Bioinformatics lectures with practical guidelines delivered by Suman Bhattacharjee

These lectures are intended for the Bioinformatics major and research scholars with practical requirements.

Target group

1. Biotechnology major
2. Bioinfomatics major
3. Mathematical biology

BIOINFORMATICS VIDEO TUTORIAL 

1.        Bioinformatics practical 21- how to find transmembrane region in protein sequence 
   
2.        Bioinformatics practical 24- how to use PROSITESCAN 
   
3.        Bioinformatics practical 23- motif scan tool to identify known domains in protein sequence 
   
4.        Bioinformatics practical 22- how to search for known domains in protein sequence 
   
5.        Bioinformatics course 20- how to know the physicochemical properties of a protein 
   
6.        Bioinformatics practical 19- how to make a restriction map 
   
7.        Bioinformatics lecture 9- working with eukaryotic DNA (pactical bioinformatics) 
   
8.        Bioinformatics lecture 10- whole genome database (pactical bioinformatics) 
   
9.        Bioinformatics lecture 11- gene centric database (pactical bioinformatics) 
   
10.        Bioinformatics lecture 12- ORF finder in NCBI (pactical bioinformatics) 
    
11.        Bioinformatics lecture 14- how to calculate % GC content and molecular weight of a gene 
    
12.        Bioinformatics lecture 15- how to screen vector contamination using vecscreen 
    
13.        Bioinformatics lecture 16- primer design  
    
14.        Bioinformatics lecture 17- primer dimer check  (bioinformatics pactical ) 
    
15.        Bioinformatics practical 18- how to predict tranlation product of a gene sequence? 
    
16.        Bioinformatics part 10 Local alignment (revised sequence alignment) 
    
17.        Bioinformatics part 17 homolog analog xenolog 
    
18.        Bioinformatics part 14 : Dot plot 
    
19.        Bioinfomatica part 16 evolution of bioinformatics tools 
    
20.        Bioinformatics part 15 Pairwise alignment 
    
21.        Bioinformatics practical 8: Retrieving sequence from Protein Data Bank 
    
22.        Bioinformatics practical 7: Secondary structure prediction 2 
    
23.        Bioinformatics practical 7: Secondary structure prediction of protein using SIB 
    
24.        Bioinformatics practical 6: Phylogenetic tree construction using MABL 
    
25.        Bioinformatics practical 5: Phylogenetic tree construction  
    
26.        Bioinformatics practical 4: Muliple sequence alignment using ClustalW 
    
27.        Bioinformatics practical 3: Conserve domain search 
    
28.        Bioinformatics practical 2: How to run NCBI BLAST 
    
29.        Bioinformatics practical 1: Data base searching and retrieval of sequence 
    
30.        Bioinformatics practical introduction 
    
31.        Bioinformatics practical part 13:How to calculate propensity value 
    
32.        Bioinformatics part 12: Secondary structure prediction using Chou Fasman  
    
33.        Bioinformatics part11: Sequence motifs and PROSITE notations 
    
34.        Bioinformatics part 10: How to perform local alignment 
    
35.        Bioinformatics part 9: How to align sequences using trace back method 
    
36.        Bioinformatics part 8: How to perform global alignment 2 
    
37.        Bioinformatics part 7: How to perform global alignment 1 
    
38.        Bioinformatics part 6: BLAST algorithm 
    
39.        Bioinformatics part 5: FASTA algorithm 
    
40.        Bioinformatics part 4: Introduction to FASTA and BLAST 
    
41.        Bioinformatics part 3: Sequence alignment introduction 
    
42.        Bioinformatics part 2: Databases (protein and nucleotides) 
    
43.        Bioinformatics part 1: What is bioinformatics