Marker Assisted Forward Breeding to Combine Multiple Biotic-Abiotic Stress Resistance/Tolerance in Rice.

Shilpi DixitUma Maheshwar SinghArun Kumar SinghShamshad AlamChalla VenkateshwarluVishnu Varthini NachimuthuShailesh YadavRagavendran AbbaiRamchander SelvarajM Nagamallika DeviPerumalla Janaki RamayyaJyothi BadriT RamJhansi LakshmiG LakshmideviJai Vidhya LrkAyyagari Phani PadmakumariG S LahaM S PrasadMalathi SeetalamVikas Kumar SinghArvind Kumar

Published in: Rice (New York, N.Y.) (2020)

The current study clearly illustrated the success of MAS in combining tolerance to multiple biotic and abiotic stresses while maintaining higher yield potential and preferred grain quality. Developed ILs with seven to ten genes in the current study showed superiority to recurrent parent Swarna+drought for multiple-biotic stresses (blast, BLB, BPH and GM) together with yield advantages of 1.0 t ha- 1 under drought condition, without adverse effect on grain quality traits under non-stress.

Keyphrases

climate change
arabidopsis thaliana
heat stress
genome wide
gene expression
dna methylation
quality improvement
stress induced
transcription factor
human health
benign prostatic hyperplasia
lower urinary tract symptoms
electronic health record