429  microtubule-associated protein 1
Organism
sasa  Salmo salar (Atlantic salmon)
Pathway
sasa03250  Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09120 Genetic Information Processing
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    106562968
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:sasa01009]
    106562968
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:sasa04812]
    106562968
Protein phosphatases and associated proteins [BR:sasa01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     106562968
Cytoskeleton proteins [BR:sasa04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Microtubule-associated proteins (MAPs)
     106562968
SSDB
Other DBs
NCBI-GeneID: 106562968
NCBI-ProteinID: XP_013983596
UniProt: A0A1S3KXZ0
Position
ssa11:complement(53008724..53060893)
AA seq 1964 aa
MATLVESADIETLSSSSNVMASPMSASLSHRFVDNKFYLLVVIGEMVTEDHLKCAIADIE
KGIRSWDTNLIDCNLDQELKLFVSRHSARFSADVRGQRILHHKSSVLETVVLINPSDAAV
STEVCQMISDTARHKLLVLSGQCFENTGELILQSGSFSFFNFIDIFTDPEIGELLITIHP
ANKASLTLYCPEQGDWKNSNLDKHNLQDFINMKLNSPLILPEMEGLSEFTEYLSESVEIP
SPFDMLEPPTSGGFLKLSKPCCYIFPGGRGDSALFAVNGFNMLINGGSDRKSCFWKLVRH
LDRVDSILLTHIGDDNLPGINSMLQRKMAELEEEQSHGSQGTGDWVKNLISPDIGVVFLN
IPENLEKPAETNFRVRRNIEEVAQTLHYLSKLNLRPEPLQRPVGNTIEPIILFQKMGVGK
LEMYVLNPSKTSKDLQHFMKQWTGSEKDKASVLLPNGKEAELPISYMTSISSLIVWHPSN
PSEKIVRVLFPGNATQYHILEGLEKLKHLDFLKQPVVTQKELSSNLAPALKQAKLKHKTD
SKESLKSVSRPSPSKSFKKESKEEAPEKAKTDAESAREKTAKFEKKDKPLVKKEKVKEPE
KEVKAKAEPAPETPEKKKPEIKTKALKEKIIKKEPRKSVEKKNDEKEVKKEVAKEDEKLT
SKKEETPKKEQKQETPKKEQKVNKEEVKKDILKKDKDFRRDSPMKIRKEEKKEQKKEDLK
KDIKKPSKDVKNASSALGEGKKLAPKPKPLKKDDTTKKDFGSPFKSKGKPKVTKKDTKAT
DAKSAAAGAAAITAGVVAAATCAAEVLETERAMMSSPEDLTKDFEELKEEEIVQEEEPVV
VHREALLHSKESPEAEESLDEGITTTEHEGESRETPEEQEHKGKLSGSSSEKFEDEGTGL
DYEKKGETEEVHEPMRREMEKHIHAVDSEDKDSEDEGADADQYVRDHNRNETEVQKLGLS
VIHPHITSEPLSPAASVHDETLPAGSDDEVASDDENRDEAYTATSGHTQSTIEISSVPTP
MDEMSTPRDIMSDETTNDETEDSPSQDLARFGGTTLGDFERKRLSPLQDGPESDHSKSNA
TEGRDYHASASTISPPSSLEEDKEEGFKSDKFGLDSARLSSALSTTSPLIRSPSAPKGTF
DSYPSGFAVPIELCTTLSGSSKAAAGSSTSPDDKTLEGTTSPHSSGHTPYFQSPVDEKSG
SIPPANDHGPVIVEVTGDKEDSIRVSPVDDPIPDHTSSVEKVLSPMKSPPPVRGKTHFDL
DQMLTIHLSQDERKNGASDSNSVSSTNPFTGFKEESKMSISEGTTSDKSGSPVDEAVAED
TFSHIASASTTSLATSSFPEPTTDDVSPALHAEAGSPQSTEVEDSLSVSVVQTPTPFQEA
EISPKGDSPRPMSISPDISPKTAKSKTPVQEPKSPEHSTMSFGQESPDHSLALDFNKQSP
EHTCAGSLRATENGPTEVDYSPSEDNDLRPAEQRPPTMDKPMLFKDNDSSHATSVSPSDA
SQSTPSTTTPCQMREISPVLAQQMDKSPAIPSSSSYSCFTQKTEMSLGAETNPFKCGDSK
SPVSPKVPSPSYLPLSSNLSDYQKSAGSSKDPDSSKKSPSSGSRTDVDLCLVTSCEYRHP
KTELSPSFINPSPLEYFMNEENPLEEEKPLAKSDGGPPPPSSKLHAKQCEETPPTSISES
APSQTDSDVPPGTEECPSITADANIDSEDDSETLPTDRTLTYRHADPPPVPPRDSAPSPA
HPDVTMVDPEADMPPADDNNRTKDKDSKGEGAEKAKKKKLTKTKSSSPARKTGLSKVKDS
KVIASPKKSAGEGKDAKNATNTSASRGVKSATSGSGSGKAAAAMPVPNCPPTYMDLVYIP
NHCSAKNVDAEFFKWVRSSYYVVSGNDQTAQEPSKAVLDSLLEGKAMWGNNMQVTLIPTH
DSEVMREWYQETHEKQQDLNIMVLASSSTVVMQDESFPACKIEL
NT seq 5895 nt   +upstreamnt  +downstreamnt
atggcgacgcttgtggagtccgcagatattgagactttaagcagctctagcaacgttatg
gcatccccgatgtccgcgagtctctcgcaccgttttgttgacaacaaattttacctgctt
gtggttattggggaaatggtcacggaggatcacttgaagtgtgccattgccgatatagaa
aaagggattcgctcatgggacaccaacctcatcgactgtaacctagaccaggaactcaag
ctctttgtctccagacattcagcccgtttctctgcagacgtacgagggcagagaattctt
caccacaaaagcagcgttctcgagacagtagtgcttatcaacccttcagatgcagctgtc
agcactgaggtttgtcaaatgatctcagacacagccagacacaagctgctggtgctttcg
ggacaatgctttgaaaacacaggagagctgattctgcagtccggctcattctctttcttc
aacttcatagatatattcacagaccccgagattggtgaattgctcatcactattcaccca
gcaaacaaagcaagcctaaccctctactgccctgagcaaggcgactggaaaaattcaaac
ctggacaaacacaacctacaagatttcatcaacatgaagctcaactcacccttgatactc
ccagagatggaaggtctctcagagttcacagaatacctgtcggagtcagtagaaatccca
tcgccttttgacatgttggagccaccaacctctggtggtttcctgaagctctcaaaacca
tgctgctacattttccctggcggccgcggcgactcggccctctttgcggtgaacgggttc
aacatgcttatcaacgggggctccgaccgtaagtcctgcttctggaagctggtgagacac
ctagaccgggtagactccatcctcctgacccacatcggggatgacaacctgcctggcatc
aacagcatgctccagaggaagatggctgagctggaggaagagcagtcccatggatcccaa
ggtaccggcgactgggtgaagaacctcatatccccagacattggggttgtgttcttgaac
atccctgagaatctagagaagcctgctgaaaccaacttcagggtgaggagaaacattgaa
gaggtggcacaaactctccattacctgagcaagctgaatctgaggcccgagcctctgcag
aggccggtcgggaacacaatcgaacccatcattctgtttcagaagatgggcgtggggaag
cttgagatgtatgtgcttaatccatcaaagaccagcaaggacctgcagcactttatgaag
cagtggacaggtagtgagaaagacaaagcctctgttcttctgcccaatggaaaagaagca
gagctcccaatctcttacatgacctcaatatcttcattgatcgtgtggcacccatcaaac
ccttcagagaagatagtgcgagttcttttccctggaaatgcaactcagtatcacattctt
gaaggtttggaaaaactaaaacacttggactttttgaagcaaccagttgtcactcagaaa
gagctatcttctaacttggctccagccttgaagcaggcaaagttgaaacataaaactgac
agcaaggagagtctgaagtcagtctcaaggccatcaccaagcaaaagtttcaaaaaggag
tcaaaggaggaagctccagagaaggcaaagacagacgcagaatcagctcgagaaaagacc
gcaaaatttgagaaaaaagataaacctttggtgaaaaaggaaaaagtgaaggaaccggaa
aaagaagtgaaggctaaagcagagccggcacctgaaactccagaaaagaagaagcctgaa
attaaaacaaaagctcttaaggaaaagattatcaagaaagaacccaggaagtctgtagaa
aagaagaatgatgaaaaggaggtaaagaaagaagtagcaaaggaagatgagaagctaaca
tctaaaaaggaggaaacacccaaaaaggaacagaagcaagaaacacccaaaaaggaacag
aaggtaaacaaagaagaggtaaagaaagacattttaaagaaagacaaagatttcaggaga
gattccccaatgaagataaggaaggaagagaaaaaggagcaaaagaaagaagatctaaag
aaagacataaagaagccatccaaggatgtaaaaaatgcttcatctgcattaggtgaaggg
aaaaaacttgcaccaaaaccaaaacctctgaaaaaagatgacactacaaagaaagacttt
ggaagcccttttaagtccaagggaaagccaaaagtcaccaagaaggacaccaaagccaca
gatgctaaatctgctgctgcaggagctgcagctatcacagcaggagtggtagccgccgcc
acttgtgctgcggaggtccttgagacagaaagagccatgatgtcttctccagaggacctc
accaaggactttgaggagctcaaagaagaggagatcgttcaggaggaagagccggtggtg
gtccacagagaggccctcctgcactctaaggagtctcctgaagcagaagagtctctggat
gaggggatcacaaccactgagcatgaaggagaaagcagggagaccccagaggaacaggag
cataaaggcaagttgagtggcagcagcagtgagaagtttgaagatgagggaactgggcta
gattatgaaaagaagggagagacagaagaggtccatgagccaatgagaagggaaatggag
aagcatatacatgctgtggatagtgaagacaaggactctgaggacgagggtgcggatgca
gaccaatatgtaagagatcataacagaaatgaaacagaagtacagaagctggggctgtct
gtgatacaccctcacataacatctgagcctctgtctccggctgcatctgttcatgatgag
acccttccagctggctccgacgacgaagtagcctcagatgatgagaaccgagacgaggca
tacactgctacatctggccacacccagtcaactattgagatctccagtgtgcctactcca
atggatgaaatgtccactccaagggacattatgagtgacgaaaccactaacgatgagaca
gaggattctccctctcaggaccttgccaggtttggaggaaccacattaggagactttgag
aggaagaggctgtctccgctacaagacggcccagagtcagaccattcaaagagtaatgcc
actgaaggcagggactaccacgcttctgcgtccacaatatctccaccatcgtcactggaa
gaggataaagaggaaggattcaagtcagacaaatttggtcttgattcagcaagactcagc
tctgcactctccactacttctcctctcatacgctccccttcagctcccaaaggaaccttt
gactcatacccctctggattcgctgtaccaattgaactgtgcacaacgctttcaggatca
tcaaaggcagcagcagggtcttccaccagcccagatgacaagacattggaaggaaccacc
tcacctcattcctccggtcacacaccttactttcagtctcctgtggatgagaagtctggc
tctataccacctgcaaatgaccatggtcctgtaatcgtggaggttacgggtgacaaagag
gattccatcagggtcagccccgtggatgacccaattccagaccacacctcatctgtagag
aaggtgctctccccaatgaagagcccaccaccagtaagaggaaagacacactttgattta
gatcaaatgttaacaatacacttgagtcaagatgagaggaaaaatggagctagcgacagt
aactcagtctcatccacaaaccccttcacaggtttcaaagaggagagtaaaatgtcgatc
tcagagggaaccacatctgataaatcgggcagccctgttgatgaggctgtagcagaggac
acgttttcacacatcgcctcggcttccaccacctcactggccaccagctcattcccagag
cctacaacagatgacgtttcccctgctctccacgctgaagccggctcccctcaatcaaca
gaggtggaggactccttgtctgtctctgtggttcagactccaaccccattccaggaggca
gagatctctcccaagggggacagccccaggcccatgtcaatctctccagacatctcacca
aagacggccaaatcaaagacaccagtacaggagcccaaatccccggaacattcgaccatg
tcatttggtcaggagtcccctgaccactcattagccctggacttcaacaaacagtctcca
gagcacacttgtgcaggcagcttgcgcgccacggagaatgggccgacagaggtggactac
agcccgtcagaggacaatgatttgagacccgctgagcagcgcccacccactatggacaag
cctatgctcttcaaagacaatgactcaagtcacgccacctctgtgtccccttcagatgct
tcccaatccaccccctcgaccactacaccttgtcagatgagggaaatatcacctgtctta
gctcagcagatggacaaatcccctgccatcccctcttcatcctcctattcttgcttcaca
cagaaaacagagatgtctctgggagcagaaactaatcccttcaaatgtggagattccaaa
tcccctgtcagtcccaaggttccctccccatcctaccttccactctcctcaaacctctct
gactatcagaagtctgcaggtagctccaaggacccagactcctccaagaagagcccttct
tctggttccagaacagatgttgacctatgcttggtgacttcctgtgagtaccgacaccct
aagacagagctgtccccctccttcataaaccccagtcccctggagtacttcatgaatgag
gagaaccctctggaggaagagaagcccctggctaagtcagatggaggacctccacccccc
agcagtaaattacacgctaagcaatgtgaagagactccaccaacctccatcagtgaatct
gccccttcccagacagattcggatgttccccctgggactgaggagtgcccttcaattacc
gcagatgcaaacatagactctgaggatgattctgagacacttcccactgacagaacccta
acgtacagacacgcagatcctcctcccgtgccccccagggactctgctccgtctccagcc
cacccagatgtcaccatggtagatccggaggccgacatgccccccgctgacgacaacaac
cggaccaaggacaaggactcaaagggagagggagctgagaaagctaagaagaagaagctc
accaagaccaagtcctcctctccggccagaaagactgggctctcaaaagtaaaggattca
aaagtaatagcctctcccaaaaagagtgcaggagaagggaaagatgccaaaaatgcaacc
aatacctctgcgtcaaggggtgtgaaaagtgccacatcaggttcaggtagtggaaaggca
gcagcggcaatgcccgtacctaactgccctcccacatacatggacctggtttacatccca
aaccactgcagcgccaagaatgtggatgcagagttcttcaaatgggtcaggtcctcctac
tatgtagtcagtggcaatgaccagacagcccaggagcccagcaaagctgtcctggactca
ctgctggagggcaaagccatgtggggaaacaacatgcaggtgaccctgatcccgactcat
gactcagaggtgatgagggagtggtaccaggagactcatgagaagcagcaggacctgaac
atcatggtgctggcctccagctccactgttgtcatgcaggacgagtccttccccgcctgc
aagatagagctgtga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (75)   
   KEGG ORTHOLOGY (1)   
   RefGene (71)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
All databases (85)   

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