[ { "locus": "SORBI_3009G030300", "gene_names": "", "gene_symbols": "SbRPAP3", "references": { "37631136": { "description": "SbRPAP3 is a subunit of the R2TP complex in Sorghum bicolor, bears a structural resemblance to yeast and human counterparts, and interacts with essential molecular chaperones, indicating functional conservation in plants.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3005G172300", "gene_names": "", "gene_symbols": "", "references": { "37717251": { "description": "Sorghum F-box protein triggers an oxidative burst as part of its defense mechanism against Colletotrichum sublineola", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3007G137101", "gene_names": "Brachytic1", "gene_symbols": "SbBr1", "references": { "37737036": { "description": "Sorghum brachytic1 (SbBr1) alternatively spliced alleles may confer semi-dwarfism in a similar manner to the maize ortholog", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3001G341700", "gene_names": "Glume Coverage 1", "gene_symbols": "GC1", "references": { "35217660": { "description": "Naturally truncated variations of GC1 (Glume Coverage 1) result in low glume coverage.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3004G040200", "gene_names": "", "gene_symbols": "SbMPK14", "references": { "35176445": { "description": "SbMPK14 functions as a negative regulator of the drought response in sorghum by suppressing the activity of specific ERF and WRKY transcription factors", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3007G085400", "gene_names": "", "gene_symbols": "ARG1", "references": { "35018449": { "description": "The CARG-ARG1 locus is associated with Colletotrichum sublineola (Cs) resistance", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3007G085350", "gene_names": "", "gene_symbols": "CARG", "references": { "35018449": { "description": "The CARG-ARG1 locus is associated with Colletotrichum sublineola (Cs) resistance", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3002G167000", "gene_names": "phosphoenolpyruvate carboxylase 3", "gene_symbols": "SbPPC3", "references": { "35488514": { "description": "Sorghum phosphoenolpyruvate carboxylase SbPPC3 involved in stress response and central metabolism.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3001G104500", "gene_names": "", "gene_symbols": "SbGRF1", "references": { "32831017": { "description": "Sorghum Growth Regulating Factors (GRFs) SbGRF1, 2, 4, and 7 are involved in defense response to aphid stress.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3002G297800", "gene_names": "", "gene_symbols": "SbGRF2", "references": { "32831017": { "description": "Sorghum Growth Regulating Factors (GRFs) SbGRF1, 2, 4, and 7 are involved in defense response to aphid stress.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3004G269900", "gene_names": "", "gene_symbols": "SbGRF4", "references": { "32831017": { "description": "Sorghum Growth Regulating Factors (GRFs) SbGRF1, 2, 4, and 7 are involved in defense response to aphid stress.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3006G203400", "gene_names": "", "gene_symbols": "SbGRF7", "references": { "32831017": { "description": "Sorghum Growth Regulating Factors (GRFs) SbGRF1, 2, 4, and 7 are involved in defense response to aphid stress.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3002G418500", "gene_names": "", "gene_symbols": "SbWRKY22", "references": { "37373435": { "description": "Transcription factors SbWRKY22 and SbWRKY65 enhance Aluminum tolerance in sweet sorghum.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3003G285500", "gene_names": "", "gene_symbols": "SbWRKY65", "references": { "37373435": { "description": "Transcription factors SbWRKY22 and SbWRKY65 enhance Aluminum tolerance in sweet sorghum.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "AT1G26520", "gene_names": "Zn-regulated GTPase metalloprotein activator", "gene_symbols": "ZNG1", "references": { "37965006": { "description": "ZNG1, Zn-regulated GTPase metalloprotein activator, Zn transferase for AtMAP1A", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "AT1G80480", "gene_names": "", "gene_symbols": "ZNG2A1", "references": { "37965006": { "description": "Zn transferase", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3005G213600", "gene_names": "low germination stimulant", "gene_symbols": "LGS1", "references": { "28396420": { "description": "LGS1 (low germination stimulant) provides striga tolerance", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3002G292600", "gene_names": "phytoene synthase", "gene_symbols": "PSY", "references": { "18162592": { "description": "Catalyzes the conversion of two molecules of geranyl geranyl diphosphate to form 15-cis-phytoene, in the first committed step of the carotenoid biosynthesis pathway", "literatureType": "PubMed" }, "37138226": { "description": "Regulates flux towards the carotenoid biosythetic pathway. Converts geranyl geranyl dishosphate into 15-cis- phytoene", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3001G018000", "gene_names": "", "gene_symbols": "CRTISO", "references": { "37138226": { "description": "Carotenoid isomerase expressed on the grain, differentially expressed through grain development.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3001G308200", "gene_names": "", "gene_symbols": "CYP97C1", "references": { "37138226": { "description": "Carotenoid epsilon hydroxylase expressed on the grain, differentially expressed through grain development.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3002G072400", "gene_names": "zeta carotene desaturase", "gene_symbols": "ZDS", "references": { "36977987": { "description": "catalyzes the desaturation/reduction of zeta-carotene into lycopene", "literatureType": "PubMed" }, "37138226": { "description": "Zeta-carotene desaturase expressed in sorghum grain", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3002G383400", "gene_names": "", "gene_symbols": "PDS", "references": { "37138226": { "description": "15-cis-phytoene desaturase expressed in the grain and DE through development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3003G197400", "gene_names": "lycopene epsilon cyclase", "gene_symbols": "lcyE", "references": { "37138226": { "description": "A lycopene epsilon-cyclase expressed in the grain and DE during development.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3003G277400", "gene_names": "", "gene_symbols": "VDE", "references": { "37138226": { "description": "Violaxanthin de-epoxidase expressed in sorghum grain and DE through grain development.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3004G074000", "gene_names": "lycopene beta cyclase", "gene_symbols": "lcyB, lycb", "references": { "37138226": { "description": "Lycopene beta-cyclase expressed in sorghum grain, DE through development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3004G346000", "gene_names": "CYP97A3 carotene hydroxylase", "gene_symbols": "CYP97A3", "references": { "33016639": { "description": "catalyzes the hydroxylation of the ε- and β-ionone rings of α-carotene, yielding lutein, and the sequential β-ring hydroxylation of β-carotene to to β-cryptoxanthin and finally zeaxanthin", "literatureType": "PubMed" }, "37138226": { "description": "Beta-ring hydroxylase expressed in sorghum grain, DE through grain development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3006G097500", "gene_names": "Zeaxanthin epoxidase", "gene_symbols": "ZEP", "references": { "33016639": { "description": "ZEP catalyzes the epoxidation of zeaxanthin to antheraxanthin and subsequently to violaxanthin in the carotenoid biosynthetic pathway", "literatureType": "PubMed" }, "37138226": { "description": "Zeaxanthin epoxidase expressed in sorghum grain, DE through development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3005G160500", "gene_names": "", "gene_symbols": "CRTISO", "references": { "37138226": { "description": "Carotenoid isomerase expressed in sorghum grains, DE through grain development.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3006G049200", "gene_names": "", "gene_symbols": "", "references": { "37138226": { "description": "Violaxanthin de-epoxidase expressed in sorghum grain, DE through grain development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3006G177400", "gene_names": "phytoene desaturase", "gene_symbols": "PDS", "references": { "36977987": { "description": "catalyzes the desaturation of 15-cis-phytoene into 9,15,9'-tri-cis-z-carotene in the second committed step of carotenoid biosynthesis", "literatureType": "PubMed" }, "37138226": { "description": "15-cis-phytoene desaturase expressed in sorghum grain, DE through grain development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3006G188200", "gene_names": "beta carotene hydroxylase", "gene_symbols": "β-OH, (B-OH)", "references": { "33016639": { "description": "catalyzes the β-ring hydroxylation of β-carotene to produce β-cryptoxanthin, an immediate precursor to zeaxanthin", "literatureType": "PubMed" }, "37138226": { "description": "Beta-carotene 3-hydroxylase expressed in sorghum grain, DE through grain development.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3003G103300", "gene_names": "1-deoxy-D-xylulose 5-phosphate reductoisomerase", "gene_symbols": "DXR", "references": { "33016639": { "description": "catalyes the reduction of 1-deoxy-D-xylulose 5-phosphate (DXP) to produce 2-C-methyl-D-erythritol-4-phosphate (MEP). This is the second commited tspe in the MEP pathway", "literatureType": "PubMed" }, "37138226": { "description": "Converts deoxyxylulose 5-phosphate to methylerythritol 4-phosphate in the second step in the 2-C-methyl-D-erythritol 4-phosphate MEP pathway that produces geranyl geranyl disphosphate (GGPP)", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3006G232600", "gene_names": "phytoene desaturase", "gene_symbols": "β-OH, PDS", "references": { "36977987": { "description": "catalyzes the desaturation of 15-cis-phytoene into 9,15,9'-tri-cis-z-carotene in the second committed step of carotenoid biosynthesis", "literatureType": "PubMed" }, "37138226": { "description": "15-cis-phytoene desaturase expressed in sorghum grain,", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3007G130400", "gene_names": "lycopene beta cyclase", "gene_symbols": "lcyB, lycb", "references": { "37138226": { "description": "Lycopene beta-cyclase expressed in sorghum grain, DE through grain development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3008G096800", "gene_names": "", "gene_symbols": "Z-ISO", "references": { "37138226": { "description": "Zeta-carotene isomerase expressed in sorghum grain, DE through grain development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3008G180800", "gene_names": "phytoene synthase", "gene_symbols": "PSY", "references": { "18162592": { "description": "Catalyzes the conversion of two molecules of geranyl geranyl diphosphate to form phytoene, in the first committed step of the carotenoid biosynthesis pathway", "literatureType": "PubMed" }, "37138226": { "description": "Phytoene synthase expressed in sorghum grain, DE through grain development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3001G042000", "gene_names": "", "gene_symbols": "ABA2", "references": { "37138226": { "description": "Xanthoxin dehydrogenase expressed in sorghum grain, DE through grain development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3001G062300", "gene_names": "abscisic aldehyde oxidase", "gene_symbols": "AAO", "references": { "37138226": { "description": "Indole-3-acetaldehyde oxidase expressed in sorghum grain, DE through grain development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3001G062500", "gene_names": "alcohol aldehyde oxidase", "gene_symbols": "AAO", "references": { "33016639": { "description": "catalyzes the conversion of violaxanthin to abscisic acid in carotenoid degradation", "literatureType": "PubMed" }, "37138226": { "description": "Indole-3-acetaldehyde oxidase expressed in sorghum grain, DE through grain development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3001G062600", "gene_names": "", "gene_symbols": "AAO", "references": { "37138226": { "description": "Indole-3-acetaldehyde oxidase expressed in sorghum grain, DE through grain development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3002G064500", "gene_names": "deoxyxylulose 5-phosphate synthase, 1-deoxy-D-xylulose-5-phosphate synthase", "gene_symbols": "DXS", "references": { "33016639": { "description": "It catalyzes the condensation of pyruvate and glyceraldehyde 3-phosphate to produce 1-deoxy-D-xylulose 5-phosphate (DXP), as a first (rate limiting) step in the methylerythritol phosphate (MEP) pathway", "literatureType": "PubMed" }, "37138226": { "description": "It catalyzes the condensation of pyruvate and glyceraldehyde 3-phosphate to produce 1-deoxy-D-xylulose 5-phosphate (DXP), as a first (rate limiting) step in the methylerythritol phosphate (MEP) pathway", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3001G155300", "gene_names": "", "gene_symbols": "NCED", "references": { "37138226": { "description": "9-cis-epoxycarotenoid dioxygenase expressed in sorghum grain, DE through developmen", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3001G509200", "gene_names": "", "gene_symbols": "CCD", "references": { "37138226": { "description": "Carotenoid cleavage oxygenase expressed in sorghum grain, DE through grain development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3002G037400", "gene_names": "", "gene_symbols": "NCED", "references": { "37138226": { "description": "9-cis-epoxycarotenoid dioxygenase expressed in sorghum grain, DE through development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3002G043500", "gene_names": "", "gene_symbols": "AAO3", "references": { "37138226": { "description": "Abscisic-aldehyde oxidase expressed in sorghum grain, DE through grain development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3002G225400", "gene_names": "alcohol aldehyde oxidase", "gene_symbols": "AAO", "references": { "37138226": { "description": "(+)-abscisic acid 8'-hydroxylase expressed in sorghum grain, DE through grain development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3003G293600", "gene_names": "", "gene_symbols": "CCD8", "references": { "37138226": { "description": "Carlactone synthase / all-trans-10'-apo-beta-carotenal 13,14-cleaving dioxygenase expressed in sorghum grains, DE through grain development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3004G268500", "gene_names": "", "gene_symbols": "NCED/CCD4", "references": { "37138226": { "description": "9-cis-epoxycarotenoid dioxygenase expressed in sorghum grain", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3004G268700", "gene_names": "", "gene_symbols": "AAO", "references": { "37138226": { "description": "(+)-abscisic acid 8'-hydroxylase expressed in sorghum grain, DE through grain development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3005G002500", "gene_names": "carotenoid cleavage dioxygenase", "gene_symbols": "CCD8, CCD", "references": { "33016639": { "description": "catalyzes the cleavage of β-carotene to carlactone in 5-deoxystrigol biosynthesis", "literatureType": "PubMed" }, "37138226": { "description": "carlactone synthase / all-trans-10'-apo-beta-carotenal 13,14-cleaving dioxygenase expressed in sorghum grain, DE through grain development", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3006G170300", "gene_names": "carotenoid cleavage dioxygenase", "gene_symbols": "CCD7, CCD", "references": { "33016639": { "description": "catalyzes the cleavage of β-carotene to carlactone in 5-deoxystrigol biosynthesis", "literatureType": "PubMed" }, "37138226": { "description": "9-cis-beta-carotene 9',10'-cleaving dioxygenase expressed in sorghum grain", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3004G281900", "gene_names": "2-C-methyl-d-erythritol 2,4-cyclodiphosphate synthase", "gene_symbols": "ispF/MDS", "references": { "33016639": { "description": "catalyzes the conversion of 4-CDP-2-C-methyl-D-erythritol-2-phosphate (CDP-M2P) to 2-C-methyl-D-erythritol 2,4-cyclopyrophosphate (ME-2,4cPP) in the methylerythritol phosphate MEP pathway", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3002G353300", "gene_names": "geranyl geranyl diphosphate synthase", "gene_symbols": "GGPPS", "references": { "33016639": { "description": "catalyzes the condensation of farnesyl diphosphate (FPP) to produce geranyl geranyl diphosphate (GGPP) in the methylerythritol phosphate MEP pathway", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3003G111500", "gene_names": "geranyl geranyl diphosphate synthase", "gene_symbols": "GGPPS", "references": { "33016639": { "description": "catalyzes the condensation of farnesyl diphosphate (FPP) to produce geranyl geranyl diphosphate (GGPP) in the methylerythritol phosphate MEP pathway", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3004G287300", "gene_names": "geranyl geranyl diphosphate synthase", "gene_symbols": "GGPPS", "references": { "33016639": { "description": "catalyzes the condensation of farnesyl diphosphate (FPP) to produce geranyl geranyl diphosphate (GGPP) in the methylerythritol phosphate MEP pathway", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3007G170300", "gene_names": "carotenoid cleavage dioxygenase", "gene_symbols": "CCD", "references": { "33016639": { "description": "catalyzes the cleavage of β-carotene to carlactone in 5-deoxystrigol biosynthesis", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3010G050300", "gene_names": "9-cis-epoxycarotenoid dioxygnenase", "gene_symbols": "NCED", "references": { "33016639": { "description": "catalyzes the degradation of 9-cis-neoxanthin and 9-cis-violaxanthin for ABA synthesis", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3002G168700", "gene_names": "9-cis-epoxycarotenoid dioxygnenase", "gene_symbols": "NCED", "references": { "33016639": { "description": "catalyzes the degradation of 9-cis-neoxanthin and 9-cis-violaxanthin for ABA synthesis", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3004G280800", "gene_names": "Tannin1", "gene_symbols": "Tan1", "references": { "36163368": { "description": "Regulate biosynthesis of condensed tannins in testa.", "literatureType": "PubMed" }, "38495646": { "description": "Tannin presence is regulated by two major loci (B1 and B2) that have a duplicate reces- sive interaction.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3001G453200", "gene_names": "", "gene_symbols": "SbCER6", "references": { "27354556": { "description": "This gene plays a crucial role in the biosynthesis pathway of cuticular wax. Mutations in this gene result in a bloomless (cuticular wax is largely reduced) phenotype.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3009G083300", "gene_names": "", "gene_symbols": "SbCER5", "references": { "27354556": { "description": "This gene plays a crucial role in the biosynthesis pathway of cuticular wax. Mutations in this gene result in a phenotype that lacks epicuticular wax.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3007G135700", "gene_names": "mutliseeded1", "gene_symbols": "MSD1", "references": { "29483511": { "description": "A TCP transcription factors that play diverse roles in the formation of plant architecture and development by regulating Jasmonic acid pathway", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3004G085100", "gene_names": "BRITTLE-1", "gene_symbols": "BT1", "references": { "36110358": { "description": "Mediates transport of ADP-glucose into into amyloplast", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3006G226800", "gene_names": "", "gene_symbols": "SbFNR1", "references": { "26994288": { "description": "P gene responsible for changes in sorghum leaf color upon wounding. Has FNR activity in vitro to convert flavanones (naringenin or eriodictyol) to flavan-4-ols (apiforol or luteoforol) and may be involved in the 3-deoxyanthocyanidin synthesis pathway.", "literatureType": "PubMed" }, "37762209": { "description": "FNR activity towards flavanones, such as eriodictyol and naringenin reducing them to the corresponding flavan-4-ols, apiforol and luteoforol", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3010G022600", "gene_names": "GBSS I, granule-bound starch synthase I", "gene_symbols": "", "references": { "18545276": { "description": "GBSSI is responsible for the synthesis of amylose, a linear component of starch.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3008G142400", "gene_names": "", "gene_symbols": "", "references": { "33723068": { "description": "The gene encodes a mixed hopane triterpenoid synthase with primarily simiarenol product specificity. It is likely involved in the synthesis of triterpenoid that form part of the cuticular wax on sorghum leaves.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3001G228100", "gene_names": "Blomless 40", "gene_symbols": "Bm40", "references": { "29379518": { "description": "The gene encodes a GDSL-like lipase/acylhydrolase. It is involved in cuticular wax pathway in sorghum.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3005G030600", "gene_names": "", "gene_symbols": "", "references": { "25284785": { "description": "This gene is responsible for coding the fifth subunit of RNA polymerase IV and V.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3004G050200", "gene_names": "", "gene_symbols": "SbDFR3", "references": { "20529887": { "description": "Pathogen-inducible expression. Participate in 3-deoxyanthocyanidin\nbiosynthesis through the conversion of flavanones to flavan-4-ols.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3003G230900", "gene_names": "", "gene_symbols": "SbDFR1", "references": { "20529887": { "description": "Responsive to conditions which stimulated anthocyanin accumulation by accepting dihydroflavonol as substrate. Substantially lower but detectable NADPH-dependent activities toward flavanones.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3007G058800", "gene_names": "", "gene_symbols": "SbOMT4", "references": { "37308495": { "description": "Pathogen-inducible O-methyltransferase. Part of a gene cluster for specialized metabolism in the sorghum genome.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3004G200900", "gene_names": "", "gene_symbols": "F3′H", "references": { "27917182": { "description": "Associated with the dark color variation in injured leaves.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3006G095600", "gene_names": "multiseeded2", "gene_symbols": "msd2", "references": { "31597271": { "description": "encodes a 13-lipoxygenase that catalyzes the conversion of free α-linolenic acid (18:3) to 13(S)-hydroperoxylinolenic acid (13-Hpot)", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3008G166400", "gene_names": "anthracnose resistance gene", "gene_symbols": "ARG4", "references": { "38111157": { "description": "ARG4 gene confers anthracnose resistance in SAP135 and hereafter designated ANTHRACNOSE RESISTANCE GENE 4 (ARG4) gene.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3003G048600", "gene_names": "GLUTAREDOXIN 4", "gene_symbols": "GRX4", "references": { "38289828": { "description": "SORBI_3003G048600 (GLUTAREDOXIN 4, GRX4) found significantly upregulated under chilling stress conditions.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3003G257600", "gene_names": "", "gene_symbols": "TAF11", "references": { "38289828": { "description": "TAF11", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3001G537300", "gene_names": "", "gene_symbols": "REV", "references": { "38289828": { "description": null, "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3007G186300", "gene_names": "", "gene_symbols": "AKR2", "references": { "38289828": { "description": null, "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3003G368100", "gene_names": "Suberin biosynthetic gene A", "gene_symbols": "SbASFTa", "references": { "38537644": { "description": null, "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3005G122800", "gene_names": "Suberin biosynthetic gene B", "gene_symbols": "SbASFTb", "references": { "38537644": { "description": null, "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3004G010300", "gene_names": "", "gene_symbols": "SbGPAT4/8", "references": { "38537644": { "description": null, "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3009G162000", "gene_names": "", "gene_symbols": "SbGPAT5/7", "references": { "38537644": { "description": null, "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3001G413700", "gene_names": "", "gene_symbols": "SbABCG1/SbABCG2/ABCG6/ABCG20a", "references": { "38537644": { "description": null, "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3002G076600", "gene_names": "Tannin2", "gene_symbols": "Tan2", "references": { "38495646": { "description": "Tannin presence is regulated by two major loci (B1 and B2) that have a duplicate reces- sive interaction.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "AT3G55240", "gene_names": "BRZ-INSENSITIVE-PALE GREEN 4", "gene_symbols": "BPG4", "references": { "38191552": { "description": "BPG4 Interacts with GOLDEN2- LIKE (GLK) transcription factors and suppresses GLK1 activities, thereby causing a decrease in the amounts of chlorophylls and the size of light-harvesting complexes. BPG4 expression is induced by BR deficiency and light, and is regulated by the circadian rhythm.", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3002G221000", "gene_names": "male sterile 9", "gene_symbols": "ms9", "references": { "33016577": { "description": "Male-Sterile 9", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3006G147400", "gene_names": "", "gene_symbols": "DRY", "references": { "30309900": { "description": "control crop stem texture", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3005G064600", "gene_names": "", "gene_symbols": "SbNAC9", "references": { "36768724": { "description": "Improves Drought Tolerance by Enhancing Scavenging Ability of Reactive Oxygen Species and Activating Stress-Responsive Genes of Sorghum", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3005G001500", "gene_names": "", "gene_symbols": "SbDof21", "references": { "36293009": { "description": "Regulating Starch Biosynthesis in Sorghum", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3002G270900", "gene_names": "", "gene_symbols": "SbOCL3", "references": { "25081518": { "description": "regulates kernel nutrition and abscission", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3003G398200", "gene_names": "", "gene_symbols": "Sbvp1", "references": { "11430426": { "description": "potential involvement in pre-harvest sprouting resistance", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3003G052900", "gene_names": "", "gene_symbols": "Sbra2", "references": { "16399802": { "description": "determine the fate of stem cells in branch meristems", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3003G421300", "gene_names": "", "gene_symbols": "awn", "references": { "34271177": { "description": "responsible for awn loss during sorghum domestication or improvement", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3006G057866", "gene_names": "", "gene_symbols": "Ma1/SbPRR37", "references": { "37789045": { "description": "Ma1", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3002G302700", "gene_names": "", "gene_symbols": "Ma2/SbEHD1", "references": { "37789045": { "description": "Ma2", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3001G394400", "gene_names": "", "gene_symbols": "Ma3/SbPhyB", "references": { "37789045": { "description": "Ma3", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3001G087100", "gene_names": "", "gene_symbols": "Ma5/SbPhyC", "references": { "37789045": { "description": "Ma5", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3006G004400", "gene_names": "", "gene_symbols": "Ma6/SbGHD7", "references": { "37789045": { "description": "Ma6", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3009G229800", "gene_names": "", "gene_symbols": "Dw1", "references": { "37789045": { "description": "Dw1", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3006G067700", "gene_names": "", "gene_symbols": "Dw2", "references": { "37789045": { "description": "Dw2", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3007G163800", "gene_names": "", "gene_symbols": "Dw3", "references": { "37789045": { "description": "Dw3", "literatureType": "PubMed" } }, "po": [], "to": [] }, { "locus": "SORBI_3010G115800", "gene_names": "", "gene_symbols": "Ma4/SbCO", "references": { "doi.org/10.1111/grs.12343": { "description": "Ma4", "literatureType": "DOI" } }, "po": [], "to": [] } ]