- Transcript 'KH2012:KH.C14.229.v2...'
Transcript Model
Transcript Id
KH2012:KH.C14.229.v2.B.SL2-1
Possible name(s)
CCDC158
Gene model
Location
KhC14 [3,348,411 / 3,360,839]
Amino acid sequence
Length: 861
>KH.C14.229.v2.B.SL2-1
LVPDMMVEAFERFVTTSQEDADTLRSNVLRLEAELNAIKQEQEAERLLAQADTEELINRL
KLKNQQEVEDQIKQKNNFQDKLHEVTSELSNLKLEHTAKERHLEDACKQVNELNRQLNEI
RQAVLKEKGETQVKIVNSDYDVKVANDRGDRLEKEKGILQLREQLTTQVAEKVKEAEMSE
RIKGETRARALSDEITELREQLSRAQAELTATERQMSDVLLERTKTMEILKEKDQQVDRL
NTQFNLTDRKLIEVTEAKRTLDEKFTNLQREYDDVSVRASNAKSDLERTRSFAEDKEKIA
MQLRHQVEMKTSSLDTALKSENEATTKARSLEARLKEIMQEVENLSSDLHSREEEVKSYE
RRVSELIEEKGSIADDVRMIEEEVARVLKSKEEMGAELKEARFQVSHLIQERDHLSKDLK
YLTKRYNDEMNKVKKELKQKKNDLDQIQETLQTVKSVDGKAAKIAESMQKELTSKRAVID
SLQSELCKVCDKMESCEKENKSLKKENIKLGKKLEAANASLKTVEDELKTKNKSEKGYKL
AVERLRSGLEKAAERNNEAQHLIDRQEAELAQAHIKHNLHLMDRRFPSQQVEPLAPTNAY
GRPVLQNTGTTTLQNLLTRALTTMTSQVPSRDVTLSEIPKSQNPEPKNENKITNDIYKMI
AEVHDNLVKKSGNPPKSPHSDITNTRRRRRKGRSNRRNKETYSGNDSSDIDVVLMNSDTT
SVYSEPADSYLFESTLKHDPVSSSPSKFHPSMGLPSEPTRPLSPVSMLLYEAGDVGASRD
NRIFKEQSNVIRGSEQEVRERFVSSAISDNAEELCRQLQQRLEGLTKMGGKLEKQNKDAA
KLIKRQDRKLQQVRASGQNLR
Nucleotide sequence
Length: 3,906
>KH2012:KH.C14.229.v2.B.SL2-1
TCGCGAGTAGTAATTTGGTGACCCTTTTGACCATTTTTATTGCATTTTTTTGATTATTTT
GTAAAAAACATGTTGGTTCATTAAAAGTATTAAAACATTCATAAAATGCAAAGTGGAGAT
TATGACGATAAAATACAGAAACTATTGGAAGAAGGGAAAAGACTTGGAGCTTCTGGCTTC
TCAGAGTATGAGGGAAAACGGCAACAAGTTAAAACACCAAATTTAAGATCACCAACTTTC
AAAATGTCCGACTTGGAAACAGATTACAAAAAGAAAAATGAGTCCCACTCATTTCAAATG
GACAATAAACAATTTGGTGATGCACCAAAACCTTACACAAAATCAGATTTTCTGGATCCT
GTTCCAAGGACATTATTCATGCCTTTAAATCTCAACAACAATAGTAATAATAATAATAGT
ATTGCTCATGGGCCAACCATACAACCACGTGTACACAATCTAGCACCAATAGGACATGAA
ATATCCGCACTAATGAAAACTAAAAGCAACCTAGAACGCACACTGGATGATTCACAGGCT
CAGGTGGAATATTTAACAAGAAAATTAGACGAATCAAAAAATGTAGTGCAAACACAGAAA
GCACATTTCCGAAAATCCATAGAAGAACTTCAGAAAAAGCTTCAAGAGACATTAGCAGGT
CGTAAACAACTAATGGAAATTAAAGAAAATGAAATGCACCAACAAGAGGACATGATACAC
AAACTGCAGACCACAATAAAAGAGCTGGCAGCTTCAAACCAAATGCAGGAACAAGCATTA
CTTGATGCTCATGAGCGCTTAAATATTTTACAAAATCGCAATCAATCCAGTGAACATGCA
CTGACCAATATTAGAGCTGTACTATCTACTGCTCAAAACAGAGATACACGTTCTAGTTGG
TGCCAGATATGATGGTTGAAGCTTTTGAAAGATTCGTCACCACCAGCCAGGAAGATGCAG
ACACACTAAGAAGTAATGTACTACGGTTGGAAGCAGAACTCAATGCTATAAAACAGGAAC
AAGAGGCAGAAAGGTTACTTGCACAAGCTGATACAGAAGAATTGATAAATCGATTGAAAC
TAAAAAATCAACAAGAAGTCGAAGATCAAATAAAACAGAAAAATAATTTTCAAGATAAGT
TACATGAGGTAACCAGCGAACTCAGCAATCTGAAACTTGAGCATACGGCTAAGGAAAGAC
ACCTGGAAGATGCCTGTAAGCAAGTTAATGAGCTTAACAGGCAACTAAATGAAATAAGAC
AAGCTGTATTAAAAGAGAAAGGGGAAACGCAAGTGAAGATAGTCAATTCAGATTACGATG
TAAAAGTTGCAAATGATCGAGGCGATAGACTTGAAAAGGAAAAAGGCATTCTACAATTAA
GGGAGCAGTTAACCACACAAGTTGCTGAGAAAGTTAAAGAAGCAGAAATGTCAGAAAGGA
TAAAGGGTGAGACAAGAGCACGTGCACTGAGTGACGAAATCACGGAGCTTCGTGAGCAGT
TATCACGTGCACAAGCGGAACTCACAGCCACGGAGAGACAAATGTCCGATGTTTTGTTGG
AACGAACTAAAACTATGGAGATTTTAAAAGAAAAAGACCAACAGGTTGACAGGCTTAACA
CTCAGTTCAATTTAACGGATCGTAAACTTATTGAGGTAACGGAAGCTAAACGAACACTTG
ATGAGAAATTTACAAATCTTCAACGAGAATATGATGATGTTTCTGTTCGTGCGTCGAATG
CGAAAAGTGACCTTGAGCGTACTCGTTCATTTGCCGAGGACAAGGAAAAGATTGCCATGC
AACTGCGCCACCAAGTGGAAATGAAGACGAGCAGTTTAGACACCGCTCTAAAGTCCGAGA
ATGAAGCAACAACAAAAGCTAGAAGTCTTGAAGCTAGGCTGAAGGAAATTATGCAGGAGG
TTGAAAATCTCTCTTCTGATCTCCATTCCCGTGAAGAGGAGGTAAAAAGTTATGAAAGAA
GAGTATCGGAGCTGATTGAGGAGAAAGGGAGCATCGCAGATGATGTGAGGATGATAGAAG
AAGAAGTTGCGAGAGTATTGAAGTCAAAGGAAGAGATGGGAGCGGAATTAAAAGAGGCGA
GATTTCAGGTAAGCCACTTAATACAAGAGAGAGATCACTTGTCGAAGGATCTCAAATATT
TAACGAAACGTTACAATGATGAGATGAATAAAGTTAAGAAAGAATTAAAACAAAAGAAAA
ATGATTTGGATCAAATACAGGAAACTTTACAAACAGTAAAAAGCGTGGACGGCAAAGCGG
CAAAAATTGCTGAGTCGATGCAGAAAGAATTGACGAGTAAGCGAGCTGTGATCGATTCGC
TGCAGAGCGAACTTTGTAAAGTTTGTGACAAAATGGAAAGCTGTGAAAAAGAGAATAAAT
CTTTGAAAAAAGAAAACATAAAACTTGGCAAGAAATTGGAAGCAGCGAATGCAAGCCTTA
AAACTGTGGAAGATGAATTAAAAACGAAGAATAAATCTGAAAAAGGTTACAAATTGGCTG
TTGAGAGGCTACGTAGCGGGCTGGAAAAAGCAGCAGAGCGTAACAACGAGGCTCAACATT
TGATTGATCGCCAGGAAGCTGAATTGGCACAAGCTCACATTAAACACAATCTGCATTTGA
TGGATAGAAGATTTCCTAGTCAACAGGTTGAACCACTAGCTCCCACAAACGCATACGGAC
GCCCAGTGCTCCAAAACACAGGCACAACCACTTTGCAAAATCTGCTGACTCGTGCTTTAA
CCACTATGACATCACAAGTCCCGTCGCGTGATGTCACTTTATCGGAAATACCAAAAAGTC
AAAATCCGGAACCAAAGAATGAAAATAAGATTACCAATGACATTTATAAGATGATCGCAG
AAGTTCATGACAACTTGGTTAAAAAATCTGGAAATCCACCTAAATCACCTCATTCTGACA
TCACAAACACTCGGAGGAGGAGAAGAAAAGGAAGGAGCAATAGAAGAAACAAAGAAACCT
ACTCTGGCAATGATAGTTCGGACATCGATGTCGTTTTAATGAACTCTGATACAACCTCTG
TATATTCTGAACCAGCCGATTCTTACTTGTTTGAAAGCACCCTTAAACATGATCCTGTGT
CGTCTTCTCCTTCAAAGTTTCACCCTTCAATGGGGTTACCTTCTGAACCAACCAGGCCCC
TGTCACCAGTCAGCATGTTGCTGTATGAGGCAGGAGATGTTGGTGCTAGTAGGGATAATA
GGATCTTCAAGGAGCAGAGTAATGTTATTCGGGGGTCAGAGCAAGAGGTGAGAGAACGTT
TCGTCTCATCAGCAATTTCTGATAACGCAGAGGAATTGTGCCGGCAACTTCAGCAGCGTT
TGGAAGGGCTTACAAAGATGGGAGGGAAACTGGAGAAGCAAAATAAAGATGCAGCTAAAC
TGATAAAGAGACAGGATCGAAAATTACAGCAAGTTCGAGCAAGCGGTCAAAACCTTAGAT
GATAATGTAGATTTATATGTATGTATTATGCAGTATTCTGTAATTTAAACTTTGTATGGC
TTTTGTATTCACTGTTAATGCTCTGATGTATTTCATATTAATTGGTGCCTTTAGTGACGG
TATATTTTTATAATATGTATTATAAAGTTGTGGTATTTTTACCCTAATACCTCTAGGTCT
GTAATTTTTTGTATGCAAACTTTATTGGAAGCATAACTGATATGTAGCTTTGAACAATGA
CAATGAATGTATTTTAACATTTTTTGGTATTTGCTCTTAAAATATTGTCTTTTTATTTTT
ATTTATTTTATTAAGCATAGATATACGAATGTATTCTCCATAATAATGCTATTTTACGGT
ATTTAATTTTGTACTGTGCTAGACTACTGTGTATAATAGTTTAAAATAAAGCATTTTCAT
ACAAGT
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| CD158_HUMAN | 24.415 % | 114 | 5.57E-26 |
