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1
CHROMATOGRAPHY PART 1
2
CHROMATOGRAPHY PART 2
3
Chromatogram
4
Gas chromatography
5
HPLC chromatography principle and instrumentation
6
Affinity chromatography
7
Protein purification | protein dialysis
8
Fluorescence loss in photobleaching or FLIP
9
Fluorescence recovery after photobleaching | FRAP
10
Gel filtration chromatography
11
Hydropathy plot
12
Ion exchange chromatography
13
Isopycnic centrifugation
14
Mobility of phospholipid
15
Zonal ultracentrifugation
16
Numerical aperture of a microscope
17
Resolution of a microscope
18
Polarizing microscopy
19
Phase contrast microscopy
20
Yeast two hybrid system
21
Aberration of microscopic lenses | chromatic aberration, spherical aberration and coma effect
22
X ray crystallography basics explained
23
Protein tagging
24
Isoelectric focusing in 2d gel electrophoresis
25
Hybridoma
26
Dark field microscopy
27
DIC microscopy
28
FRET - fluorescence resonance energy transfer (fret)
29
Nucleic acid hybridization | DNA hybridization
30
Serological tests
31
Nucleotide probe hybridization
32
Nucleotide probe hybridization
33
Restriction endonuclease
34
Restriction endonuclease
35
Restriction fragment length polymorphism
36
Restriction fragment length polymorphism
37
Sanger sequencing method of DNA | chain termination method
38
Centrifugation
39
Mass spectrometry part 5: Graph analysis
40
AFLP
41
RAPD
42
Spectral karyotyping
43
Comparative genome mapping
44
Comparative genomic hybridization
45
Microdisection of chromosome
46
Metabolomics
47
Proteomics
48
Trypsin digestion
49
Mass spectrometry part 9 time of flight analyzer
50
Mass spectrometry part 8 quadruple analyzer
51
Mass spectroscopy part 7 MALDI and ESI
52
Mass spectroscopy part 6 Ionization in Mass spec
53
Metastable ion
54
Silver staining
55
Mclafferty rearrangement problems 2
56
Mclafferty rearrangement problems 1
57
Mclafferty rearrangement
58
2 D gel electrophoresis
59
Flow Cytometry
Description:
Explore a comprehensive 12-hour tutorial on biological techniques covering a wide range of chromatography methods, microscopy techniques, and advanced analytical procedures. Delve into various chromatography types, including gas chromatography, HPLC, affinity chromatography, and gel filtration. Learn about fluorescence techniques such as FLIP and FRAP, and understand centrifugation methods like isopycnic and zonal ultracentrifugation. Discover microscopy principles, including numerical aperture, resolution, and various types like polarizing, phase contrast, and dark field microscopy. Examine molecular biology techniques such as the yeast two-hybrid system, protein tagging, and nucleic acid hybridization. Study advanced analytical methods like X-ray crystallography, mass spectrometry, and proteomics. Gain insights into DNA analysis techniques, including restriction fragment length polymorphism, Sanger sequencing, and comparative genomic hybridization. Master gel electrophoresis techniques and explore cutting-edge topics in metabolomics and flow cytometry. Read more

Biological Techniques

Shomu's Biology
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