Indica rice dispersed from the Indian subcontinent to other parts of Asia within the last 2,000 years and shows gene flow with island Southeast Asian japonica landraces.
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Rice Cultivation and Yield Improvement
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The Waxy (Wx) gene enhances rice seed germination and embryo growth by increasing starch-to-sugar conversion, with Wxa allele seeds germinating faster than wx allele seeds.
Mild alternate wetting and drying irrigation enhances stomatal and mesophyll conductance in WDR rice under drought, linked to anatomical and hormonal changes.
- Open access
Polyploid rice line HD441 shows significantly higher heat tolerance than HD477, with a 20% higher survival rate and more stable chloroplast structure under heat stress.
- Open access
Salinity tolerance in rice cultivars is linked to a fourfold greater increase in glutathione and antioxidant capacity within 24 hours under sulfur-containing saline conditions.
- Open access
Exogenous SNP at 150 μmol L-1 significantly alleviates high-temperature stress-induced yield loss in rice, with a 74.3% recovery in the heat-sensitive YR343 cultivar.
- Open access
Ghd7‑triggered transcriptional regulation involving PCF3‑T enhances both rice yield and eating quality by balancing starch and protein content.
- Open access
Organic-inorganic fertilizer combination improves rice grain quality by reducing chalkiness by 12.32% and increasing head rice yield by 6.45% in bottom panicle grains.
- Open access
OsNAC20 and OsNAC26 regulate rice grain filling by controlling multiple pathways, including storage substance synthesis, hormone metabolism, and transmembrane transport.
- Open access
Exogenous catechin improves nitrogen use efficiency in rice by 28.5% through enhancing ammonium transport and assimilation.
Endogenous melatonin regulated by OsCOMT boosts rice yield, nitrogen efficiency, and grain quality across diverse nitrogen levels, with up to a significant yield increase in high-melatonin plants.
- Open access
Manipulating the BnaA02.GLN1;2 gene increases glutamine synthetase activity, boosting nitrate uptake and seed yield in Brassica napus by up to nearly double under high nitrogen conditions.
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