Msc biochemistry., gold medalist, University Ranker (twice) , science blogger , like dancing,writing and travel to explore!

K Raksha 

This course covers the concepts of - Carbohydrates, lipids , proteins and nucleic acids introduction and enzymes

Crack CSIR NET by studying MATHEMATICS, PHYSICS, LIFE SCIENCE, CHEMISTRY, EARTH SCIENCE on one online platform. Everything you need to crack JRF.

CSIR-UGC NET

English

Bio Molecules : CSIR-UGC NET

Structure of Atoms & Molecules

Molecules & Their Interaction

Life Sciences

NET Exams

Ace the toughest competitive and government exams in India 

Test Preparation

Introduction on carbohydrates -instant energy molecule . carbohydrates structure and function .Glimpse on digestion and absorption of carbohydrates

Carbohydrates

Lipids introduction, classification and structure,functions and an overview on digestion and absorption of lipids

Bio-molecules Part 2 - Lipids

Protein introduction, structure and functions.An overview on protein digestion and absorption

Biomolecules Part 3- Proteins

Nucleic acids introduction ,nucleotide and nucleoside structure and functions . Chargaff 's rule and overview of digestion and absorption of nucleic acids

Biomolecules Part 4 - Nucleic Acids

Properties of DNA- Denaturation , molecular weight , length and size of DNA

Properties of DNA

A,B,Z forms of DNA and unsual structures of DNA

Types and various forms of DNA

Central dogma -overview , structure of r RNA

Types of RNA

Structure of tRNA

The first two nucleotides decides the fate of aminoacids but the third nucleotide vary not following watson and Crick rule why? Is explained here

Wobble Base Pairing

Structure of mRNA

Double helical structure of DNA by Watson and Crick is discussed in detail

Structure of DNA - Watson and Crick Model

General structure of RNA and comparison of RNA with DNA is also discussed in this session

Structure of RNA

An overview of life science - introductory session on what is life science ?and why it is important ? Also the official website of CSIR UGC NET is provided below
http://csirhrdg.res.in

An Overview of Life Science

Introduction on biochemistry and also brief discussion on CSIR UGC NET is included. 
Book reference : Fundamental of Biochemistry by Jain

An Introduction to Biochemistry

Brief introduction to Enzymes, it's discovery , and it's characteristics is  also discussed

Enzymes - Introduction

Parts of an enzyme- Apoenzyme and co-factors with examples is discussed

Enzyme parts

Short introduction on Nomenclature of Enzyme is discussed. Features of active site is discussed in detail with a diagram

Mechanism of Enzyme catalysis- Active site

Mechanism of Enzyme catalysis is explained using lock and key model and induced fit model. Reference: fundamental of Biochemistry by Jain

Mechanism of Enzyme catalysis 2

Enzyme catalysis with free energy change is discussed with a graphical representation. Graph image is taken from book fundamentals of biochemistry by jain

Mechanism of Enzyme catalysis -3

Various parameters- temperature, pH , Enzyme Concentration and substrate concentration that is affecting the activity of Enzymes is discussed in this session

Factors affecting the activity of Enzymes

Identification of substrate concentration using MM equation and line weaver- Burk method is discussed. Source- Fundamentals of biochemistry by jain

Enzyme kinetics

Enzyme kinetics - significance of MM constant and Vmax is discussed and how this variables are used to identify the turn over number of Enzyme is also discussed

Enzyme kinetics -2

Regulation of Enzyme activity - activators like co-valent modification, signal transduction and zymogen activation with the gene control is discussed in this session

Regulation of Enzyme activity

Two types of feedback mechanisms- positive and negative feedback with diagrams is discussed

Feedback Mechanism

Reversible Enzyme inhibition with it's 3 types - competitive , non- competitive and uncompetitive Enzyme inhibition is discussed in this session

Enzyme inhibition

Enzyme inhibition- irreversible enzyme inhibition with examples is discussed

Enzyme inhibition -part 2

Allosteric enzymes (regulatory enzymes)

Mechanism of regulation of allosteric Enzymes is discussed using sequential and concerted model

Allosteric Enzyme models

Isoenzymes - an Introduction , lactate dehydrogenase as an example is explained in this session

Isoenzymes

Some of the medical and industrial uses of Enzymes is discussed in this session

Enzyme applications

Author of Book- Mind Maps for Life Sciences, Qualified CSIR-NET,GATE XL,BT, REET, MPAT 2 times Rank 1, Guided  30k+ Students

Neha Taneja

In this course includes all the necessary information about proteins. Proteins are large biological molecules that performs a vast array of functions within organisms. This course will be very beneficial for the all preparing for Life Science exams.

(Hindi) Proteins-Life Sciences: CSIR UGC NET

Phd|Univ of Hamburg🇩🇪

MSc👩‍🎓PMBB🇮🇳DU

CSIRNETJRF(AIR72)🎉GATE💫ARS🏆GRE

YT-Deepshikha Goswami🌈

Telegram- @Bio_dgarmy🌐

10%code -DG06

Deepshikha Goswami

In this course we'll try to understand how we can increase our score to safely clear these exams

(Hindi) How to Maximize Marks in CSIR and GATE (Life Science) 2019

In this course, the educator discusses MCQs from the topic Molecular Biology Techniques especially Polymerase Chain Reaction.

(Hindi) Previous Year Molecular Biology Techniques MCQ's: CSIR-UGC NET

In this course, the educator discusses the study about Restriction fragment length polymorphism; an important tool of molecular biology helpful for CSIR UGC NET.

(Hindi) Restriction Fragment Length Polymorphism: CSIR UGC NET

M.Sc (Zoology), GATE XL, Ex-Resonanace, Currently working for BYJU's

Manish Kumar

In this course, the educator is discussing 
 the different numerical problems and concepts in biochemistry...

(Hindi) Quick Revision of Biochemistry for CSIR-NET

In this course educator will be discussing about the basic terminologies and concepts of glycolysis, Krebs cycle etc.

Lessons

30 lessons • 6h 24m

Invalid Date

NaN

Carbohydrates

Invalid Date

NaN

Bio-molecules Part 2 - Lipids

Invalid Date

NaN

Biomolecules Part 3- Proteins

Invalid Date

NaN

Biomolecules Part 4 - Nucleic Acids

Invalid Date

NaN

Properties of DNA

Invalid Date

NaN

Types and various forms of DNA

Invalid Date

NaN

Types of RNA

Invalid Date

NaN

Structure of tRNA

Invalid Date

NaN

Wobble Base Pairing

Invalid Date

NaN

Structure of mRNA

+ See all lessons