Biological techniques lectures (extremely usefull for all backgrounds in biology field)  by Suman Bhattacharjee

These lectures are intended for Zoology major candidates. It is also useful for the CSIR NET students for the preparation.

Target group

A must for every Biology student in any field.

BIOLOGICAL TECHNIQUES TUTORIAL

1.         Van deemter equation 
   
2.        Types of chromatography 
   
3.        Resolution of chromatography 
   
4.        Plumber's law in chromatography 
   
5.        Partition chromatography 
   
6.        Molecular exclusion chromatography 
   
7.        Ion exchange chromatography 
   
8.        HPLC principle 
   
9.        HPLC instrument 
   
10.        HPLC coloumn 
    
11.        HPLC application 
    
12.        Gas chromatography coloumns 
    
13.        Gas chromatography principle 
    
14.        Gas chromatography instrumentation 
    
15.        Gas chromatography detectors 
    
16.        Gas chromatography application 
    
17.        Components of chromatography 
    
18.        Chromatogram  
    
19.        Adsorption chromatography 
    
20.        Whole genome shortgun sequencing 
    
21.        Spectral karyotyping 
    
22.        Somatic cell hybridization(SCH) 
    
23.        Radiation hybridization mapping 
    
24.        Pyrosequencing 
    
25.        Hierarchial shotgun sequencing 
    
26.        Fluoroscent insitu hybridization 
    
27.        Electrospray ionizer 
    
28.        Types of genome sequencing  
    
29.        QTL mapping 
    
30.        Marker assisted selection 
    
31.        Gene markers 
    
32.        Genome sequencing 
    
33.        Mass spectrometry part 9 electrospray analyzer 
    
34.        Mass spectrometry part 8 quadruple analyzer 
    
35.        Mass spectrometry part 7 MALDI and ESI 
    
36.        Mass spectrometry part 6 Ionization in Mass spec 
    
37.        Metastable ion 
    
38.        Silver staining 
    
39.        Mclafferty rearrangement problems 2 
    
40.        Mclafferty rearrangement problems 1 
    
41.        Mclafferty rearrangement  
    
42.        2D gel electrophoresis 
    
43.        Trypsin digestion 
    
44.        Haemagglutination assay 
    
45.        Radial immunodiffusion 
    
46.        Immunofluoroscence 
    
47.        Immunoelectrophoresis 
    
48.        Immunoelectrophoresis (counter current) 
    
49.        Coomb's test 
    
50.        Complement fixation test 
    
51.        Antibody test (quantitative test) 
    
52.        Antibody test (qualitative test) 
    
53.        Micro dissection of chromosome 
    
54.        Comparative genomic hybridization 
    
55.        Comparative genome mapping 
    
56.        Spectral karyotyping 
    
57.        Sanger sequencing animation 
    
58.        Whole genome shotgun sequencing 
    
59.        Single nucleotide polymorphism SNP 
    
60.        Simple sequence repeat (SSR) or microsatellite 
    
61.        Simple sequence length polymorphism SSLP 
    
62.        Sanger sequencing  
    
63.        Shot gun sequencing 
    
64.        Inter simple sequence repeat (ISSR) or microsatellite DNA 
    
65.        Human genome project 
    
66.        Chromosome walking 
    
67.        Shot gun sequencing (hierarchial shotgun sequencing) 
    
68.        DNA profiling  
    
69.        DNA fingerprinting 
    
70.        DNA sequencing (BAC to BAC sequencing) 
    
71.        Plant breeding using phenotypic markers, biochemical markers 
    
72.        Plant breeding using genotypic markers, marker assisted selection 
    
73.        Gene mapping part 6 : Fluorescent insitu hybridization 
    
74.        Gene mapping part 5: Radiation hybridization mapping 
    
75.        Gene mapping part 4: Somatic cell hybridization or somatic fusion 
    
76.        Gene mapping part 3: Physical mapping 
    
77.        Gene mapping part 2: Linkage mapping 
    
78.        Introduction to gene mapping(gene mapping part 1) 
    
79.        Mass spectrometry part 5: Graph analysis 
    
80.        Mass spectrometry part 4: Graph features and analysis 
    
81.        Mass spectrometry part 3: Protein analysis( step by step process) 
    
82.        Mass spectrometry part 3:Instrumentation( Spectrophotometer) 
    
83.        Mass spectrometry part 1: Introduction 
    
84.        SDS PAGE part 2:Details 
    
85.        SDS PAGE part 1: Basics 
    
86.        NMR spectroscopy part 4 
    
87.        NMR (Nuclear Magnetic Resonance)spectroscopy part 3 
    
88.        NMR (Nuclear Magnetic Resonance)spectroscopy part 2 
    
89.        NMR spectroscopy part 1 
    
90.        IR spectroscopy 
    
91.        Marker assisted selection(MAS) 
    
92.        Gene mapping 
    
93.        Gel electrophoresis 
    
94.        Gene mapping in E.coli 
    
95.        DNA footprinting 
    
96.        DNA footprinting experiment 
    
97.        Development of UTL mapping