C38C10.4 | Evidence | CGC_data_submission |
| SMap | S_parent | Sequence | C38C10
|
| Chromosome | III |
|
Identity (5)
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Gene_info
| Gene_class | gpr
|
| |
Allele
| ok1179
| Inferred_automatically | From strain object: RB1150 |
| | | tm964
|
| | Strain | RB1150
|
| |
GO_term
| GO:0005096
| IEA
| Inferred_automatically |
| | | GO:0007165
| IEA
| Inferred_automatically |
| | | GO:0005488
| IEA
| Inferred_automatically |
| | Contained_in_operon | CEOP3576
|
| |
Structured_description
| Provisional_description | gpr-2 encodes a protein containing a GPR (G Protein Regulator)/GoLoco motif characteristic of guanine nucleotide exchange factors specific for G-alpha GTPases; GPR-2 appears to function redundantly during early embryogenesis and germ-line development to regulate chromosome and spindle movements during cell division; GPR-2 likely acts as a positive regulator of G protein signaling and specifically, may regulate GOA-1 signaling in the embryo; GPR-2 forms a protein complex with the nearly identical GPR-1 and with LIN-5, a coiled-coil protein that is required for proper localization of GPR-2 to the cell cortex and spindle asters of the early embryo; in addition, proper GPR-2/GPR-1/LIN-5 localization between the P2 and EMS blastomeres at the four-cell stage, which may contribute to spindle positioning in EMS, requires the MES-1/SRC-1 tyrosine kinase signaling pathway; GPR-2 is believed to act downstream of, or in parallel to, PAR-3, a PDZ domain-containing protein, in mitotic spindle positioning in the early embryo. |
Paper_evidence
| WBPaper00005405
|
| | | | | | WBPaper00005878
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| | | | | | WBPaper00017879
|
| | | | | Person_evidence | WBPerson1843
|
| | | | | Curator_confirmed | WBPerson1843
|
| | | | | Date_last_updated | 17 Jun 2004 00:00:00 |
| | | Concise_description | gpr-2 encodes a protein containing a GPR (G Protein Regulator)/GoLoco motif characteristic of guanine nucleotide exchange factors specific for G-alpha GTPases; GPR-2 appears to function redundantly during early embryogenesis and germ-line development to regulate chromosome and spindle movements during cell division; GPR-2 likely acts as a positive regulator of G protein signaling and specifically, may regulate GOA-1 signaling in the embryo; GPR-2 forms a protein complex with the nearly identical GPR-1 and with LIN-5, a coiled-coil protein that is required for proper localization of GPR-2 to the cell cortex and spindle asters of the early embryo; in addition, proper GPR-2/GPR-1/LIN-5 localization between the P2 and EMS blastomeres at the four-cell stage, which may contribute to spindle positioning in EMS, requires the MES-1/SRC-1 tyrosine kinase signaling pathway; GPR-2 is believed to act downstream of, or in parallel to, PAR-3, a PDZ domain-containing protein, in mitotic spindle positioning in the early embryo. |
|
Molecular_info
| Corresponding_CDS | C38C10.4
|
| | Corresponding_protein | WP:CE00107
|
| |
Corresponding_PCR_product (5)
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Corresponding_RNAi_reagent (8)
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Experimental_info
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RNAi_result (5)
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WB_RNAi_result (8)
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| | Expr_pattern | Expr2564
|
| | Gene_regulation | Trans_target | pmid12730122_gpr
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Reference (17)
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Remark
| Sequence connection from [Ahringer JA] |
| | Gene renamed from ags-3.3 to gpr-2 following advice from [Hodgkin J], [020808 krb] |
| | Map position created from combination of previous interpolated map position (based on known location of sequence) and allele information. Therefore this is not a genetic map position based on recombination frequencies or genetic experiments. This was done on advice of the CGC. | CGC_data_submission |
| Method | Gene
|