Plant Molecular Genetics – A consideration of plant genetics and molecular biology. Principles of nuclear and organellar genome structure and function: regulation of gene expression in response to environmental and developmental stimuli; clonal analysis; investigation of the molecular and genetic bases for the exceptional cellular and developmental strategies adopted by plants.
5.1 Genetic II, The Mechanism of Mendelian Heredity
5.2 Eukaryote Genome
5.3 DNA Transposons, Evolution Genome and Repeated DNA
5.4 The Promoters, DNA binding Domains, and activation domain evolve over time
5.5 T –DNA Transfer
5.6 Mutagenesis and Transposons
5.7 Mutagenesis and Gene Cloning
5.8 Shoot Meristem Structure and Function
5.9 Cell-Cell Communication in Meristem
5.10 Hormone Regulation of Meristem
5.11 Genetics
5.12 Crop Domestication
5.13 Identification for Mutant that are Hypersensitive to ethylene
5.14 Plant DNA Sequence
5.15 Plant- Soil- Microbe interaction
5.16 T-DNA Mutagenised Plants
5.17 Leaf Arrangement
5.18 Leaf Polarity
5.19 Root Structure and Function
5.20 How do Plant Perceive light?
5.21 Circadian rhythms and Clocks
5.22 Flower Organ Identity
5.23 Floral Variation
5.24 Floral Symmetry
5.25 Genetic Analysis of Gametophytic SI
5.26 Genetics and Epigenetic
5.27 Chromatin, Histones and Modifications
5.28 Plant and Medical Biology
Medicinal Plants in the National Botanic Gardens
Why Plants Have Been Used as Medicines for the Past 3000 Years
Plants for Medicine
