Gene loci information

Transcript annotation

  • This transcript has been annotated as CCR4-NOT transcription complex subunit 4.

Parent gene

Gene structure

  • The exon-intron structure of all isoforms are indicated below. CDS regions are colored in green. TSS and TTs that were predicted with CTR-Seq data are indicated in solid circle and squares, respectively. More specific data are shown in the table below.

Chromosome Gene Transcript Category ID Start End
chr_2 g4941 g4941.t1 TTS g4941.t1 6113719 6113719
chr_2 g4941 g4941.t1 isoform g4941.t1 6114616 6118994
chr_2 g4941 g4941.t1 exon g4941.t1.exon1 6114616 6114777
chr_2 g4941 g4941.t1 cds g4941.t1.CDS1 6114616 6114777
chr_2 g4941 g4941.t1 exon g4941.t1.exon2 6114892 6114962
chr_2 g4941 g4941.t1 cds g4941.t1.CDS2 6114892 6114962
chr_2 g4941 g4941.t1 exon g4941.t1.exon3 6115164 6115295
chr_2 g4941 g4941.t1 cds g4941.t1.CDS3 6115164 6115295
chr_2 g4941 g4941.t1 exon g4941.t1.exon4 6115447 6115572
chr_2 g4941 g4941.t1 cds g4941.t1.CDS4 6115447 6115572
chr_2 g4941 g4941.t1 exon g4941.t1.exon5 6115630 6115809
chr_2 g4941 g4941.t1 cds g4941.t1.CDS5 6115630 6115809
chr_2 g4941 g4941.t1 exon g4941.t1.exon6 6115882 6116022
chr_2 g4941 g4941.t1 cds g4941.t1.CDS6 6115882 6116022
chr_2 g4941 g4941.t1 exon g4941.t1.exon7 6116103 6116396
chr_2 g4941 g4941.t1 cds g4941.t1.CDS7 6116103 6116396
chr_2 g4941 g4941.t1 exon g4941.t1.exon8 6116618 6117013
chr_2 g4941 g4941.t1 cds g4941.t1.CDS8 6116618 6117013
chr_2 g4941 g4941.t1 exon g4941.t1.exon9 6117164 6117700
chr_2 g4941 g4941.t1 cds g4941.t1.CDS9 6117164 6117700
chr_2 g4941 g4941.t1 exon g4941.t1.exon10 6117922 6118711
chr_2 g4941 g4941.t1 cds g4941.t1.CDS10 6117922 6118711
chr_2 g4941 g4941.t1 exon g4941.t1.exon11 6118773 6118994
chr_2 g4941 g4941.t1 cds g4941.t1.CDS11 6118773 6118994
chr_2 g4941 g4941.t1 TSS g4941.t1 NA NA

Sequences

>g4941.t1 Gene=g4941 Length=3051
ATGAACGTCTTGAATACAAGCGGAGATGAATTACCTGAATGTCCATTGTGCATGGAGCCT
TTAGAAGTTGACGACTTAAGTTTCTATCCGTGTACTTGTGGTTATCAAATCTGTCGATTC
TGTTGGCATCGGATTAGAACGGATGAGAATGAACTGTGTCCTGCATGCAGGAAAGCTTAT
CCTGAAAATCCAGCTGATTTTAAGCCTCTTACTCAAGAGCAAATTTCTGCTCTGAAAGCT
GAGAAGCGTCAGCGCGATCAACAACGTAAGCAGAAGATTACGGAAAACCGAAAGCATTTA
GCGAATGTTCGTGTTGTCCAGAAGAATCTGGTGTTTGTTGTTGGTCTTCCTCCTAGACTA
GCTGACGCTGAAATTCTTAAGAAGCACGAGTATTTCGGAAAGTATGGAAAAATTCATAAA
GTCGTCATAAATCCAAGTACAACGTATGCGGGTGTGCAAGGTCCATCGGCATCGGCGTAC
GTGACTTATGTACATAATAATGATGCGCTCCGGGCAATTCAGAGTGTGAATAATATTACA
ATTGACGGACGGTCGATAAAAACAAGTTTAGGAACCACAAAGTATTGTTCTCATTTTATG
AAGAATCAAGTTTGTCCCAAACCGGATTGTATGTATCTTCATGAATTGGGAGATCCGGAA
GCTAGTTTTACGAAGGAGGAAATGCATCAAGGAAAACATCAAGAATATGAAAAACGACTG
CATGACGCACTTATTGCTCAAATGCAACAGCAGGCTCAAACGCCAACGAGCAATGGTGGA
AGTAGCAATCCAGCTTCGACAAGTCCTGTAAATGCAACAACCACAATTTCAGGAATTGGC
ACTTCAAGTAATGGCTTAGTGAAACCGAATAGTGCAGAAACAAAGGAACTAACTGCTAGT
GGAAGCAATAATGGAACGGTAAATAATGGACAAATTCAAAAAGAGGAGGCATGGCCAAGC
TTATCTACATCACCCGTAACAATAAAGGAAAATAAGACGAGTGTGAAAGGAAATGCTAAT
CATAAGGAAAATCTAAAGAACGAAGCAAACAGAAAACACGAGAAGGTGAAAGGAGAAAAA
TCAAAATCAAATTCGAAAAGTCAAAAGACTCTATCTTCGTCATCTTCCTCTTCAACCACA
AACAGTACTGCACGGGATAAAAATAAAAATAGTCTACATCTACAGTCAAATAATAATTTC
GAGGATGATTTAGGTGAAACAGACGAAAGCGACGACACTCCGTCTATCAGTAGCATGACT
GATAGCGGTACTGTTAGTGAAAGTGATAGCGGCAAAAGCTCGCCACCAAGTTCATTCCCT
GATCATCCACATAATGCACTTCAAAATAGCAGTAACCTCGTGACGGCAACATCACCAGAT
CAAATAACGAAGAGTCTACAAAATGAACAGCAAACTAAATCGATTATATCATCATCCAGT
AGTATTATCGATACGAACGATATAACGTCTCTATATAGTAGTAATAACAATAATGATAAA
GTGAATAATAGCATTCTCAAAGACAGTGTAAATTTAGCGGACACGTCAACACGCCTTGGG
AAACTTAATTTATTTGATGACAACTCAAGTTTCTTCTCAAGAAATTCATTCAATCCATTC
TCAAAACTCGATGGTAGTTCTGATCTTAGAATGAGCAATGCACAATTACCGGACTTATTG
AATGGAACTACTGTTAATAATAACAATAGTATGGGATTAGATCCAAAACAATTACTCAAA
AATTTGGGAAGTTTTGGAAATGAAACACATGATGATTGGGAAAATGCGTTTAAATTAATT
ATTTCAAAAAATTCCTTTAATAAACATTATGATGAACAGCAACATCAACATGAAGATTGG
CTGCGTTTCCAAGAGATAAGAAAACTCCCAAATATGTCAAGTGGTAGTGGACTTGGATTG
AATCAATTCAACAACATGTTCAATAATGATAATAATATTGATAGCATGCTTACGCAAAAT
GAAATCAATCGAATGATGTTCAATAATCAATTTTCTCAACAACAACAGCAGCAGCAGCAA
CAACAGAGGATTAATCATAATAATTCAGATTTGAATCTTGTACATCCAAATATGTCAAAA
TTCTTTGATTTCCACAAACAACAGCAGCAACAAAATCAATTCATGATGAATTCAAATCCA
GTAACAGATCAACTTAATATGGCAAATCTATTAGATAATCATCATCGTATGAATCCCAAT
TTTATGGATCAATCAAATGGATTATCACATTTACAAAAGCAAAGATTAATGAATATGAGT
AACAAGTACGATGGTAACAGCGGTATGCCTTTTAGTTCAAATCCACAGAGTCGTATGCAT
ACAAATAATTCAGCACAATTTTCTGTTGAAGATGATTTAGGTTTTGATCCAATTAAAGAA
AGTCATAAGGGATTATCGGAACTAATAAATGATGAGCAGCAACAAATGATTAATAATGGA
CAACGGTCAACATCAAGAATGCCACCGCCACCAGGTTTCAACCATTTGCAATCTCAATCT
GGATTTAATAATTATGGTGCTGCATCACCAAGAACACAAAGTGGAAGTAAATTTCCATTT
GTCAACATGCAAGGGACATCACAAAATAACTGGCCAATGCACATGGGTTTTCAAAACAAT
TCAGATGCATTCTCGCATCAACAGAATAGCCAGCACAAATCAGCAGATTGGACATCAATG
GATCCAGCTATAGTTTCGTTCAGACAGTTTTCACAATTTAATCCTCAGCAGCAGCAACAA
ACTCAAAATCAACCAAACAATAATGATTTGTTCCAAATGTCTCAAATGAATCAACAAGGT
TTCGGTCATCATCACGGTATGAATATGAATATGCAAAACAACATGCAGTCTCAAACTTCG
CCAGCACAGGTCTTTTCTCATTCAAATTTAATGAACAACTATCACATGAATAATATGGCA
AATGGCTTTCCCAACAATAGTTATGACAAATTTTCCATGTCAAATATTCCTCCACCTGGT
TTCCAACAAAGCAACAACACTAACAATAAAAAGACAGAATGCATTAATTAA

>g4941.t1 Gene=g4941 Length=1016
MNVLNTSGDELPECPLCMEPLEVDDLSFYPCTCGYQICRFCWHRIRTDENELCPACRKAY
PENPADFKPLTQEQISALKAEKRQRDQQRKQKITENRKHLANVRVVQKNLVFVVGLPPRL
ADAEILKKHEYFGKYGKIHKVVINPSTTYAGVQGPSASAYVTYVHNNDALRAIQSVNNIT
IDGRSIKTSLGTTKYCSHFMKNQVCPKPDCMYLHELGDPEASFTKEEMHQGKHQEYEKRL
HDALIAQMQQQAQTPTSNGGSSNPASTSPVNATTTISGIGTSSNGLVKPNSAETKELTAS
GSNNGTVNNGQIQKEEAWPSLSTSPVTIKENKTSVKGNANHKENLKNEANRKHEKVKGEK
SKSNSKSQKTLSSSSSSSTTNSTARDKNKNSLHLQSNNNFEDDLGETDESDDTPSISSMT
DSGTVSESDSGKSSPPSSFPDHPHNALQNSSNLVTATSPDQITKSLQNEQQTKSIISSSS
SIIDTNDITSLYSSNNNNDKVNNSILKDSVNLADTSTRLGKLNLFDDNSSFFSRNSFNPF
SKLDGSSDLRMSNAQLPDLLNGTTVNNNNSMGLDPKQLLKNLGSFGNETHDDWENAFKLI
ISKNSFNKHYDEQQHQHEDWLRFQEIRKLPNMSSGSGLGLNQFNNMFNNDNNIDSMLTQN
EINRMMFNNQFSQQQQQQQQQQRINHNNSDLNLVHPNMSKFFDFHKQQQQQNQFMMNSNP
VTDQLNMANLLDNHHRMNPNFMDQSNGLSHLQKQRLMNMSNKYDGNSGMPFSSNPQSRMH
TNNSAQFSVEDDLGFDPIKESHKGLSELINDEQQQMINNGQRSTSRMPPPPGFNHLQSQS
GFNNYGAASPRTQSGSKFPFVNMQGTSQNNWPMHMGFQNNSDAFSHQQNSQHKSADWTSM
DPAIVSFRQFSQFNPQQQQQTQNQPNNNDLFQMSQMNQQGFGHHHGMNMNMQNNMQSQTS
PAQVFSHSNLMNNYHMNNMANGFPNNSYDKFSMSNIPPPGFQQSNNTNNKKTECIN

Protein features from InterProScan

Transcript Database ID Name Start End E.value
10 g4941.t1 CDD cd16618 mRING-HC-C4C4_CNOT4 14 58 4.8719E-31
11 g4941.t1 CDD cd12438 RRM_CNOT4 104 201 4.07982E-58
9 g4941.t1 Coils Coil Coil 339 362 -
8 g4941.t1 Gene3D G3DSA:3.30.40.10 Zinc/RING finger domain 3 78 7.6E-27
7 g4941.t1 Gene3D G3DSA:3.30.70.330 - 110 190 5.0E-27
18 g4941.t1 MobiDBLite mobidb-lite consensus disorder prediction 249 269 -
16 g4941.t1 MobiDBLite mobidb-lite consensus disorder prediction 295 441 -
17 g4941.t1 MobiDBLite mobidb-lite consensus disorder prediction 295 334 -
13 g4941.t1 MobiDBLite mobidb-lite consensus disorder prediction 335 364 -
15 g4941.t1 MobiDBLite mobidb-lite consensus disorder prediction 365 401 -
14 g4941.t1 MobiDBLite mobidb-lite consensus disorder prediction 411 441 -
3 g4941.t1 PANTHER PTHR12603:SF0 CCR4-NOT TRANSCRIPTION COMPLEX SUBUNIT 4 9 1005 2.7E-136
4 g4941.t1 PANTHER PTHR12603 CCR4-NOT TRANSCRIPTION COMPLEX RELATED 9 1005 2.7E-136
1 g4941.t1 Pfam PF14570 RING/Ubox like zinc-binding domain 14 60 4.4E-19
2 g4941.t1 Pfam PF00076 RNA recognition motif. (a.k.a. RRM, RBD, or RNP domain) 111 187 1.9E-5
20 g4941.t1 ProSiteProfiles PS50089 Zinc finger RING-type profile. 14 57 10.129
21 g4941.t1 ProSiteProfiles PS50102 Eukaryotic RNA Recognition Motif (RRM) profile. 109 193 11.094
19 g4941.t1 ProSiteProfiles PS50103 Zinc finger C3H1-type profile. 190 217 9.516
12 g4941.t1 SMART SM00361 rrm2_1 110 189 7.7E-17
6 g4941.t1 SUPERFAMILY SSF57850 RING/U-box 9 73 2.36E-16
5 g4941.t1 SUPERFAMILY SSF54928 RNA-binding domain, RBD 103 187 6.45E-16

Transmembrane regions from TMHMM

Disordered region

IUPRED3 score over 0.5 is predictive of a disordered region.

GO terms from InterProScan

GOID TERM ONTOLOGY
GO:0046872 metal ion binding MF
GO:0030014 CCR4-NOT complex CC
GO:0004842 ubiquitin-protein transferase activity MF
GO:0003676 nucleic acid binding MF

KEGG

Orthology

Pathway

  • This transcript belongs to the following pathways

Expression

Transcript expression in Pv11 cells

TPM values are indicated as average +/- STDEV.

Differential expression

Differentially expressed genes were identified with DESeq2 using the ‘run_DE_analysis.pl’ script from Trinity. Transcripts were determined as differentially expressed when (1) FDR < 0.05 (2) fold change > 2 (TPM calculated by RSEM). DE information and fold change between conditions are indicated in the plot below.

Raw TPM values