Genetics (classical as well as non-mendelian) lectures with mathematical problems  with practical guidelines delivered by Suman Bhattacharjee

These lectures are intended for the Genetics and biotechnology major candidates and research scholars with practical requirements. It is also for the CSIR NET students for the preparation.

Target group

1. Genetics major
2. Biotechnology major
3. Microbiology major
4. CSIR NET aspirants

GENETICS LECTURES-FROM MENDELIAN TO NON MENDELIAN 

1.        Tetrad analysis introduction 
   
2.        Linkage mapping introduction 
   
3.        Linkage mapping of 6 genes 
   
4.        Two point cross 
   
5.        Pedigree analysis - autosomal recessive 
   
6.        Pedigree analysis - sex linked inheritance 
   
7.        Pedigree analysis- sex linked dominant  
   
8.        Pedigree analysis- autosomal dominant 
   
9.        Inheritance pattern in human 
   
10.        What is a pedigree 
    
11.        Nondisjunction of chromosome 
    
12.        What is polymorphism 
    
13.        Polyploidy 
    
14.        Linkage mapping problem three point cross 
    
15.        Dosage compensation 
    
16.        Pedigree analysis-Sex linked dominant pedigree 
    
17.        Pedigree analysis-Sex linked recessive pedigree 
    
18.        Pedigree analysis-autosomal recessive 
    
19.        Pedigree analysis- autosomal dominant 
    
20.        Pedigree chart 
    
21.        Genetics problems 13: Blood group problems 
    
22.        Genetics problems 12: Sex linked inheritance 2 
    
23.        Genetics problems 11: Sex linked inheritance 
    
24.        Genetics problems 10: Polygenic inheritance 
    
25.        Genetics problems 9: Dominant recessive epistasis 
    
26.        Genetics problems 8: Duplicate dominant epistasis 
    
27.        Genetics problems 5: Recessive epistasis 
    
28.        Genetics part 8: Linked gene 
    
29.        Genetics part 7: Epistasis( dominant, recessive, double dominant etc.) 
    
30.        Genetics part 6: Sex linkage( sex linked inheritance) 
    
31.        Genetics part 5:Multiple alleles( dominant and recessive) 
    
32.        Genetics part 4: Polygenic inheritance 
    
33.        Genetics part 3: Incomplete dominance and codominance 
    
34.        Genetics part 2: Nonmendelian inheritance( codominance, polygene, linked gene, sex linkage etc.) 
    
35.        Genetics part 1: Introduction to advanced genetics 
    
36.        Genetics problems 7: Lethal gene 
    
37.        Genetics problems 6: Codominance 
    
38.        Genetics problems 4: Incomplete dominance 
    
39.        Genetics problems 3: Incomplete dominance 
    
40.        Genetics problems 2: Dihybrid cross 
    
41.        Genetics problems 1: Introduction 
    
42.        Sex linked inheritance 
    
43.        Heredity 
    
44.        Mendelian genetics( dihybrid cross) 
    
45.        AB blood type (genetics) 
    
46.        Karyotype 
    
47.        Genetic mutation, DNA mutation( point mutation) 
    
48.        Chromosomal mutation