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Course Curriculum

Unit-1 Introduction to Python
1.1 Significance of Programming Language in Biological Science 00:06:00
1.2 What is Programming Language 00:14:00
1.3 Overview of Python as Programming Language 00:12:00
Unit-2 Starting with Python
2.1 Installing Python 00:13:00
2.2 Basic Syntax for Python Language 00:19:00
2.3 Indentation in Python 00:07:00
2.4 Practical 1 (DIY 1) 00:04:00
Unit-3 Variables
3.1 Variables 00:07:00
3.2 Assigning values to Variables 00:10:00
3.3 Variable Data Types 00:10:00
3.4 Input () Fuction 00:07:00
3.5 String 00:07:00
3.6 Practical 2 (DIY 2) 00:07:00
Unit-4 Lists
4.1 Lists 00:14:00
4.2 Accessing Values in Lists 00:12:00
4.3 Basic Operations in List 00:11:00
Unit-5 Tuples
5.1 Tuples & Basic operations 00:06:00
5.2 Dictionary 00:15:00
Unit-6 Operators
6.1 Types of Operators (Arithmatic)- Part 1 00:17:00
6.2 Types of Operators (Arithmatic)- Part 2 00:05:00
6.3 Practical 4 (DIY 4) 00:10:00
Unit-7 Relational Operators
7.1 Types of Operators (Relational) 00:11:00
7.2 Types of Operators (Assignment) 00:07:00
7.3 Types of Operators (Logical & Membership) 00:13:00
7.4 Types of Operators (Identity) 00:03:00
Unit-8 Conditional Statements
8.1 Conditional Statements in Python (if) 00:24:00
8.2 Conditional Statements in Python (if-elif-else ladder) 00:13:00
Unit-9 Loop
9.1 Python Loop 00:10:00
9.2 Python For Loop 00:19:00
9.3 The Continue Statement 00:06:00
9.4 The range () function 00:06:00
Unit 10 Loop Statements
10.1 Else in For Loop 00:07:00
10.2 Nested Loop 00:08:00
10.3 Nested Loop 00:16:00
Practical Session-1
11.1 Even & odd Numbers 00:21:00
11.2 Percentage Calculation 00:14:00
Practical Session-2
12.1 Factorial of the given number 00:43:00
12.2 Palindrome Sequence 00:26:00
Practical Session-3
13.1 Functions 00:17:00
13.2 Divisibility 00:06:00
Practical Session-4
14.1 Counting Hydrophobic Amino Acids in a Protein Sequence 00:18:00
14.2 Counting Hydrophilic Amino Acids in a Protein Sequence 00:07:00
Practical Session-5
15.1 Remove Spaces from given string 00:07:00
15.2 Convert DNA seq to RNA Seq; Convert String to List 00:07:00
15.3 Presence of Motif 00:17:00
15.4 Melting Temperature of DNA seq 00:12:00
Practical Session-6
16.1 Print the characters of the 2nd string not in 1st string 00:17:00
16.2 Accept 2 strings and print the common characters 00:15:00
Practical Session-7
17.1 Slice Operation; Check whether the first & last character of a string are equal 00:05:00
17.2 Check whether the given sequence is a palindrome or not 00:04:00
17.3 Python string rjust() method 00:04:00
17.4 Practical Questions 00:02:00
17.5 Practical Demo 00:17:00
Practical Session-8
18.1 Check the presence of particular element in a list 00:07:00
18.2 Random Module; Use of choice() method 00:11:00
18.3 Join() function; Join list elements with a character 00:05:00
18.4 Practical 00:22:00
Practical Session-9
19.1 List Operations 00:07:00
19.2 Practical 00:11:00
19.3 Practical 00:07:00
Practical Session-10
20.1 Practical 00:19:00
20.2 Practical 00:11:00
Practical Session-11
21.1 Applications & Operations of Dictionary 00:44:00
21.2 Practical 00:08:00
21.3 Practical 00:21:00
21.4 Practical 00:11:00
Practical Session-12
22.1 Regular Expression & Example 00:11:00
22.2 Matching Characters 00:11:00
22.3 Metacharacters & Functions 00:20:00
22.4 Repeating Things 00:16:00
Unit-23 RegEx
23.1 RegEx Functions 00:45:00
23.2 Python Functions & Types, Creating & Calling a function 00:13:00
23.3 Arguments 00:13:00
23.4 Default Parameter Value 00:20:00
23.5 Menu Driven Programs in Python 00:51:00
Unit-24 File Handling & Operations
24.1 File Handling 00:20:00
24.2 File Operation Methods 00:23:00
Unit 25 FASTA
25.1 FASTA Format 00:08:00
25.2 Python File Methods 00:39:00
Practical Session-13
26.1 Writing a script to read the data from a text file 00:20:00
26.2 Read the DNA from Text file & process its codons 00:16:00
26.3 Write a script to enter the name, age, phone number of 5 people & write it to file 00:15:00
26.4 Program to read a FASTA file & write the sequence in a in single line in another file 00:12:00
Practical Session-14
27.1 Writing a script to count the number of lines in a file 00:14:00
27.2 Writing a script to read FASTA file & assign the data to the dictionary 00:11:00
27.3 Writing a script to count the number of BPs-Aas in the sequence from a FASTA file & write the header with corresponding number 00:11:00
27.4 Python Program to count the number of hydrophobic & hydrophilic AAs in the given sequence 00:11:00
Practical Session-15
28.1 Python Script to calculate the melting temperature of primer from the file 00:29:00
28.2 Python Script to read the data from the file and write the N-terminal 15 sequence into another file with its header 00:10:00
28.3 Python Script to read the protein file and write the C-terminal 15 sequence into another file 00:14:00
28.4 Python program to find average of numbers in 2 columns in csv file 00:15:00
Practical Session-16
29.1 Program to fetch the gene symbol & gene ID data from the FASTA file & write those data on 2 different text files 00:15:00
29.2 Sript to write the FASTA sequences into the file with less than 500 AA length sequence & greater than 15 ength sequence 00:13:00
29.3 To convert DNA into Protein Sequence 00:19:00
29.4 Python Script to count repetitive sequence in the given file 00:13:00
29.5 Python scrip to demonstrate Ncil restriction enzyme function 00:10:00
Practical Session-17
30.1 Python Script to read the protein FASTA file & check the presence of motif in the protein sequence 00:14:00
30.2 Python Script to read nucleotide FASTA file, convert a DNA into RNA & convert RNA into cDNA 00:19:00
30.3 User defined functions to calculate the GC content & melting temperature of Primers 00:14:00
30.4 User defined function to convert the DNA into RNA and protein sequence 00:20:00
Unit-31 CSV File
31.1 CSV File & Reading 00:26:00
31.2 CSV File & Writing 00:12:00
31.3 With statement in Python 00:04:00
31.4 Writing a Dictionary to a CSV File 00:10:00
Unit-32 Python Ecxeption
32.1 Python Ecxeption Handling 00:17:00
32.2 Catching Specific Exception 00:12:00
32.3 Finally 00:05:00
32.4 Raise an exception 00:08:00
Practical Session-18
33.1 Reading Frames 00:08:00
33.2 To convert DNA into Protien sequence and amino acid sequence 00:37:00
Practical Session-19
34.1 Translate DNA sequence into protein sequence 00:37:00
Unit-35 FastQ
35.1 FastQ Files 00:06:00
35.2 Python script to edit FastQ files 00:09:00
35.3 Charged Amino Acids 00:02:00
35.4 Script for calculating netcharge on protien 00:36:00
  • 4,500.00
  • 2 months
  • 50 SEATS
  • Course Badge
  • Course Certificate
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