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Revisions to pissa.Sato_Morita_2007.yml on 18 April 2024 #39

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Revisions to pissa.Sato_Morita_2007.yml on 18 April 2024 #39

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26 changes: 16 additions & 10 deletions Pisum/sativum/studies/pissa.Sato_Morita_2007.yml
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Original file line number Diff line number Diff line change
@@ -1,7 +1,6 @@
---
scientific_name: Pisum sativum
classical_locus:
- I
classical_locus: I
gene_symbols:
- PsSGR
gene_symbol_long: Staygreen
Expand All @@ -12,24 +11,31 @@ curators:
- Marlene Dorneich-Hayes
- Scott Kalberer
comments:
- Complementation test confirms that SGR is Mendel's I locus. SGR is a positive regulator of pathways involved in breakdown of
chlorophyll via translational or posttranslational regulation of chlorophyll degrading enzymes. The products of SGR are required
- Complementation test confirms that PsSGR is the Mendelian I locus. SGR is a positive regulator of pathways involved in breakdown of
chlorophyll via translational or post-translational regulation of chlorophyll degrading enzymes. The products of SGR are required
to separate chlorophyll from the photosynthetic complex, allowing chlorophyll degrading enzymes access to their substrate.
The sgr loss-of-function mutation is due to lower expression of the SGR gene and a small insertion that disrupts SGR protein fuction.
phenotype_synopsis: The recessive phenotype sgr retains a high chlorophyll content during scenesence, causing cotyledons to stay green as
phenotype_synopsis: The recessive phenotype sgr retains a high chlorophyll content during senescence, causing cotyledons to stay green as
they mature and leaves to stay green as they die. PsSGR is a cosmetic stay-green mutant and does not retain the ability to photosynthesize.
traits:
- entity_name:
entity:
- entity_name: chlorophyll catabolic process
entity: GO:0015996
- entity_name: positive regulation of chlorophyll catabolic process
entity: GO:1903648
- entity_name: plant embryo cotyledon color
entity: TO:0000980
- entity_name: leaf senescence trait
entity: TO:0000249
references:
- citation: Sato, Morita et. al., 2007
- citation: Sato, Morita et al., 2007
doi: 10.1073/pnas.0705521104
pmid: 17709752
- citation: Armstead, Donnison et. al., 2007
- citation: Armstead, Donnison et al., 2007
doi: 10.1126/science.1132912
pmid: 17204643
- citation: Aubry, Mani et. al., 2008
- citation: Aubry, Mani et al., 2008
doi: 10.1007/s11103-008-9314-8
pmid: 18301989
- citation: Hörtensteiner, 2009
doi: 10.1016/j.tplants.2009.01.002
pmid: 19237309
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