Login
Help

Submit your Data

  1. Clone 'cign060b22' > 
  2. Transcript 'KH2012:KH.C5.130.v1....'

Transcript Model

Transcript Id

KH2012:KH.C5.130.v1.A.SL1-2

Possible name(s)

ZNF235; ZNF45; ZNF568

Gene model

KH2012:KH.C5.130

Location

KhC5 [1,386,549 / 1,396,217]

Sequences

Amino acid sequence

Length: 874

>KH.C5.130.v1.A.SL1-2
RRNKNPVTSTILSALVVARPYPTQTYLSLYGRLKVLYVKEFLSMEESKKYETHNTKQDIN
IWMNGFQSDKEMNFNTSEDKMIQITLLQPEGKLPTFDGILFDEPTNNDNSSTCLKQQKDL
DMKGTDFEIQCILNADDRPSSNPLQQELQTTHDVSKGKCKNEVKNQRQVSNLAKSSDPKV
FPCIRKEWFTNQLNIDKLNIIEQSKEIDTSTLAADMRAYLRSVNISLDNFAKNYLLRSQG
TLSDLLNHPKPWHGLSSRGRDIYMKMIEFLSAENLNELVAVLKQATVAVRPGPAIQNIPS
DVMDLLKEGKMPTQPRIVEVAAQFNIHVEYLQQYCEEQSNKQLALKKDKEHGTKTKHSTE
LMETGNNIKHRRHKDKRICPQLNCGVVLGSKVALDNHMLTHTGERPFKCEICGKGFTTHS
NVLSHQRRHNNSNSSNKISKRARKVAMMQDVTDIDDSEVESTEISKSAPSNKESCDLDVK
PSAPSAIIIDYEEYSEFDTKLSESTQLTSYCCPLCKKSSFKSLSSLTAHVRRHNAKQPYV
CDVCGKRFNSKFNATRHERTHTGVKPFKCPICPSRFTEAGSITAHLRTHTGEKPFQCQFC
GKSFSQKGPLQTHLLLHNGSRPYLCEICGKSFNQKTNLKAHEARHSGLKHHACTVCAMSF
QYKSDLHRHMLKHSGDRPYQCRLCSFTFTRLQYLRDHMHKIHDELSLKSDDEDELKCDED
KDGFDVMEHQHPDSNLEELPVLSTNDGASNNPISTTSYIMEVNPTNSDDKLDSSDCISSC
LTSISSAMANDNDPSLSSSNINTSNDTMHAVAIMTDHGLMFTNNTTVDLLELSKLDNDVE
VNRSDHSDIQSVFVTPTNDETRYVVVNISRENFL

Nucleotide sequence

Length: 2,800

>KH2012:KH.C5.130.v1.A.SL1-2
ATTTAAATAGTCAGCCATAAGAATTTTTGATTTCATAATTGTTTGTTATCGTGCGGATGA
GATTTTGTACGCGGATATGTAAAATGATTTAGAGACGTAACAAAAATCCGGTTACCTCCA
CAATACTCAGTGCACTAGTTGTGGCTCGGCCTTACCCCACCCAAACTTACCTTTCCCTTT
ACGGACGATTGAAAGTACTATACGTGAAAGAGTTTTTAAGCATGGAAGAAAGCAAAAAAT
ATGAAACACACAACACCAAGCAAGACATTAACATTTGGATGAATGGTTTTCAATCAGACA
AAGAAATGAATTTCAACACATCTGAAGATAAAATGATTCAAATTACATTACTACAACCTG
AGGGGAAGCTTCCTACCTTTGACGGTATTTTATTTGATGAGCCAACTAACAACGATAACT
CCAGCACATGTTTGAAGCAGCAGAAGGACCTTGATATGAAAGGAACAGATTTTGAGATTC
AGTGTATTTTAAATGCAGATGACCGTCCCTCCTCCAACCCTCTTCAACAAGAACTTCAAA
CAACCCATGATGTATCAAAAGGAAAATGTAAAAACGAAGTAAAAAATCAAAGGCAAGTAT
CAAACTTAGCAAAATCGAGCGATCCCAAGGTCTTCCCATGCATTAGGAAGGAATGGTTCA
CCAACCAACTTAACATAGATAAGTTGAACATAATCGAGCAATCAAAGGAGATAGACACAT
CCACGCTTGCTGCAGACATGAGGGCATATTTACGAAGTGTCAATATTTCTTTGGATAACT
TTGCAAAGAATTATTTACTGCGGTCACAGGGAACACTCAGTGATTTATTGAACCATCCCA
AACCATGGCATGGTCTATCATCTCGTGGAAGGGATATTTACATGAAGATGATTGAATTTC
TATCAGCTGAAAACTTGAATGAGTTGGTTGCTGTGTTAAAGCAAGCTACAGTTGCAGTAC
GTCCTGGTCCTGCCATACAGAACATACCAAGTGACGTAATGGATTTATTAAAAGAAGGAA
AGATGCCAACCCAACCAAGGATAGTGGAGGTTGCTGCTCAGTTTAATATTCATGTGGAAT
ATTTACAACAATATTGTGAGGAACAAAGTAATAAACAACTTGCTCTTAAGAAAGACAAAG
AACATGGTACAAAAACTAAACACTCCACTGAACTAATGGAAACCGGTAATAATATAAAAC
ATCGTCGACATAAAGATAAAAGAATCTGCCCCCAACTTAATTGTGGAGTTGTACTTGGGT
CAAAAGTTGCATTGGATAATCATATGCTTACACATACAGGGGAACGTCCGTTTAAATGTG
AAATATGTGGAAAAGGGTTTACCACGCACTCTAATGTTTTATCACACCAAAGAAGACACA
ATAATTCAAATTCATCAAATAAAATCAGTAAAAGAGCAAGAAAGGTAGCAATGATGCAAG
ATGTGACAGATATTGATGACTCTGAGGTTGAATCAACTGAAATTTCAAAATCTGCACCAA
GCAACAAAGAAAGTTGTGATTTGGATGTCAAGCCAAGTGCGCCAAGTGCCATCATCATTG
ATTATGAAGAATATTCAGAGTTCGATACAAAATTATCGGAATCAACTCAACTTACATCAT
ATTGTTGCCCGTTGTGCAAGAAATCAAGTTTTAAATCACTTTCCTCTCTAACAGCTCATG
TTCGACGACACAACGCAAAGCAGCCGTATGTTTGTGATGTTTGTGGAAAAAGATTCAACA
GTAAGTTCAACGCAACAAGACACGAACGAACGCACACGGGTGTTAAGCCATTCAAATGTC
CAATTTGTCCGAGTAGATTTACTGAAGCAGGTTCCATTACTGCTCATTTACGAACACACA
CTGGAGAAAAACCTTTTCAATGTCAATTTTGTGGAAAAAGTTTCAGCCAGAAGGGTCCAT
TACAAACCCACTTATTACTTCATAATGGAAGTCGACCTTACTTGTGCGAAATATGTGGAA
AATCATTCAACCAGAAAACGAACCTTAAAGCTCACGAAGCGCGACATAGTGGATTGAAAC
ATCACGCATGCACAGTTTGCGCAATGTCATTTCAATATAAAAGTGATTTACATCGTCATA
TGTTAAAACACAGTGGTGATCGACCTTACCAATGTAGATTATGTTCATTCACTTTCACTA
GGTTGCAATATCTCAGGGACCACATGCACAAAATACATGATGAACTAAGCTTAAAATCTG
ATGATGAAGATGAGTTGAAATGTGATGAAGACAAAGATGGTTTTGATGTGATGGAACATC
AGCACCCTGATAGTAACTTGGAAGAGCTACCTGTATTATCTACCAATGATGGAGCGTCAA
ATAATCCAATTTCAACAACAAGTTACATTATGGAAGTTAACCCGACAAACAGCGATGATA
AATTGGACAGCAGTGACTGCATATCCTCATGTTTAACATCTATATCAAGTGCAATGGCTA
ATGATAACGATCCATCTTTATCTTCATCGAATATCAACACATCTAATGACACCATGCATG
CTGTGGCTATAATGACAGACCATGGTCTTATGTTTACCAACAATACAACTGTTGATCTGC
TTGAACTGAGCAAGTTAGACAATGATGTAGAAGTTAATCGCTCTGATCACTCCGACATAC
AATCAGTGTTCGTTACCCCAACAAATGATGAGACTCGTTATGTTGTGGTTAATATTAGCA
GGGAAAATTTTTTATAATATGTTTTTTGTTTGAAGCCAATTTACATGGTCTTTTGGTGCG
CTGGTCAGTAAATTGCTTTCGTTTAGTAATATGCTAATGC

InterProScan

SUPERFAMILY
Lambda_DNA-bd_dom_sf (IPR010982) - T[183-284] 1.04E-26
ProSiteProfiles
CUT_dom (IPR003350) - T[198-285] 22.319
SMART
CUT_dom (IPR003350) - T[199-285] 8.4E-33
Pfam
CUT_dom (IPR003350) - T[204-275] 1.3E-21
SMART
Znf_C2H2_type (IPR013087) - T[377-401] 0.63 - T[407-429] 9.0E-4 - T[510-533] 0.26 - T[539-561] 0.0013 - T[567-589] 0.005 - T[595-617] 6.1E-4 - T[623-645] 0.0015 - T[651-673] 0.065 - T[679-702] 0.0055
ProSiteProfiles
Znf_C2H2_type (IPR013087) - T[377-406] 11.261 - T[407-434] 13.006 - T[539-566] 15.209 - T[567-594] 14.648 - T[595-622] 14.835 - T[623-650] 13.9 - T[651-678] 13.318 - T[679-702] 9.723
ProSitePatterns
Znf_C2H2_type (IPR013087) - T[379-401] . - T[409-429] . - T[541-561] . - T[569-589] . - T[597-617] . - T[625-645] . - T[653-673] . - T[681-702] .
SUPERFAMILY
Znf_C2H2_sf (IPR036236) - T[381-429] 5.83E-13 - T[519-576] 7.18E-18 - T[576-632] 1.79E-19 - T[617-669] 2.83E-14 - T[659-703] 5.07E-10

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
ZN568_HUMAN 35.475 % 202 3.61E-55
ZNF45_HUMAN 34.971 % 204 1.07E-55
ZN235_HUMAN 33.146 % 204 2.35E-55





By clicking "SEND", you accept the terms of our Privacy Policy.

You may choose to prevent this website from aggregating and analyzing the actions you take here. Doing so will protect your privacy, but will also prevent the owner from learning from your actions and creating a better experience for you and other users.