My life after PhD

How to create an Academic Portfolio Website - It's easier than you think

Life Update | Being a #phd student in India | What's next?

Quantifying Western Blot images using ImageJ | Densitometric analysis

Calculate the Nuclear and Cytoplasmic fluorescence intensities | ImageJ tutorial

Episode 08 - Examples of Graphical Abstract | Adobe Illustrator for Scientists | A Short Course

Episode 07 - How to draw a Membrane Transporter | Adobe Illustrator for Scientists | A Short Course

Episode 06 - How to draw a Neuron | Adobe Illustrator for Scientists | A Short Course

Episode 05 - How to draw a Virus | Adobe Illustrator for Scientists | A Short Course

Episode 04 - How to draw a DNA | Adobe Illustrator for Scientists | A Short Course

Episode 03 - How to draw mitochondria | Adobe Illustrator for Scientists | A Short Course

Episode 02 - How to draw a Nucleus | Adobe Illustrator for Scientists | A Short Course

Episode 01 - How to draw Lipid Bilayer | Adobe Illustrator for Scientists | A Short Course

Episode 00 - Intro to Adobe Illustrator | Adobe Illustrator for Scientists | A Short Course

How to use stat_summary() function to calculate summary statistics | R for experimental biologists

The only tool you need to digest research articles

Life in the cell culture laboratory | A PhD student's perspective | ft. Shanooja Shanavas

How to draw a lipid bilayer | Adobe Illustrator tutorial | Graphical Abstract

RNAseq analysis using R programming | Part 3 | Creating a VOLCANO plot | #programming

RNAseq analysis using R programming | Part 2 | Running DESeq2 package for analysis | #programming

RNAseq analysis using R programming | Part 1 | Preparation of the data files | #programming

How to choose a statistical test | Normally distributed data | Inferential statistics | #howto

How to use EndNote for adding citations in manuscript| Researcher hacks | Referencing and citations

Gene expression analysis using the 'pcr' package in R programming | Coding in biology | R program

Codon search | #python | Bioinformatics | Looking for codons using basic python codes

Loops in Python programming | while loop | for loop | step by step | for absolute beginners

R programming for biological data analysis | Plotting a bar graph with p-values | Part-4

R programming for biological data analysis | Performing statistical analysis | Part-3

R programming for biological data analysis | Importing dataset and cleaning the data | Part-2

R programming for biological data analysis | Setting up workspace and installing packages | Part-1

How to set Scale Bar using ImageJ software | Microscope | Imaging #howto #image

Vulva formation

Drawing a Phylogenetic Tree using PYTHON | Biopython tutorial | Bioinformatics

Pathfinder Academy book review | Life science books | Latest edition

#metabolism | Conversion of Pyruvate to Acetyl CoA | PDH Complex | Biochemistry

#biopython #python | Sequence Alignment | Bioinformatics | Computational biology

#ChitChat Episode#1 | A chat with Sumona Garg | AIR 74 | CSIR NET 2022 life science qualified

#Muscles | Anatomy of skeletal muscle | Musculoskeletal system | Physiology and Anatomy

#Microbiology | Microbiological Culture Media | Microbiology | Types of media | PART 2

#Microbiology | Microbiological Culture Media | Microbiology | Types of media | PART 1

#Allergy | Type 1 hypersensitivity | Allergic reaction mechanism | Immunology

#Productivity | How to study better | The S.Q.A.T framework

#Biopython | How to get started | Bioinformatics | Computational biology

#Biochemistry | Fluorescence Resonance Energy Transfer | FRET

#Microbiology | How to calculate CFU/ml of bacterial solution | Viable Count Assay

#MolecularBiology | Lac operon | PART - 3

#MolecularBiology | Lac operon | PART - 2

#MolecularBiology | Lac operon | PART - 1

Proteasomal pathway | Protein degradation | Uniquitinylation | Biochemistry | Molecular biology

Learning biology through story-telling and mnemonics | Remembering FACTS | Making it easy

A day in the life | Study with me #2 | Vlog | CSIR NET life science aspirant | Akash Mitra

Don't make notes, make QUESTIONS

Types of Natural Selection | Evolution

B cell maturation | Immunology | by Akash Mitra

Free tools for referencing and citation | Mendeley | Cite this for me | Akash Mitra

Why choose MICROBIOLOGY - from a student's perspective

Lambda vectors | Insertion and Replacement vectors | Biotechnology | Recombinant DNA technology

Malate-aspartate shuttle | Glycerol-3-phosphate shuttle | Glycolytic shuttle | Biochemistry

Cyclic AMP mediated GPCR signaling | Cell Signaling | Cell biology | Akash Mitra

Protein-ligand virtual docking using PyRx | Computational biology | Bioinformatics | Akash Mitra