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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0207700 |
| Transcript ID | LotjaGi3g1v0207700.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Golgi SNAP receptor complex member 1; TAIR: AT2G45200.1 golgi snare 12; Swiss-Prot: sp|O22151|GOS12_ARATH Golgi SNAP receptor complex member 1-2; TrEMBL-Plants: tr|I3SFT9|I3SFT9_LOTJA Golgi SNAP receptor complex member 1; Found in the gene: LotjaGi3g1v0207700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:30604252..30614031) extracted from Lotus japonicus Gifu genome v1.2.
CTTTTTAGTAGAGAGATAATGAATGATTAATCATTTAATCCCCTCTCATAACTAACAAAACGCTGTTGAATGAAACCTGT TCTTTCAGTACTATCATTCTCCTACTCGAGTTGCAGACGATTCTCCACCACCATCTGAGCGAATCAGCCATCTCCATCTC TCCCCAATAAAGATCCGAATGAGGGATTCAAATCTGGAGCTGCAGGAATCGGGCTGGGAAGAATTGCGAAAGGAAGCGCG CAAGATCGAGGGCGATCTCGACGTCAAGCTCTCTTCCTACGCCAAACTCGGCGCTAGGTTCACCCAAGGAGGTTCCATTC CCTTCCCTTCCCTTTCCTTTTCCATTGAATTTCAATGTTGATCCAAACAATCATGTTTCTGTGCATTGTATCCAAATTGG AAGAAAACAAATCTAGGTGAAACAAGCACTAAATCTTACAGAAGATAAATGTAAATTGTGTTTTTTTTTCTTCAATTTTT ATTATTTTCTGCTTTTTAATTTCCTGTTTGCAAGTGAGTGGTTCTTAGTTCTCAATGTATTTTAGACTTTTAGTCCTTTG TATTTAGTAATTTTGTTTATCTAGGCATTGTGCTGTTCTGATTGAATTGTTGCGCTTGCACGTAATATTCTGCGCCTGAT TATTGATGAATGATGAGTTAGTTACTGATTAAGTTAACTTACTGACAATTTTTTATAAGAATGAAGCGTTTACCAAACAT TAAGTGTTGCCAACCAATAATTAGATCATTGGTAAACAGGTATAGAAATATCATAATTGGTATTACAATTGTCTATTGTT CATATGGTTATGATATTTACTTGTTAACCAAGTGGTTTGTCGTTGTGGTTGGGTTTTCGATTTTCAACTCTTGTGAATAA AAAAACTCATTGGCCAGCACCATAGCGCTTAGTTTGGTGACCGTGGGACGTCTCACGGCTATCAACTGTGGGAATACCTT CGTTAAGACCCAAAAAAATATATTTACCCTTCATATAGTGCCACACCTCAAAATGTTTATTCTTGATAGAAAGATGTCAT TTTTGTAATTATTAGTGAAAATTAGAAGTGAAAGCTATTAGGATTTGGGCTAGGGTTAACTCAACACCAAAAGCTAGATT AAGGGCGAGAATTGTCCAAGCATTATAAGAACTATTCTGAACATGTCTTTAGTTTATGTGGGATTTAAACAAAAACAAAG AAAAAAGTTTTGTCAAACTGAACAGACCTAAAGTTTGTAAATTGGACAGAAGGAAGTAAATATAACTTATTCTCACTTCC AAATTAATAATCTTGAAGCACCTTGTAATGAATTGAATACATTTGGTCTGGAAGTAGTATGTTTATGAATTATAAAAATA TACCTTTTGTTATTAGGTTATGTGGATGGTGGTTCACCACCTCTTGGGTCCAGTAGGTCTTGGAAGTCCATGGAGATGGA AATCCAGTCCTTGCTGGAGAAACTATTAGACATAAATGATTCAATGAGTAGATGTGCTGCATCTGCTGGACCAGCTACTT CTGTAACTCAAAAGTTGGCTAGGCACAGAGACATTCTTCATGAGTTTACCCAGGTATGTTTATATCAAATTCCTATTTTG CGCAGTTCAGTTTCAAGTTTCAGCTTTCAATTTTCATTCAGTTCAAAAAGAATGAATCTCTGGCAATGTTGTAGATTAGA GAAGTATGCACTGTTTGTTTTACATGACACATGATAACTTAGATATTTCTTGTTCAGAGGATGAATATGACACCCCTTGT TCAGTTGTTCTCTAAGATTTTTTGCATTTTGCTATCTTCTTACTTGAAAATTTGCAATGCTTTGACTTGTTAGAGAGGAG AACGAAGTGCTGGTGGACTATATTTAAATATTCTGGTTTTAATTTATGAAAGAAATCAGGGTATTGTATTTTAAACGGTA TAAGTTTTTTCTAGCCAAGATAAGTTGTACTGGTATTGTATCCAGACATATCAGCCAATAAAACAATTTTAAATTAAATC AGAGGATATCTGTGCATACATATCTAAGGCATATCATAAGGGTTTAGTATTGGATACCCATATGATGCCGGTACTTTACC TAATTTGTTATATATGGGCTTCATATAGTTATACAATATCATCATTTCGTTTTAATGTGATAATTATTTTTGGTTCTTTG TGGCTAAGCCCTTCCTACTGTTGTACCAATTTTTTGTTATGTTGAGAAAGCTTAGGAACTAAGAAGATTTTGTAAACTAC ATCATTAATTTAATTAAATGGATTCTGCACGAAAAAATGTATATTTACTCTAATTAGTTGACTCGAAGCATATTTACATG TTGGTTGTTATTCTATTCAGGAATTTAGGCGTATTAAGGGGAACATAAACTCAATGAGGGAACATGCAGAGCTTTTGACT TCTGTGAGAGATGATATTTCTGACTTTAAGGTGAATCTTGAGTATGATCTGAGTTAAATTACATAGAGTATTTTCTTACA GAAGTACTAGACTTACCTTCTTCTGGCAGACATCGGGTAGCATGTCACCAAGGATGCAGTTACTACGAGAGAGAGCTGCA ATCCATGGAAGTATATCTCATGTAAGTATTTATTTTATGAATTGTAGTACATTTGCTTTTCTTCTACTTAAATTTTCAAT TAATGGACATTTCTTTATTGGCTGGTGATCGCTTGAAAGTCACATCAGAGAGGACAAACCATGGTCTTTCCTTATGGATA GCCCAGAGACCCTCTATTATTTCCTTTAACACAAAATTTGAACAAATGTCTTCGATAGGAACATAAAGTGTAGTGAAGTT ATAAGATATCAAGAAGAACCCTCTGCTATACAGATGCTATGTTCAGCTCAGCAACATTAAAAAGAACAGAATGAGCAAAA AGAAGAAGAAATGCAGCAACAAACAAGCAAGACCAGAGCTGAATGAACAGCCTCTCCCCTATGGCCTAAGCACCAAACCC ACTCCAAAGTTCCATTAGCTCTCTCCACTGTTGTCCACCTTCTCCTTATTCAATGATGCGGACCCAGTTGCTAGTAATAG TCTATGAAAGCAGGAGGAAGAGGTGTGATGCACCAGATCAGTCCCTGTGAGAGGATTAACCACCTGCTGGGGTAGCAGGG GCGTGGGGATCCATGTGGGTAGAGTTGGAGAGAGTGTGTGGAGGGTGTAAGAAGGGAATCACGGAAGGGGAAGGTAGGCA GTTATTTTCTTTGGGCTTAGGCTGGGAGAGATAGAGACACGCTCTAATTTGCCTCTGTTATTCTTCTTCTTGTAGTTACC TAAACTGGATCTGAGTTCATCTCAGAATTCCAGAACTGATCAATACAAAAGCATTTTAGTTCAATTTCCTTCTCTGTAAT ATCTGGTACCTAACATTCATACTCTCTTGATCCTTGGAGCTGAATGGTATCAACAAGGATGGAAGAATGAGTGGAAGCAT TGCAGCGGAGAATAGAGGAGATGAACTGAGAGTGGAAAGGGATGCAGGGGAAATTGATGGGAGAGATGATGCAGGTATTG AGGGCAGGTCTTGCCTGTATTTGAAGAGAATGGCTGATAGGGAATGGAGATGAAGGAACAGGGTCAGGAAACAGTGATCA TGAATGAGAAGTGGGTCAAATGGAAGATTGGATGAGGAGGCTGGAAATACCATAATTCAAAGGCGCTGTTGTCCTGAGCT GTGTTTTGAAATCAATCAAATCATGGATTACTGGAAGGTGGTGCTGACTGCTGTATGCATGGAATGGAAAGTAGTAGACT GGTTCCAGTGGGGGGGAGTCAAGGACGAAGGGAATTTTGAGCTCACTTTCAAAAGAGCTTTGCTGGGTCAATTCCAAGAC TCTATGAGAACCCATATGAGGTCTTGATGAGTCTAAGGCAGCCGTTATCTGTGGAAGAGTATCAGGAGTTGGAGCTCATC TCGACACTGATGAGGAGTATCAGGAGTTGGAGCTCATCTGGTCCTAAAGTAGTTTTAGCTTAGGGGGAGCATTGGTGGAA AGGCTGGAAATGGAGCAGGAAGATATGAGGACTTGAGGAGGATCCAACATGCAAAAATAGGAGGAAAATGACATTTAAGA AGCTGACCAAGGACATAATTCTGGACAAGATCTGTCAAAGGGTGTGTTTCTGGTGTGATGAAAGGTTCTTTCTTGGGCAT GTGTTGAAACAAGTAACTACACGTTCTGCTATTAGGAGAAGAGGAGCTTGGGGGGGGGGGGGGTTGAAATAAACCTTGCA GAGGAGACAGAAGTGATGGAAGGGAGCACTATGCAGCTACACATCAGCATTGTTGAAGCAGTGACTTCAAAAAGGTCATG AAGTTTATGGTGAGCCATTTGGGGAAGAAGTTAATTTTGTTGGTAGATTTAGGGGCATCACACAATTTTCTGCCAATTGA TATAATGAGGATTTTGGAAGTAAAACCTAAATATACTCATGACTTTGTGGTGGAGGTTGGGGATGGACACAAGGTGAGGA ATCAAGGTGTGTGTAGTAAGGTGGAGTTGCAATTATCTTGAAGGTGGTACAATATTTCTATCTGTTTGATTTAGGGGAAT TGATGTGGGTTTGGTTTATGATGGTTGGAGGAGTTAGGGGGAAATTAGGGGATATCCTACTCTGTCCAGAACTATAGCAT CACCCAAAGATATGAATTAGTTGAGGATGGAAGCAGAAGCCTTATGTTAAGTTAGAAATGATCAGTGTTACATCCAGAAG TAAAAAATAACATGGAGGCAATCAAATAACTTTTGAAGGAGTATGAGTCATTGTATCATGAGTCTACCAAAGTGCCACCC CAAAAACAATTTGTATCATGTGATTGTGCTGAAGGAGGAATCTCAAATTCCTAACATCCATCCATACCGTTATGCTTATA GCTAAAAGGTAGAGATTGAGAAATTTGTAACAGGCATGTTGTCGGTAGGGTACATCCAAGGGGAAAGTCTGTTCTCTAGC CCTGTTACTTTAGTCCGAAGAAGGATGGGAATTGTAGGTTTTGTTTGGACTATTGAGCCCTTAGTATTATTACCTTTCCT AATAAGTTCCTAATCCTGTCATTGAGAAGTCATTGATGAATTCAGGGAGCTGTAATTTTCTCAAAGATGGATTTGAAATT CAGGTGCCATCAAACCCGAATGAGGGAGTATGACATGCATAAGACTATCAGAACCCATGGGGAATATTATGAATATTTGG TAATGCCATTTGGGTTGTAACAAATGCCCCTTTTACCTTCCAAGCTGCGATGAATGATATTTCGGCCATACCTAAGAAAG TTATTCTCGTACTTTTTTTTGATACTTTGATCTATAGTTTTGATTAGAGCGCACATCTCAATAATATGTGGCCAGTATTT GAGGTTCTTAATAGAAATTCCTTATGGGTGAAGTACAAGAAGTTTTTTTTTTTGGGGTATTTGGGGCACATTATCTTTTT AGATGGTATCTAGGAGGACCCCAACAAGGTCCATTTGCAGCTTGAAAGGGTTCCTATGATTAACAGGATATCATAGAAGT TTTGTGAAGAATTATAGGTTGATTGCAATTTGCAAACCTCTAGTGCAGTTGCTTAGGAAGAACAATTTTAGATTAGAAGA TAAGGCTTGGAAGGCATTTGAAGAGACCAAAGCAGCAATGGAGAAGTTACTTACCCCTGATATGCCAAAATTTGATCAAC CTTTTGAAATTGAGACCTATGCTTCAGGTCTTGGGACCGGAAGCTGTTCTCATACAGCAAGGTTGACCTTGGCATTTGTG AGCCAACCTTTCTTTGAAAAATCTAGGGTGAAATCAATTTATGAGAGGGAACTTATTACAGTTGTTTTTGGAGTGCAAAA GTGGAGACAGTAACTATTGGGGCATCACTTTATTATCAGAACTGACCAGAAAAGTCTGAAATTTTTGTTCGTAGTTGGTA CAGAGTTATACATGGAGAGCAACAGAAATGGATTTCCAAATTGTTGGACTATGACATTAGATCCAATATAAACAAGGGGC TGGGAATAGAGCAGCAGATGTCCTATCTCGGGTGATGGAGTTTCGGGTTATTTCTATGATGAATAATCAGGATCTGGGGA GAATTTGGTAGATTTCAAAGTAATGCATAGCCAGGTATATTCATCCATTGGAGTCCTCACCGTTAAAGTAAGGAATCTCC AACCTTCTAAGCTGTTCCTCTGTCCTTTAGCTCTTATGCCCCCTTTTCTTTTCTTTTGCTTCCCATATGCTTCAAAACTT ATTTCATTTGCTGTGTCTACTCACTTGTTCCAGCTTCCAGTTGATGGATTCTAGAAGATCCTAATGAAGCCCTTCCATTT CTTCCTCTTTACTAGTAACAGCATTTCCATTTCGTCCTCATACACCCAAACCAGCCGGTTTTCTTTTTTCTTCTCTAGCA TACATATGTTAAAGGGACATCAGTTATACAGCTAGCTGAAGCCCTTTAGTCAGTGACAGATCCAAAATTTTATGCTATAG GGGCAATATAGTTATAATTTTTTTTCCGAAACACACATAAATTTGTAACTAGACCAACTCGGAAATGACACGAATGTCGT TTCCTTATATTGTTAACTAACCCAAGGTTCAAATAAAAAAACTCTAGAACAGAAGAAAAAAATAACACAAGCACAATGAG GGAGAAAGTCGGAGAATGGAGATGTATTTTGAGAGGAAAAAGTTAAATCACCAAGGAACGATACTTTGCTCTGTTAATTG TTATCCAACAATATATAATAATATGTTGTAAAAAAACAATAAAAAAATATATTGATTAAATCTGTGAGGATGAAGCAGTG AAGCACAAGAGTTATAGATTTTTTTTGTTCTCCTTTGTTAACCTTTGAGTATATACTATTTCTATTGTATACTATTAGTA CATTTTAGGCTTAATTGCACTTTTGGTCCCCCACTTATCACTTTTGTGCGGAATACATCCCTAAACTAAAAAAATAGCAT TATGAGTCCCCCACTTATTAAAACGACACTAATATTTGTCCCTCCTCTCTATTTTGTCAAATTTTGGATGCCATTAGCCT ACGTGGCATTTTGTAATACTTTTTTATTCACAAAATTAATTAAGAAAATTAAAACTTATGAACTTTGCATTATCTTCAAA CTCAAAACAAACGCAAGCATCACAATTTCCCCAAACCTCATCAACACAATCCTTGGCTTCTTCATTTCCAGAAATTATTT GGAACAAATTCATTTCTAGAACTTTTATCTTCTTCACAAAACCAAACTGAAATTTATTTCACCCTCTTTTTCCTCTCCCA CATCCAGACCTGAAATTTCACAAACTCATCAACTCAAATCAAAATCCCTAACCCTGAAACCCATATTCTTGGATGTAACT CTACATCTCTCTGTCCTTCATCATCCCTAACTTGAACTTTGTTCTTCATTTTCTGATTTTCCGGGTTTCTGATTTTGTTT TCTAGGCAAAAACTGGTGGGGCTTATGAGAGAAAGGGAGGTCGGCGCCGATAAGAGAGAATGGAGATCGCCGGCGGCGAG AAGTAAGGGGAGGAAGAGAATCCTGGCTGGTGTGGTAAAGACGGCGGCGAGAAGCAAAGGAAAGAAAGAGAACCTGGCTG CAGAGTCTTTCACGGAGGCAAGGGCACGTGAAGGGAGGGGGAAAAAAGAACCTGGTTATGGAGGCGTTCGCGGTGGCAAG GAACGGTGACCGCAGCCGTGAAGGGCGTAGACGGAGGAGGCCGTCTTGAAGGGCGATGGTGACCCCATGGTAGCGGTGTG GTCGCATGAATTTGGAGGTAAGAGGCTGAAACGGCGACTCACGCCGGCTCCAATTGGGGTGGGTCTCGGGTGGTGGCTGG GTTGGTTCTGGAATGGTGTTGCAGATGATGAAGATGGTGATAAATATGATGATGAAAATGGATATGAGGAAGATGAAGAT GTAGTTAATTTGAAGTATTGTTTTTTTTAATTAATTATGCCAATTAATAAATGCCACATAGGCAAAAAAACATTATTTTT TTGACATAAAACGGTAGTTTTGACAGAATAGAGAGGGAGGGACCAATATCAGTGCCGTTTCAATTAGTAGGGGACTTGAA ATGCTATTTTTTAAGTTTAGGGACGTATTCCGCACAAAAGTGATAAGTGGGGGACCAAAAGTGCAATTAAGCCTACATTT TATCAAAATTTTATGGAGCAACTGCCCCCTCTTCTCTAAGTTAGATCTGCCCCTGCTTGTAGTTAAGATTTGTCATATGG TGTTTTTTTTACAGATGTTTTTAACCTACATATCATATGGTGTCTTTTAAGTCAGGAACATCTATTTGTCTTATATGTCA TCGGCTACGTTCTTTTTGAGATTCTACACATTGACTTTCCCTTCATTTTCTCAGATAGATGATGTGATTAGTCAAGCTCA AGCAACAAGATCTGTATTGGGTTCTCAGAGGGCATTGTTTGGTGATGTTCAGGGGAAAGTGAAGGTTCTTGGCGACAAGT TCCCCATTATTCGAAGCTTGCTTGGTATTTTTGTGAAGTAGTTTTTATCTTTTCTAATTTGCCGTTGATTTTTCACATGT CACCCTTTTACCTCATAATTCGTTGCTCTGGCAGGTTCTATAAGAAGGAAACGCTCAAGGGATACCCTTATTCTGTCAGC AGTAATTGCTGCCTGTACATTGTTTCTCATCATTTATTGGCTCTCAAAGTAACAAAAAGATTTTGTAACGCGAAAAAGTT GTGAATTATGGTGCTTTTTTCCATTGAATTTTTCTGCTTCTTTCTTTGCCATTTTCTATCTTATGGAGGGGAAGTTTTTT TTTAGTCCACACTGGTCTAGGAGCCTCATATTTGTATGTAAGATATTCACATCTAAAAAATCATATTTGACTCTTGAACA ATATTGATATAAATCAACCTCAAATAGTGTAATTTAGATGCTGCGTTTTTTCCCCTTTAAGAAACAAATGCCATAGCATG TGCTAGTATAGTATGTAAACACTAAAGTTCCTTCCTAAAACACACCGAACTTGAGTCTAGGAATGAGGGGTTTGAACTTG CATCCTCACCCTTACGTAGATCTATCATCCATATCCCTTGAATAGTACCTTGTTTGTATCTCTATGGTGTGCATCATGGA AAATTACAGGGAGACTTAAATCATGGTGGATAGTCATTTGCAATTTTGTATTCATTGTGATTCACTATCTATTTAAACAT GTGCGAAGTATCAGAGGAAAATGTGTGGATAACATGTCCACACCAACAAAGAAATAAGTAAACTAGTAATGACAAGGCTG ACCAAAGAGTTAGAGGCAACAAGTGAGTGAGTGAAAGGTTGACATCAGTGTGGGGATGAGATCCGTATACTACAAATTTC TCCATTACAATTTACAATTTGTAGCATTAAGCATTTCTTGATACACATCGCAAATCTTGTACACTTAGAAGCTTGTACAC GTGAAAATATCACCTCTGCTACTTGCTTCTTGTCTGTTATCCATGTCCATAGATAGGACCATCTTGCAGTGCATGCAAGT GCTGGCAATTTTCTTTTGCGTGGTCCCTTCATGTCTTGATGATGTTGTGGTCCTTGTTCAACATTCCAATCCGAATCAGC CCAGTTATTATGTGTCTTGTAATTGTAATAGATTATAGATCTCTTCCATCATGTGCAAGCTCATCTTGTTTCCTTAAAAA TCTGAAACATACATTTAATCAAGACAGCATTACTTTGTCGGCCCTCCTAGATTATGTGAACTTTAATGTTCACAACAAAT TTAATGTGTCACTTGAATTG
CDS sequence (LotjaGi3g1v0207700.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAGGGATTCAAATCTGGAGCTGCAGGAATCGGGCTGGGAAGAATTGCGAAAGGAAGCGCGCAAGATCGAGGGCGATCT CGACGTCAAGCTCTCTTCCTACGCCAAACTCGGCGCTAGGTTCACCCAAGGAGGTTATGTGGATGGTGGTTCACCACCTC TTGGGTCCAGTAGGTCTTGGAAGTCCATGGAGATGGAAATCCAGTCCTTGCTGGAGAAACTATTAGACATAAATGATTCA ATGAGTAGATGTGCTGCATCTGCTGGACCAGCTACTTCTGTAACTCAAAAGTTGGCTAGGCACAGAGACATTCTTCATGA GTTTACCCAGGAATTTAGGCGTATTAAGGGGAACATAAACTCAATGAGGGAACATGCAGAGCTTTTGACTTCTGTGAGAG ATGATATTTCTGACTTTAAGACATCGGGTAGCATGTCACCAAGGATGCAGTTACTACGAGAGAGAGCTGCAATCCATGGA AGTATATCTCATATAGATGATGTGATTAGTCAAGCTCAAGCAACAAGATCTGTATTGGGTTCTCAGAGGGCATTGTTTGG TGATGTTCAGGGGAAAGTGAAGGTTCTTGGCGACAAGTTCCCCATTATTCGAAGCTTGCTTGGTTCTATAAGAAGGAAAC GCTCAAGGGATACCCTTATTCTGTCAGCAGTAATTGCTGCCTGTACATTGTTTCTCATCATTTATTGGCTCTCAAAGTAA
Protein sequence (LotjaGi3g1v0207700.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MRDSNLELQESGWEELRKEARKIEGDLDVKLSSYAKLGARFTQGGYVDGGSPPLGSSRSWKSMEMEIQSLLEKLLDINDS MSRCAASAGPATSVTQKLARHRDILHEFTQEFRRIKGNINSMREHAELLTSVRDDISDFKTSGSMSPRMQLLRERAAIHG SISHIDDVISQAQATRSVLGSQRALFGDVQGKVKVLGDKFPIIRSLLGSIRRKRSRDTLILSAVIAACTLFLIIYWLSK
Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.
| Prediction algorithm | Identifier | Start | End | Length | E-value | InterPro ID |
|---|---|---|---|---|---|---|
| Phobius | 1 | 218 | 218 | - | – | |
| PANTHER | 2 | 239 | 238 | 7.2E-135 | – | |
| PANTHER | 2 | 239 | 238 | 7.2E-135 | ||
| PIRSF | 4 | 238 | 235 | 1.8E-76 | ||
| Pfam | 150 | 214 | 65 | 7.9E-17 | – | |
| Phobius | 219 | 238 | 20 | - | – | |
| TMHMM | 219 | 238 | 20 | - | – | |
| Phobius | 239 | 239 | 1 | - | – |
GO predictions are based solely on the InterPro-to-GO mappings published by EMBL-EBI, which are in turn based on the mapping of predicted domains to the InterPro dataset. The InterPro-to-GO mapping was last updated on , while the GO metadata was last updated on .
| GO term | Namespace | Name | Definition | Relationships |
|---|---|---|---|---|
| Cellular component | Golgi membrane | The lipid bilayer surrounding any of the compartments of the Golgi apparatus. | ||
| Cellular component | Cis-Golgi network | The network of interconnected tubular and cisternal structures located at the convex side of the Golgi apparatus, which abuts the endoplasmic reticulum. | ||
| Biological process | ER to Golgi vesicle-mediated transport | The directed movement of substances from the endoplasmic reticulum (ER) to the Golgi, mediated by COP II vesicles. Small COP II coated vesicles form from the ER and then fuse directly with the cis-Golgi. Larger structures are transported along microtubules to the cis-Golgi. | ||
| Cellular component | Integral component of membrane | The component of a membrane consisting of the gene products and protein complexes having at least some part of their peptide sequence embedded in the hydrophobic region of the membrane. |
Expression pattern of LotjaGi3g1v0207700.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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