Genetics And Evolution Evolution
Genetics and Evolution Concepts for JEE and CBSE Exams
Genetics
Mendelian Genetics:
-
Mendel’s Laws:
- Law of uniformity
- Law of segregation
- Law of independent assortment
-
Dominant and Recessive Alleles:
-
Phenotypes and Genotypes
Gene Interactions:
- Epistasis
- Pleiotropy
- Multiple Alleles
Linkage and Crossing Over:
- Linked Genes:
- Complete Linkage
- Incomplete Linkage
- Recombination:
Chromosomal Basis of Inheritance:
- Structure of Chromosomes:
- Chromatid
- Centromere
- Telomere
- Types of Chromosomes:
- Autosomes
- Sex chromosomes
- Karyotype
- Sex Determination and Sex-Linked Inheritance:
- Sex chromosomes
- Sex-linked genes
- Sex-determination in Human Beings
Genetic Disorders and Pedigree Analysis:
-
Types of genetic diseases:
- Mendelian disorders
- Chromosomal disorders
- Multifactorial disorders
-
Pedigree Analysis
DNA Structure and Replication:
- Components of DNA:
- Nucleotides
- Genes
- DNA Replication:
- Semi-conservative
- Continuous on one and discontinuous on the other strand
Evolution
Origin of Life:
- Theories of Origin of Life:
- Miller-Urey Experiment
- Oparin-Haldane Hypothesis
Natural Selection:
- Basics:
- Adaptations
- Fitness
- Types of Natural Selection:
- Directional
- Stabilizing
- Disruptive
Population Genetics:
- Gene Pool
- Allele frequency
- Genotype frequency
- Hardy-Weinberg Principle:
- Conditions
- Significance
- Factors affecting equilibrium:
- Mutation
- Migration
- Non-random mating
- Genetic drift
Mechanisms of Evolution:
- Mutation
- Gene flow
- Genetic drift
- Natural Selection
- Non-random mating
- Genetic Recombination
Speciation and Patterns of Evolution:
- Species Concept
- Mechanisms of Speciation:
- Allopatric speciation
- Sympatric speciation
- Parapatric speciation
Patterns of Evolution:
- Adaptive radiation
- Coevolution
- Convergent evolution -Divergent Evolution
Phylogenetics and Taxonomy:
- Phylogenetics:
- Methods of Phylogeny Reconstruction
- Taxonomy:
- Taxonomic Ranks
- Binomial system