Plant genetics is the study of heredity in plants, specifically the mechanisms of hereditary transmission and the variation of inherited traits. Plant genetics differs from animal genetics in several ways: somatic mutations can contribute to the germ line more easily since flowers emerge at the end of somatic cell-based branches; polyploidy is more common; and plants also have chloroplast DNA.
Genome size, gene content, the extent of repetitive sequences, and polyploidy/duplication events are the best ways to define plant genomes. It strives to sequence, characterise, and investigate a full plant genome's genetic compositions, structures, organisations, functions, and interactions/networks. Plants have mitochondrial and chloroplast genomes as well, but their nuclear genome is the largest and most complicated. Plant Genomics is Critical for Food Security, Human Health, and Environmental Sustainability
Title : The potential of beneficial microorganisms with the interaction with halophytes in desert and/or arid saline areas
Edgar Omar Rueda Puente, University of Sonora, Mexico
Title : Importance of biotechnology in developing effective management of fruit rots of apples
Mohammad Babadoost, University of Illinois, United States
Title : Shifting Paradigms with Bamboo: Prominent Solutions for Climate Change and Sustainability
Carlos Ruiz Garvia, UN Climate Change Global Innovation Hub (UGIH), Mitigation Division, UNFCCC, Germany
Title : Biofumigants, mustard / arugula and it's effect on soil born disease and weeds
Edward Curry Owner, President, Curry Farms, United States
Title : A Future for Ultra-Low Volume Application of Biological and Selected Chemical Pesticides
Graham Matthews, Imperial College, United Kingdom
Title : What is the possible therapeutic effect of ginkgo biloba on gastric ulcer induced by ammonia in albino rats?
Azzaz EL Medany, Alexandria University, Egypt