Aniseed - Transcript Card

Transcript Model

Transcript Id

Harore.CG.MTP2014.S58.g13580.02.t

Possible name(s)

KTN1; RRBP1

Gene model

Harore.CG.MTP2014.S58.g13580

Location

S58 [306,846 / 318,398]

Sequences

Amino acid sequence

Length: 1,159

>Harore.CG.MTP2014.S58.g13580.02.p
MFFQMKRKRRFPKLDCSTLIAGIQLEKIKSPSILPFETPAYREVSFYSRSLVIKSFKMYD
MDTSSLSLIGFGVVVIVGSVLMYIVSLVSMKETSFEDVLEEQRQKKIKEDKQRSQQNKQK
RDQYKKKFELKKKKAHVGNGKLEKMDAGVSPMHEVQIKETPEIVIEEPVKAEVKTKVKGK
VTKKQESSPQLKDSPKPSHPILKSTADIKESPQNSAFETTEEMTAEKPQKPLPQAKQEEQ
KKTESNRPRTVSFSDDVSEKAENEPEKSKKKKKKADIENENILVTNLRDALLSERDVQNI
LTLIKQKYGIDVGGGNKIRDLQSQLDQAKKQLSKKAQAYDEVHSVKQKDDKRIKELTQDL
NTEKIKFSSLEKVLQEKEKESRKEFVALQTKTRAEISQLKETLKKTADYDEICKTAEKLK
SENAIYLVEIQKNAALAGEMSRTTADLQQTKFKLQESQRKCNEFEAKMADVSQHAENINH
QQAENESKYSHELQEMQIQMQQMQKGFASLELDYQKVNCELQSNQSHTSSMMLQVTKLTE
EKEALEEKLTESHTNIDNRDAEIQGVKEKNVQLSGEIESLKQQTEQMNSHIESLTKAVKD
DANTVSKSVQDKEDEVSKVKEDLENAKAASKKLEKEVEKLKKKNDDLRKRSWTAMDNVSA
LEKSIPDKIAAAQKDEQQKLLELESNIKEILTESYPGVSSSEKDFTVWVKAFLAKATQQF
SNEAQTSSDSKVEDLEKEASQLRKDLENQEVTASSLREKVKELETSLGEKSRNQLAHEEM
SKNTREEMEKAKSECERYKNILNSTEEILNKLQSSVEVEESVWKKKVEEAYLEATEANKN
AESLQKEIEKLQSDNSSYQEKLIEKDESFEELKKEISELQGKIEETEKSSSNTVEDSIVQ
ILYGYRARIIYINYSNSNASSISFTIQQFSYLHHMSNIFRFPTHLNIILNVIICHIEQVA
QTDVPLTEPDLEQQEEPTDARPPSPIHQISKHQQCDGTPTKTVSCQSDSPVQVQYTDACT
DTEAVLKQQDMDGFLVIDHVALAEERLEKEKMLTKNLGQAATKLQTVLKQTQEQLNQERE
KNGDLESKLTNPDAVQKEEMQMEQQNLDPDGTSYLVQNFQFFHRTIQIHELHHFPFVTLP
VPSFTTYCHLQVRTFSLYV

Nucleotide sequence

Length: 3,480

>Harore.CG.MTP2014.S58.g13580.02.t
ATGTTCTTTCAGATGAAGAGAAAAAGGAGATTTCCGAAGTTAGATTGCTCCACCCTAATT
GCTGGCATTCAACTGGAAAAAATAAAATCCCCTAGTATTCTTCCATTTGAAACTCCCGCA
TATCGAGAGGTATCATTTTATTCAAGGTCCTTGGTGATCAAATCTTTCAAAATGTACGAT
ATGGATACTAGCTCGTTGTCGCTCATTGGTTTTGGAGTTGTGGTCATAGTTGGCTCCGTG
CTCATGTACATCGTGTCGTTGGTCAGCATGAAAGAGACCAGCTTCGAAGATGTGCTGGAG
GAGCAGAGGCAGAAGAAGATAAAAGAGGACAAGCAACGCTCGCAACAGAACAAACAGAAG
AGGGATCAATACAAGAAGAAGTTTGAGCTGAAGAAAAAGAAAGCTCATGTAGGAAATGGT
AAACTGGAAAAAATGGATGCCGGGGTATCTCCAATGCATGAAGTCCAGATAAAGGAAACT
CCGGAAATAGTGATTGAAGAACCTGTGAAAGCCGAAGTGAAAACCAAAGTGAAAGGAAAG
GTGACGAAGAAACAAGAATCTTCACCTCAGCTAAAGGATAGCCCAAAGCCCTCCCATCCT
ATTCTGAAATCTACTGCCGATATTAAGGAATCCCCGCAGAATTCTGCTTTCGAGACAACT
GAGGAGATGACTGCTGAAAAACCACAAAAACCTTTGCCGCAAGCCAAACAAGAAGAGCAG
AAAAAGACGGAAAGCAACCGCCCTCGTACCGTTTCATTCAGCGATGATGTGTCTGAAAAG
GCTGAGAATGAGCCAGAAAAGTCAAAGAAGAAGAAAAAGAAGGCTGACATTGAAAACGAG
AACATCCTAGTAACCAATCTGCGAGATGCTTTACTCAGTGAACGTGATGTGCAAAACATT
CTAACTTTGATCAAACAGAAGTATGGAATTGATGTGGGTGGTGGAAATAAGATCAGAGAT
CTGCAAAGCCAACTCGATCAAGCGAAAAAACAGCTGAGCAAGAAAGCACAAGCCTATGAC
GAGGTTCACTCAGTAAAGCAGAAGGATGATAAAAGAATCAAGGAGTTGACACAGGATCTC
AATACCGAAAAAATTAAGTTCTCCTCTTTGGAAAAAGTTCTGCAAGAAAAAGAAAAGGAA
AGCAGGAAGGAGTTTGTCGCTCTTCAAACCAAGACTCGTGCCGAGATCAGCCAACTGAAG
GAAACACTGAAGAAAACTGCCGATTACGATGAGATCTGTAAAACGGCCGAGAAACTCAAG
TCTGAGAATGCGATATATTTGGTGGAAATTCAGAAGAATGCCGCCTTGGCTGGTGAAATG
TCCCGTACTACTGCCGACTTGCAACAGACCAAGTTTAAGTTGCAGGAAAGTCAGAGAAAG
TGTAACGAATTTGAAGCAAAAATGGCAGATGTGAGCCAGCATGCTGAAAACATTAATCAC
CAGCAGGCTGAGAACGAGTCGAAATATTCACACGAGCTACAGGAAATGCAAATTCAGATG
CAGCAAATGCAAAAGGGATTCGCTTCTCTTGAACTCGATTATCAAAAAGTAAATTGCGAA
CTGCAGTCAAATCAGAGCCACACCTCATCCATGATGTTGCAAGTGACCAAACTCACAGAG
GAAAAAGAAGCACTCGAGGAAAAGCTCACGGAATCTCATACAAACATCGATAATCGTGAT
GCTGAGATTCAGGGTGTAAAAGAGAAAAATGTTCAGCTGTCTGGAGAGATAGAGTCATTA
AAACAGCAAACAGAACAAATGAATTCACACATTGAAAGCTTAACTAAAGCCGTGAAAGAC
GACGCCAACACCGTCTCGAAATCTGTTCAAGACAAGGAAGATGAAGTATCAAAAGTGAAG
GAGGATCTGGAAAATGCTAAGGCAGCATCCAAAAAGCTTGAGAAAGAAGTTGAAAAATTG
AAAAAGAAAAATGATGACTTGCGTAAGCGTAGCTGGACAGCCATGGACAATGTCAGTGCT
CTTGAAAAATCCATTCCAGACAAGATAGCTGCTGCCCAGAAAGATGAACAGCAGAAATTA
CTTGAACTAGAATCAAATATCAAAGAAATACTGACCGAAAGTTATCCAGGGGTGTCAAGC
AGCGAAAAGGACTTCACTGTATGGGTAAAAGCATTCCTTGCTAAAGCTACTCAACAGTTT
TCTAACGAAGCACAGACCAGTAGTGATTCAAAGGTTGAAGATTTGGAAAAAGAGGCTTCT
CAGCTTAGAAAGGATCTTGAGAATCAAGAAGTCACTGCCTCTAGTCTCAGAGAGAAAGTT
AAGGAACTTGAAACTTCTCTGGGAGAAAAGAGCAGAAACCAACTTGCGCATGAAGAGATG
TCCAAAAACACTAGAGAAGAAATGGAAAAAGCCAAAAGCGAATGCGAAAGATATAAAAAT
ATTCTTAATTCAACTGAAGAAATATTGAATAAACTTCAGTCTTCTGTTGAAGTGGAAGAA
AGTGTGTGGAAAAAGAAGGTGGAGGAGGCTTATCTTGAAGCAACCGAAGCGAATAAGAAT
GCTGAAAGTCTTCAGAAAGAAATAGAGAAATTACAAAGTGACAATTCCTCATATCAAGAA
AAGTTGATAGAAAAGGATGAAAGTTTTGAGGAGCTGAAGAAAGAAATTTCCGAACTACAA
GGAAAGATTGAAGAGACTGAGAAATCGTCGTCCAACACTGTTGAAGATAGCATTGTTCAA
ATTCTTTATGGTTATCGAGCCAGAATAATATATATAAACTATTCAAATTCAAATGCGAGT
TCAATATCATTTACCATTCAGCAGTTCAGCTACCTACATCACATGTCTAATATTTTCCGT
TTTCCTACTCATCTTAATATCATTCTCAATGTCATCATCTGTCACATCGAGCAGGTAGCT
CAAACCGATGTGCCTCTGACAGAACCAGATTTAGAACAACAAGAAGAACCAACTGATGCA
AGACCACCTTCCCCAATCCATCAAATCAGCAAGCACCAACAATGCGACGGCACACCGACC
AAGACTGTGTCATGCCAGTCTGACTCTCCCGTCCAGGTGCAATACACAGATGCGTGCACG
GACACCGAAGCGGTCTTGAAGCAGCAGGACATGGACGGATTTTTAGTTATCGACCATGTG
GCATTAGCAGAGGAACGTTTGGAGAAAGAGAAAATGTTGACGAAAAACCTGGGACAAGCT
GCGACTAAACTCCAAACTGTTTTGAAGCAAACCCAGGAACAGCTGAACCAGGAGCGAGAG
AAAAACGGGGATTTAGAGAGCAAATTGACTAATCCGGATGCTGTTCAAAAGGAGGAAATG
CAGATGGAGCAGCAAAATTTAGATCCTGATGGAACATCTTACTTGGTACAAAACTTTCAA
TTCTTCCACCGAACCATACAGATCCATGAACTACACCATTTTCCATTTGTAACTCTTCCT
GTACCCTCATTCACTACCTACTGCCATCTGCAAGTTCGAACATTTAGCCTATATGTTTAG

Best Blast Hits in UniProt

Protein Name	Identity	Bit Score	e-value
KTN1_HUMAN	29.775 %	97.8	1.93E-20