Practical Bioinformatics: Play with Genes On Your Screens.

Practical Bioinformatics: Play with Genes On Your Screens., available at Free, has an average rating of 2.8, with 16 lectures, 3 quizzes, based on 104 reviews, and has 3890 subscribers.

You will learn about Bioinformatics Protein anslysis Homology Modeling of proteins Mutations analysis This course is ideal for individuals who are Anyone want to learn It is particularly useful for Anyone want to learn.

Enroll now: Practical Bioinformatics: Play with Genes On Your Screens.

Summary

Title: Practical Bioinformatics: Play with Genes On Your Screens.

Price: Free

Average Rating: 2.8

Number of Lectures: 16

Number of Quizzes: 3

Number of Published Lectures: 16

Number of Published Quizzes: 3

Number of Curriculum Items: 19

Number of Published Curriculum Objects: 19

Original Price: Free

Quality Status: approved

Status: Live

What You Will Learn

Bioinformatics
Protein anslysis
Homology Modeling of proteins
Mutations analysis

Who Should Attend

Anyone want to learn

Target Audiences

Anyone want to learn

The course Practical Bioinformatics: Play with Genes On Your Screens.is intended to teach students about the use and exploration of biological data present on online websites and tools. Bioinformatics is a cast subject include every technique involve in solving a biological problem or predicting the theoretical results. Bioinformatics is a time saving and smart approach in modern day biology & life sciences. Our aim is to make you self sufficient in using all the necessary tools and techniques regarding genetic analysis.

You will learn in this course:

Introduction to Bioinformatics
Important terms related to Bioinformatics
Important database and how to use and retrieve data from them
What are most important elements in these databases.
How to use Bioinformatics in your research

Learn to use important Bioinformatics tools

Know about number of important Tools used in Bioinformatics analysis of DNA and Protein (Genetics)
Learn to find out conserved, exposed, buried, structural , functional residues in a protein
Find out consequences of a mutation
Classify a genetic variant as pathogenic or non pathogenic
How to save and retrieve data from one tool and how to use this data into other software.
Three dimensional homology Modeling of normal and mutated proteins.
To find out physical and chemical properties of a full protein

It is time to join the course

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Objectives of the course

Chapter 2: Introduction to Bioinformatics

Lecture 1: Bioinformatics: What is it ?

Lecture 2: Important Terms Related to Bioinformatics

Chapter 3: Genomic & Proteomic Databases

Lecture 1: About NCBI (National Center For Biotechnology Information)

Lecture 2: Protein Data Bank (PDB)

Lecture 3: UniProt

Chapter 4: Tools in Bioinformatics

Lecture 1: Important Online Tools

Lecture 2: ConSurf: Best to know the Status of Amino acids in proteins

Lecture 3: SIFT & PROVEAN : Analyzing SNP

Lecture 4: PolyPhen-2 : Analyzing SNP – 2

Lecture 5: ProtPram : Properties of a Protein

Lecture 6: Swiss Model : 3D Protein Models

Lecture 7: Mutation Taster

Lecture 8: MutPred : Consequences of Mutation

Lecture 9: Final Words

Instructors

Sidra Arshad
Biologist

Rating Distribution

1 stars: 9 votes
2 stars: 12 votes
3 stars: 32 votes
4 stars: 27 votes
5 stars: 24 votes

Frequently Asked Questions

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You can view and review the lecture materials indefinitely, like an on-demand channel.

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