Gene loci information

Transcript annotation

  • This transcript has been annotated as hypothetical.

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_1 g11176 g11176.t1 isoform g11176.t1 14425152 14431275
chr_1 g11176 g11176.t1 exon g11176.t1.exon1 14425152 14429344
chr_1 g11176 g11176.t1 cds g11176.t1.CDS1 14425152 14429344
chr_1 g11176 g11176.t1 exon g11176.t1.exon2 14429405 14430151
chr_1 g11176 g11176.t1 cds g11176.t1.CDS2 14429405 14430151
chr_1 g11176 g11176.t1 exon g11176.t1.exon3 14430206 14430486
chr_1 g11176 g11176.t1 cds g11176.t1.CDS3 14430206 14430486
chr_1 g11176 g11176.t1 exon g11176.t1.exon4 14430558 14430990
chr_1 g11176 g11176.t1 cds g11176.t1.CDS4 14430558 14430990
chr_1 g11176 g11176.t1 exon g11176.t1.exon5 14431058 14431163
chr_1 g11176 g11176.t1 cds g11176.t1.CDS5 14431058 14431163
chr_1 g11176 g11176.t1 exon g11176.t1.exon6 14431225 14431275
chr_1 g11176 g11176.t1 cds g11176.t1.CDS6 14431225 14431275
chr_1 g11176 g11176.t1 TSS g11176.t1 NA NA
chr_1 g11176 g11176.t1 TTS g11176.t1 NA NA

Sequences

>g11176.t1 Gene=g11176 Length=5811
ATGCATTATTTATTAATTGTATCGTATATTTTATTGATTTTCAATACGAATCTTATTACT
AATAGTCAAGCAGTGATTAATGGAAAAGAAACGGTTGAAGAATATATCAATAAAAAGATT
GATGTTATTACGAAAACAACAAAAAGTCACCATAATGACAAAATTAAGCTAAAAGAAAAT
TCTATATCATTGATGTGTGACAAAACAAGAGGAGATAAAATTAAATTTGTAAAGGATATA
GATGGTTACCTCTTCTTTCTCAGTCAAAATGAATTGTTTGCCACGAAAGTCAATCATGAA
AATATTGCGAAACTATATTTTCTTGGAACACTCTTGGATATCGCAGAAGAAGATCCCGTA
ATAAGTGTTCAGATCGAAAAATGGCAAAATTTCTTTATGGTTGTCATTCAACAATTCACA
AGATTGAAAGTGTACTTAGTCAAGCTAAATGAACATAAAAGTTCTAAAATTAATCACATA
CATAAGATGAATTTTGATTCAATATTTGATAAATTTAGGATATTTCGAAAGGGAAAAGAT
GTTTTACTAGTCACATATCAAATTCAAGAGCAAGCTGCAAACAAATTGACATTCTACAAG
TGGCAAAACTCATATTTTATGAAAGAGTCTTCAGAGACTACTGAACTTCCAAATAGAGGA
GATTTATTTGTCTATAATGAAAATCCCGATGAGACATTGATTCTTTCTCTTGGCTATGGG
ATTGGAAATGAGACTTCACATGTGGCTGTTTTCAAATACGATGAAGACACAAATCGATGG
TTAAAATTACAAAAGATGCATTTCAAAAAAGATTATATTGAGCCGTATACTTCAAATGGT
GTTCTCTATCTCATAGGATGTTATAGCGATTCAATTTGTGCGCTGTATAAATGGAATAGT
AATGCACACTTTCATCGACATTTGAAGCTCTCAAACAACGTATTTGAAATAATAAAATCA
ATATATTCTCGTCATAGTATAATCATCATAGAAAATTTTCAAAATAATCTCTCATTCTAT
TCATCAACCAATATTACCAGTGACGAGCCAGCTTTGCGACTTACAAAATCTAGTGAACTA
TCCAAATATAGCATTTATAAATCACCCAAGAATCTTTTATATTTTGTAGATGTTAATCTT
AATGAAACTTCAATGTTGATGAATTTCTATGAGATGATAATTAATGAAAATGAGCTGAAT
GAGATGCGAGATAATGACAGAAAAACGGATCCTATCGAATGTATTTTGCAACTCAAAAGA
TCATTAAAAAGTCGGTCATTAAAAGTTAAATCATCAGAAAAAGATATTCAAATATTGAAA
GATACAAACGGTTCATTTAACATCAAAAACAAAAGTCTCTTGAATACAAATTATGTTAAA
CTGCAAGACTCTAATGTTTTGACTCTTAAAATGCCATTCAATGTTTCTGTGCACACAAAA
GATCTAATGCAGCAATCTGTTTCTACAAATATTTTATTGAGCAAATTGAATAGAATTTTA
AGTAGTAGTCCAAGATCTGATGTCAGAGCAAAAGATGAAAGTGTAGATGATAAAATGGAC
CTCGAAACAATCAGTGTAGGTAATTTAATTTACAAAGGAAATCAAGATATTTTCAAAGAT
ATTATGAGAAAGTCACAACAAACGTTAAGTTTCAGTGATCAAATAAAATTAGGCTCAGTC
TCTGCAAATAAACTTGTAGTCCAGTCCAATCTAATAAATCGTATACCGGTTGATAAGTTG
TTGAACATAACAAAAGCGCAATCAATATCTGGTGTAAAAACACTTCAAAGCTTAAAAGTA
AATGAATTAATGATAAATGGTTTGTTGAATAACATTCCCCTTGATTTCCTAAAATCAAAC
AAAGATAATCAACTTGATAAAGTTCGTGAAATAGAATTTAATGGGAATATCAATGCAATG
CATCTTAATGTGAAAATGTTAAACGGATACAACGTTTCATCATTGATAAATGAATTGTGT
CTTAATGATAATAACACGAAAGTAAATGGAGATTTATTCTTTAAGAATACGCTCAAACTA
AAGCAATTAGTGGCAAATCATATCAAATCTATTCCAATCAATGATTTCATGACTGTGAGC
ACAAACCAAGATATTGATACTGATATGTTCATACCGAAATTTCACGCAAATACTATCAAT
GCAAATTTGGTGAACAATGAGAATTTATTAGAGAACGTTGCACTTACAACTAAGGAGAAT
TTTATTGAAGTTCCTACGAAATTCATGAATATTAGTATTATGGATAATTTAAATATTCAA
GATATAGTCGATGAAGATGAGAATGCAATTGATTCAAGAAGTTTTGTGGAAATGATAAAG
AGACATGTTATTGGTACACAAACGTCAGATTTAACACAGATTTACAACAATAAAGTTATT
ATAAAAGGTTCATTAATATTCAAAGACATTAACAGCTATTCACCAAAAACAAAAATTTTT
GTCAATAATCAAGAAATTCCACAAAATATATCACAAACTTATTGGATGAAAAATATTCAG
CAGCATGTTCATGTACCAAGTTTCAAAATCAAAAACAAAGAAGTAACAATTTTCAATGGA
CTTATCACAAAACATCTAAATCGTCATCCAATAGATAATTTTCTCCTATTAAATAATGAA
AACCCACAAGGTCCTATAAACATTAAATTTGAGAAGGCAATAGTTGAAGGAAGTGTTATT
GTGCACGAAAGAAATTTTCTATCTATGCTTCATCGATTAAGTCAACTAGCTATTCATCGT
GACAGTTCACATGTTGAAATTTCAAGTCCCGTTGAATTCAGAAATCAATTGACTATAAAG
AATCTACAAACTCCATTGTTGAATAACATACCTGTTAATTCTTTGGTACATAAAAATCTT
AATTATGTGTCTTTTGATGGAACCAAAAATTTTGAAAATCTGCAAACAGTGCGAATTTAT
GTTGATCAAAATATGTTTGCTGAAAATTACAATAATGTTAGTTTAGAAAAATTAATTCGT
GAAGCTATTCGAATTGATCAACCGATTTATATTGAAAATCTACGAATCGATAGTTTCACA
GCAAATAATTTAATAGTTAGTCAATTTGAAAGACACAAATTTGATGATATGATAAGAAAT
ATACAAGAAGAACTCAATTTTGGAGCAGAATCGAATAAAGGAAAAAGAAGTATTCATATT
CATGGAGATGCAGAATTTAAATCTAATATAAATATTGATTATCTTAATAATGATCGAGTG
CCATTTGATAATTTTATCGAAATTTTAGCTATGAAAGATAAACCAAATCAGGAAATAGGT
GGAAAGAAATTCTTCATGAAAGATTTCATCGTTAAAGATAATATACAAGTGAAAATTATC
AATGAAAATTCAATTGATCATTTACTTAAGCATTCTCTATCGCGAGGTTCCAAACAAATG
ATTCAATCGAAAAAATTATCTGTTGAAAACTTGAAACTAAAAGCACTTCATACAAACAAA
CTTAATGATCTTGCATGGGATAATTTCATTGATAAGACAAAATTAAATCTACCTTTATCA
TTTAATCTTGAAATAGATGAGATTGAAGCTGATACTTTTTATACAGAATATGCAACGATA
GATTTGAATGAAATGATAAGATTTATCAAATTCCCGAAACGCACAAATTGGAATCATATA
ACAGCGAAACAAGGGTCAAATATTATTTTTGGTGATGAAACGCATTTAGATTATTTGATG
AAATATACAGTAAAGAAAAATGCTGATTTACAAACTATTTTTGGAAATGTAGCTATTGTG
AACACACGTGATTTTTATATGAAAAATGTCGCAAAACATGATGGACTTATTTTCACTCGA
AATGCACCATTTAATATTACTGTTTTGAATATTGATAGTGTTAAAAATAATTCACACTCA
GAAGTTATCACTGGTAAAGCAACGATTTCGCCAGATTTTAGATTCGATGCCAATAATCTA
ATAATTGATAAAAGATGCAATTTTTACTCAAATTACATCAATGAAATTAATGTGTTAAGT
TTGAACAGAACAATTCATCGCAATGAAAGTTTTTTCAATTCAGAAAAACACTTTGAAAAT
CTTTATGTGAATGAGCTTTATATTGAAAATGGCTTGATAAATGGAATTATTCCGAGTAAT
ATAGTTTATGCATCAAATACAGCTCAACAACTACCAATATTAAACTTAAAAAGTTTGGAG
GTGATAAATATGGAAATAAGTTCATTAAATTCATATTCATTTGAATATTTACTTGAAAAT
AGACTGAAAAAATATAGTGAAACTGTACAAGACGTTCAGAATATCATCACTTTCAACTCA
ATTCATTTTCTAAATGACACAAGCATGACATCAATCAATAATGTATTGATCGATGATGCA
GTTTTTACTTCATCTGATCAATTTCAAAATCAACAGCATATAATGGGACATAAAATTATT
AATGGAAAACTAATTTTAAAAGGTCCAGCTATAATTGGTAGTCTCAATGGCGTTGATATC
AAGGATTTTTTCAAATCAACTGTAAATCTTCAAAGTAATTATCGATCGGATGTCCCTCTT
CAATTGCCTGCGATTGAATTAAAGGGTGGAATGCAAGTAAATCAAAACATCAATGGTCGT
AATATTGAGGAATTGTTGTCTTCTGATGCGCATATGCCAAAATTAGCAGATCTGGTTTCT
CTAATTCGTGATGTTGATTATAAAATCTCATTAATTGATGAAAATTATTCTAAGAAGCGA
GAAAATAGAAGAATGTTATACGTTGACATAGATAATGATGTTGAATTTAAATATAAACCA
TCAATTGCTCAAAACAAGGAAGATGATGAAATTAATTGTGAAAAACAGAATGAATTGGAA
TTTAATCCAAAGTTGAAAGAAGTAACCATTAGCAAAAGATCAGAGTCAGAAATGAGAGTT
GAATTAAGGTCAGTAAAAATACGATTAACACCAAACATTATTTGCAAAGCGGATGCTGTT
GGCAGTAAGAATTTTGAAGTGTATTGGAATTATCAATCTGATTTAAAGCTCAACTACTTT
CAAAATTTTTCGTTTCCTAATATCATTACGGATGTAAAATTCACAGAATCGTTAAATGGA
ATAGTACACATGATATTAGTTCTTAAAAATGAAGTCATTGATAAATCGGAAATAGTTTTT
CTTATACTGAATACAAAAGATCATTCATGGGAACAACATCAAGAAAAGCTTAGTGACTTT
AACAAAATTGTTAAAACGGGTGTTGTTGAAGCATTTGATGGAGAAAGTTATGTAGTTGTC
TCAACTTTCAACGATAACTCTGAAGGCGATAAAGTAATGATTTACAAGCTAGATCCTACA
ATAAATCAATTTGTGAAATCACAGCAGTCATTCACTGGCAGTAACTATGATATAATTCTT
GGCATCAATGTTAAGCCAAAAAATAGAATAATGAAACCAAGAACATTCTTGCTTTTCTCG
AGAACAGATAGTAGAGAAATAAAAATTTATCGCATGAAAGATGGCTCTAAAGAGTTTGCA
TTTCAACGAATGCTAGACGATTTTAAAGACAATATTGTTGAAGTACTCGTTTTATATATT
AATGAGATGCCTTTCTTTATTGTAAGTCAACGTTCTGGATTATTCTGTATGTATGAATGG
CGTGGCATTGAAAGTTGGCAGAGCAAATATTGCGGTAGATTCGAAAACATTCATCAAATG
AAGTCATTCGAGTATTTAAATCGACAACATTTGTTCCTAGCTTCGATAGCACAAAAAACT
GAGCCATCTATAAATGCTTTAGCTATTTATCGTCAAGGCGATTGGTTTTAA

>g11176.t1 Gene=g11176 Length=1936
MHYLLIVSYILLIFNTNLITNSQAVINGKETVEEYINKKIDVITKTTKSHHNDKIKLKEN
SISLMCDKTRGDKIKFVKDIDGYLFFLSQNELFATKVNHENIAKLYFLGTLLDIAEEDPV
ISVQIEKWQNFFMVVIQQFTRLKVYLVKLNEHKSSKINHIHKMNFDSIFDKFRIFRKGKD
VLLVTYQIQEQAANKLTFYKWQNSYFMKESSETTELPNRGDLFVYNENPDETLILSLGYG
IGNETSHVAVFKYDEDTNRWLKLQKMHFKKDYIEPYTSNGVLYLIGCYSDSICALYKWNS
NAHFHRHLKLSNNVFEIIKSIYSRHSIIIIENFQNNLSFYSSTNITSDEPALRLTKSSEL
SKYSIYKSPKNLLYFVDVNLNETSMLMNFYEMIINENELNEMRDNDRKTDPIECILQLKR
SLKSRSLKVKSSEKDIQILKDTNGSFNIKNKSLLNTNYVKLQDSNVLTLKMPFNVSVHTK
DLMQQSVSTNILLSKLNRILSSSPRSDVRAKDESVDDKMDLETISVGNLIYKGNQDIFKD
IMRKSQQTLSFSDQIKLGSVSANKLVVQSNLINRIPVDKLLNITKAQSISGVKTLQSLKV
NELMINGLLNNIPLDFLKSNKDNQLDKVREIEFNGNINAMHLNVKMLNGYNVSSLINELC
LNDNNTKVNGDLFFKNTLKLKQLVANHIKSIPINDFMTVSTNQDIDTDMFIPKFHANTIN
ANLVNNENLLENVALTTKENFIEVPTKFMNISIMDNLNIQDIVDEDENAIDSRSFVEMIK
RHVIGTQTSDLTQIYNNKVIIKGSLIFKDINSYSPKTKIFVNNQEIPQNISQTYWMKNIQ
QHVHVPSFKIKNKEVTIFNGLITKHLNRHPIDNFLLLNNENPQGPINIKFEKAIVEGSVI
VHERNFLSMLHRLSQLAIHRDSSHVEISSPVEFRNQLTIKNLQTPLLNNIPVNSLVHKNL
NYVSFDGTKNFENLQTVRIYVDQNMFAENYNNVSLEKLIREAIRIDQPIYIENLRIDSFT
ANNLIVSQFERHKFDDMIRNIQEELNFGAESNKGKRSIHIHGDAEFKSNINIDYLNNDRV
PFDNFIEILAMKDKPNQEIGGKKFFMKDFIVKDNIQVKIINENSIDHLLKHSLSRGSKQM
IQSKKLSVENLKLKALHTNKLNDLAWDNFIDKTKLNLPLSFNLEIDEIEADTFYTEYATI
DLNEMIRFIKFPKRTNWNHITAKQGSNIIFGDETHLDYLMKYTVKKNADLQTIFGNVAIV
NTRDFYMKNVAKHDGLIFTRNAPFNITVLNIDSVKNNSHSEVITGKATISPDFRFDANNL
IIDKRCNFYSNYINEINVLSLNRTIHRNESFFNSEKHFENLYVNELYIENGLINGIIPSN
IVYASNTAQQLPILNLKSLEVINMEISSLNSYSFEYLLENRLKKYSETVQDVQNIITFNS
IHFLNDTSMTSINNVLIDDAVFTSSDQFQNQQHIMGHKIINGKLILKGPAIIGSLNGVDI
KDFFKSTVNLQSNYRSDVPLQLPAIELKGGMQVNQNINGRNIEELLSSDAHMPKLADLVS
LIRDVDYKISLIDENYSKKRENRRMLYVDIDNDVEFKYKPSIAQNKEDDEINCEKQNELE
FNPKLKEVTISKRSESEMRVELRSVKIRLTPNIICKADAVGSKNFEVYWNYQSDLKLNYF
QNFSFPNIITDVKFTESLNGIVHMILVLKNEVIDKSEIVFLILNTKDHSWEQHQEKLSDF
NKIVKTGVVEAFDGESYVVVSTFNDNSEGDKVMIYKLDPTINQFVKSQQSFTGSNYDIIL
GINVKPKNRIMKPRTFLLFSRTDSREIKIYRMKDGSKEFAFQRMLDDFKDNIVEVLVLYI
NEMPFFIVSQRSGLFCMYEWRGIESWQSKYCGRFENIHQMKSFEYLNRQHLFLASIAQKT
EPSINALAIYRQGDWF

Protein features from InterProScan

Transcript Database ID Name Start End E.value
3 g11176.t1 Phobius SIGNAL_PEPTIDE Signal peptide region 1 24 -
4 g11176.t1 Phobius SIGNAL_PEPTIDE_N_REGION N-terminal region of a signal peptide. 1 3 -
5 g11176.t1 Phobius SIGNAL_PEPTIDE_H_REGION Hydrophobic region of a signal peptide. 4 14 -
6 g11176.t1 Phobius SIGNAL_PEPTIDE_C_REGION C-terminal region of a signal peptide. 15 24 -
2 g11176.t1 Phobius NON_CYTOPLASMIC_DOMAIN Region of a membrane-bound protein predicted to be outside the membrane, in the extracellular region. 25 1936 -
1 g11176.t1 SignalP_EUK SignalP-noTM SignalP-noTM 1 24 -

Transmembrane regions from TMHMM

Disordered region

IUPRED3 score over 0.5 is predictive of a disordered region.

GO terms from InterProScan

There are no GO annotations for this transcript.

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