Theoretical Biology Forum - Feed https://tbf.peerjournals.net Peerjournals Mon, 25 May 2026 05:41:34 +0000 hourly 1 https://wordpress.org/?v=6.0.9 https://tbf.peerjournals.net/wp-content/uploads/2022/10/cropped-TBF-LOGO-32x32.png Multi-Omics Intervention In Dissecting Climate Resilient Traits In Pearl Millet (Pennisetum Glaucum (L.) R. Br.):  Current Progress And Future Prospects – Theoretical Biology Forum https://tbf.peerjournals.net 32 32 Multi-Omics Intervention In Dissecting Climate Resilient Traits In Pearl Millet (Pennisetum Glaucum (L.) R. Br.):  Current Progress And Future Prospects https://tbf.peerjournals.net/multi-omics-intervention-in-dissecting-climate-resilient-traits-in-pearl-millet-pennisetum-glaucum-l-r-br-current-progress-and-future-prospects/ Wed, 10 Apr 2024 09:50:00 +0000 admin K. Alekya 1 M. Shanthi Priya 2 M. Reddi Sekhar 3 P. Sanjana Reddy 4 D. Sravani 5 http://tbf.peerjournals.net/?p=2253

Abiotic stress poses a major risk to plant growth and development under the current shifting climatic conditions, which can result in a 50% reduction in agricultural output. Heat, salinity, and drought are the three main environmental challenges that limit productivity. As pearl millet is a climate-resilient crop, it can benefit farming communities in arid places by increasing their income and food security while also reducing the negative effects of climate change. The lack of a wide variety of pearl millet genomic techniques has hindered researchers’ ability to however, because phenotypes differ greatly from genotypes, genomics is not able to provide answers to all of the problems. To close this knowledge gap, a complete understanding of transcriptomics, proteomics, metabolomics, and phenomics analysis is needed in addition to genomics. These areas can explain the intricate regulatory networks that underlie the drought, salinity, and heat stress responses in pearl millet.

https://tbf.peerjournals.net/multi-omics-intervention-in-dissecting-climate-resilient-traits-in-pearl-millet-pennisetum-glaucum-l-r-br-current-progress-and-future-prospects/ Abiotic stress acid-soluble Adaptability Aedes aegypti alcoholic beverages Alkalinity Allelopathy Anatomical Anatomy and diseases and sustainability Angiogenesis Anti-apoptosis Anti-fibrosis Antibiotics Apple Aquaculture Artificial insemination Asian Rust Asiatic Black Bear Atrazine AUPDC available nitrogen Average mean avoidable yield losses Backcross Bacterial Black Spot coefficient of multiple determinations R2 Bacterial leaf blight Bio-regenerative tool Bioremediation Blast bollworm by-products cane yield capsicum Carrot climate change climate-resilient crop climate-smart agriculture clustering Coefficient of Variation Cognitive Proficiency Cold tolerance Colostrum composition Common bean Common beans common salt Conservation agriculture Constraints Contamination cooking qualities cooking quality correlation Cost of milk production Cow cropping systems crops CSI (Chlorophyll Stability Index) cultivar Curry leavespowder D-square dairy farmers Days open detoxification Dietary supplementation Diversity Dizygotic Twins. domestication syndrome Drip fertigation Economics Economics of Production Effect Environment eucalyptus oil exchangeable factor analysis Farmers Rights Fertigation schedule Fertilizer finger millet fish meal Foliar application food security FYM General Intelligence Genetic genetic variability Genetics genomics Genotype Genotype x environment interaction Germination Per cent germplasm registration Grain nutrient Groundnut Growth hard-to-cook trait Heat Shock Protein heavy metal herbicide Heritability heterosis hiiden hunger Histo-morphological Human health Humic acid inland salinity Irrigation Jejunum Kallakurichi Kidney Knol khol larvicidal potential leaf proline lignin Lignite based humin and Poultry manure based humin and Baby corn biomass production Liver LMH approach machine learning Macro macroelements Maize Makhana Production Mammary gland Mango manure Marker Assisted Breeding Marker-assisted selection Market Market demand Market potential marketing of milk Mastitis Membrane injury index Mesenchymal stem cells Micro microbial consortia microelements; seed germination milk production linear traits mineral Moisture stress/drought/limited irrigations Monozygotic Twins mosquito control MTU1010 mulberry leaves Native chicken Natural service No poverty Non-verbal intelligence Number of millable canes and Fibre per cent. Nutrient Uptake Nutrient use efficiency nutritional value observation Okra organic complexed outbreak ovicidal potential Paenibacillus Paratanaisia Path analysis Pati duck PDI pearl millet Pelican Pendimethalin percent juice sucrose pests PGFRA phytochemical phytoremediation plant antioxidants Plant Secondary Metabolites planting density pod shattering pollution PPV&FRA pre-emergence pre-weaned Precocious udder Price Priming; tomato; fruit morphology; biochemical components principal component analysis Principle component Protein contentTopramezone proteomics pupicidal efficacy Quality traits quizalofop RDF regression coefficient Residue burning Reverse Breeding rice RNAi root spread area Salinity tolerant rice cultures Salt stress seed vigour Seedling Vigour index-II senses Sensory evaluation Shukla's Stability Variance Skin Socio-economic Soil available primary soil microorganisms Soil organic carbon soil properties Soil secondary and micronutrients Soil test crop response Soybean SPAD/SCMR Spleen stable Studies sucking pests Superiority Measure Surface water sustainability Sustainable agriculture Tai Stability Analysis Tamil Nadu Temperatures Tetrameres Thermal conditioning TILLING Tomato transcriptomics Transgenic cotton Transition Triiodothyronine Urdbean Variability Velvet bean Verbal intelligence vermicompost vigour index VIGS water absorption Water soluble fertilizer Water Soluble Fertilizers Weed diversity weed management weeds WUE Yield yield character yield parameters Zebu cattle Zero hunger zero tillage Zinc Zinc fractions Zn-solubilizing bacteria zones