GATE Biotechnology Coaching in Bangalore

Pratishtha Education has been a trusted name in competitive exam coaching for over 30 years, offering comprehensive GATE Biotechnology Coaching in Bangalore for students and graduates aspiring to excel in the GATE examination. Our structured learning approach, experienced faculty, comprehensive study material, regular mock tests, and personalized mentorship help students build a strong conceptual foundation and improve problem-solving skills. The course covers the complete GATE Biotechnology syllabus, including General Aptitude, Engineering Mathematics, and core Biotechnology subjects, ensuring students are well-prepared for higher studies, research opportunities, and careers in PSUs.

Programme Details

Join Pratishtha Education's GATE Biotechnology Coaching in Bangalore and experience structured learning with expert faculty, comprehensive study material, regular mock tests, and personalized mentorship. Our classroom and online coaching programs are designed to strengthen conceptual understanding, improve problem-solving skills, and maximize your GATE Biotechnology score.


Testing Methodology

Registration Starts

Programme Commences

Recorded Lectures Access

Course Duration

Class Timings

Medium of Instruction

Mock Tests

Scholarship

Personal Mentorship

Interview Guidance

Mode of Coaching

01 April 2026

08 July 2026 – Bengaluru

From 01 April 2026s

Six Months (6–7 Days/Week)

9:30 AM – 2:00 PM

English and Hindi

Bi-Monthly Objective Tests

Up to 90% Scholarship

Included | Faculty Mentorship

Included | Expert Guidance

Offline & Online Coaching

Course Fee

₹52,000
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  • ✔ Printed Study Material
  • ✔ Test Series
  • ✔ Recorded Lectures
  • ✔ Personal Mentorship

  • Payment and Registration

    Enroll now and get access to recorded lectures until the GATE examination.


    Meet Our Expert Faculty



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    Chandrashekar

    Biology Educator

    IISC Bengaluru
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    Kumar Shiv

    Maths Educator

    IIT Dhanbad
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    Abhilash

    Maths Educator

    NIT College
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    Rishab Gupta

    Biotechnology Mentor

    NIT Warangal
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    Vinay

    Life Sciences Faculty

    NIT Trichy

    Classroom Features

    Pratishtha Education provides a structured learning environment for GATE Biotechnology aspirants with expert faculty, comprehensive study material, interactive classes, regular mock tests, and personalized mentorship.



    Study Material

    Complete study material with topic-wise notes and MCQ practice.



    Interactive Classes

    Live interactive classes with regular doubt-solving sessions.



    Best Result

    Structured learning focused on achieving higher GATE scores.



    Best faculty

    Experienced faculty providing concept-based and exam-focused guidance.

    Excellent Track Record

    30+ years of excellence in competitive exam coaching.

    Our GATE Biotechnology Coaching in Bangalore covers the complete syllabus prescribed for the GATE examination. The course is designed to build strong fundamentals in Biotechnology, Engineering Mathematics, and Bioprocess Engineering while preparing students for higher studies, research, and PSU opportunities.

    • Linear Algebra: Matrix algebra, systems of linear equations, eigenvalues and eigenvectors.
    • Calculus: Functions of single variable, limit, continuity and differentiability, mean value theorems, indeterminate forms; evaluation of definite and improper integrals; double and triple integrals; partial derivatives, total derivative, Taylor series (in one and two variables), maxima and minima, Fourier series; gradient, divergence and curl, vector identities, directional derivatives, line, surface and volume integrals, applications of Gauss, Stokes and Green’s theorems.
    • Differential Equations: First-order equations (linear and nonlinear); higher-order linear differential equations with constant coefficients; Euler-Cauchy equation; initial and boundary value problems; Laplace transforms; solutions of heat, wave and Laplace's equations.
    • Complex Variables: Analytic functions; Cauchy-Riemann equations; Cauchy’s integral theorem and integral formula; Taylor and Laurent series.
    • Probability and Statistics: Definitions of probability, sampling theorems, conditional probability; mean, median, mode and standard deviation; random variables, binomial, Poisson and normal distributions.
    • Numerical Methods: Numerical solutions of linear and nonlinear algebraic equations; integration by trapezoidal and Simpson’s rules; single and multi-step methods for differential equations.

    • Biomolecules
      • Structure and function
    • Biological membranes
      • Structure
      • Membrane channels and pumps
      • Molecular motors
      • Action potential and transport processes
    • Basic concepts and regulation of metabolism
      • Carbohydrates
      • Lipids
      • Amino acids
      • Nucleic acids
    • Photosynthesis
    • Respiration
    • Electron transport chain
    • Enzymes
      • Classification
      • Catalytic and regulatory strategies
    • Enzyme kinetics
      • Michaelis-Menten equation
    • Enzyme inhibition
      • Competitive
      • Non-competitive
      • Uncompetitive inhibition

    Microbiology

    • Bacterial classification and diversity
    • Microbial Ecology
      • Microbes in marine, freshwater, and terrestrial ecosystems
      • Microbial interactions
    • Viruses
      • Structure and classification
    • Methods in microbiology
    • Microbial growth and nutrition
    • Nitrogen fixation
    • Microbial diseases and host-pathogen interactions
    • Antibiotics and antimicrobial resistance

    Immunology

    • Innate and adaptive immunity
      • Humoral and cell-mediated immunity
    • Antibody structure and function
    • Molecular basis of antibody diversity
    • T cell and B cell development
    • Antigen-antibody reaction
    • Complement
    • Primary and secondary lymphoid organs
    • Major histocompatibility complex (MHC)
    • Antigen processing and presentation
    • Polyclonal and monoclonal antibody
    • Regulation of immune response
    • Immune tolerance
    • Hypersensitivity
    • Autoimmunity
    • Graft versus host reaction
    • Immunization and vaccines

    • Mendelian inheritance
    • Gene interaction
    • Complementation
    • Linkage, recombination, and chromosome mapping
    • Extra chromosomal inheritance
    • Microbial genetics
      • Transformation
      • Transduction
      • Conjugation
      • Horizontal gene transfer
      • Transposable elements
    • Chromosomal variation
    • Genetic disorders
    • Population genetics
    • Epigenetics
    • Selection and inheritance
    • Adaptive and neutral evolution
    • Genetic drift
    • Species and speciation

    Cell Biology

    • Prokaryotic and eukaryotic cell structure
    • Cell cycle and cell growth control
    • Cell-genetics and evolutionary biology
      • Mendelian inheritance
      • Gene interaction
      • Complementation
      • Linkage, recombination, and chromosome mapping
      • Extra chromosomal inheritance
      • Microbial genetics
        • Transformation
        • Transduction
        • Conjugation
        • Horizontal gene transfer
        • Transposable elements
      • Chromosomal variation
      • Genetic disorders
      • Population genetics
      • Epigenetics
      • Selection and inheritance
      • Adaptive and neutral evolution
      • Genetic drift
      • Species and speciation

    Molecular Biology

    • Molecular structure of genes and chromosomes
    • Mutations and mutagenesis
    • Regulation of gene expression
    • Nucleic acid
      • Replication
      • Transcription
      • Splicing
      • Translation
      • Regulatory mechanisms
    • Non-coding and microRNA
    • RNA interference
    • DNA damage and repair
    • Material and energy balances
      • For reactive and non-reactive systems
    • Recycle, bypass, and purge processes
    • Stoichiometry of growth and product formation
    • Degree of reduction
    • Electron balance
    • Theoretical oxygen demand

    Classical Thermodynamics and Bioenergetics

    • Laws of thermodynamics
    • Solution thermodynamics
    • Phase equilibria
    • Reaction equilibria
    • Ligand binding
    • Membrane potential
    • Energetics of metabolic pathways
    • Oxidation and reduction reactions

    Transport Processes

    • Newtonian and non-Newtonian fluids
    • Fluid flow
      • Laminar and turbulent
    • Mixing in bioreactors
      • Mixing time
    • Molecular diffusion and film theory
    • Oxygen transfer and uptake in bioreactor
      • kLa and its measurement
    • Conductive and convective heat transfer
    • LMTD (Logarithmic Mean Temperature Difference)
    • Overall heat transfer coefficient
    • Heat exchangers

    • Rate law
      • Zero and first order kinetics
    • Ideal reactors
      • Batch
      • Mixed flow
      • Plug flow
    • Enzyme immobilization
    • Diffusion effects
      • Thiele modulus
      • Effectiveness factor
      • Damkoehler number
    • Kinetics of
      • Cell growth
      • Substrate utilization
      • Product formation
    • Structured and unstructured models
    • Batch, fed-batch, and continuous processes
    • Microbial and enzyme reactors
    • Optimization and scale up

    Upstream and Downstream Processing

    • Media formulation and optimization
    • Sterilization of
      • Air
      • Media
    • Filtration
      • Membrane filtration
      • Ultrafiltration
    • Centrifugation
      • High speed
      • Ultra
    • Cell disruption
    • Principles of chromatography
      • Ion exchange
      • Gel filtration
      • Hydrophobic interaction
      • Affinity
      • GC (Gas Chromatography)
      • HPLC (High Performance Liquid Chromatography)
      • FPLC (Fast Protein Liquid Chromatography)
    • Extraction, adsorption, and drying

    Instrumentation and Process Control

    • Pressure, temperature, and flow measurement devices
    • Valves
    • First order and second order systems
    • Feedback and feed forward control
    • Types of controllers
      • Proportional
      • Derivative
      • Integral control
    • Tuning of controllers

    • Totipotency
    • Regeneration of plants
    • Plant growth regulators and elicitors
    • Tissue culture and cell suspension culture system
      • Methodology
      • Kinetics of growth
      • Nutrient optimization
    • Production of secondary metabolites
    • Hairy root culture
    • Plant products of industrial importance
    • Artificial seeds
    • Somaclonal variation
    • Protoplast, protoplast fusion
      • Somatic hybrid
      • Cybrid
    • Transgenic plants
      • Direct and indirect methods of gene transfer techniques
      • Selection marker and reporter gene
      • Plastid transformation

    Animals

    • Culture media composition and growth conditions
    • Animal cell and tissue preservation
    • Anchorage and non-anchorage dependent cell culture
    • Kinetics of cell growth
    • Micro & macro-carrier culture
    • Hybridoma technology
    • Stem cell technology
    • Animal cloning
    • Transgenic animals
    • Knock-out and knock-in animals

    Microbes

    • Production of biomass and primary/secondary metabolites
      • Biofuels
      • Bioplastics
      • Industrial enzymes
      • Antibiotics
    • Large scale production and purification of recombinant proteins and metabolites
    • Clinical-, food-, and industrial-microbiology
    • Screening strategies for new products

    • Restriction and modification enzymes
    • Vectors
      • Plasmids
      • Bacteriophage and other viral vectors
      • Cosmids
      • Ti plasmid
      • Bacterial and yeast artificial chromosomes
    • Expression vectors
    • cDNA and genomic DNA library
    • Gene isolation and cloning
    • Strategies for production of recombinant proteins
    • Transposons and gene targeting

    Molecular Tools

    • Polymerase chain reaction
    • DNA/RNA labelling and sequencing
    • Southern and northern blotting
    • In-situ hybridization
    • DNA fingerprinting
      • RAPD
      • RFLP
    • Site-directed mutagenesis
    • Gene transfer technologies
    • CRISPR-Cas
    • Biosensing and biosensors

    Analytical Tools

    • Principles of microscopy
      • Light, electron, fluorescent, and confocal
    • Principles of spectroscopy
      • UV, visible, CD, IR, fluorescence
      • FT-IR, MS, NMR
    • Electrophoresis
    • Micro-arrays
    • Enzymatic assays
    • Immunoassays
      • ELISA
      • RIA
      • Immunohistochemistry
      • Immunoblotting
    • Flow cytometry
    • Whole genome and ChIP sequencing

    Computational Tools

    • Bioinformatics resources and search tools
    • Sequence and structure databases
    • Sequence analysis
      • Sequence file formats
      • Scoring matrices
      • Alignment
      • Phylogeny
    • Genomics, proteomics, metabolomics
    • Gene prediction
    • Functional annotation
    • Secondary structure and 3D structure prediction
    • Knowledge discovery in biochemical databases
    • Metagenomics
    • Metabolic engineering and systems biology

    Highlights of GATE Biotechnology Exam Pattern

    Below is the latest GATE Biotechnology exam pattern to help aspirants understand the marking scheme, question types, and exam structure.

    • GATE Biotechnology Exam Weightage
      • General Aptitude: 15% marks weightage
      • Engineering Mathematics: 13% marks weightage
      • Core Paper: Remaining 72% marks weightage
    • Multiple Choice Question (MCQ)
      • Each question carries 1 or 2 marks.
      • Objective type with four choices and one correct answer.
      • Negative marking:
        • For 1-mark MCQ: 1/3 will be deducted for a wrong answer.
        • For 2-mark MCQ: 2/3 will be deducted for a wrong answer.
    • Numerical Answer Type Question
      • No negative marks for wrong answers.


    Particulars Details
    Exam mode Online Computer based Test
    Exam duration 3 hours
    Total GATE Papers 29
    Exam Sections General aptitude and subject paper
    Questions Type MCQ, MSQ & NAT (Numerical answer type)
    Number of Questions 65
    Total marks 100
    Marks Distribution in all papers except (AR, CY, ET, MA, PH, GG, XL) GA – 15 marks
    ENG maths - 13 marks
    Core paper - 72 marks
    Marks distribution in AR, CY, ET, MA, PH, GG, XL GA – 15 marks
    Core paper marks - 85
    Negative marks 1-Mark MCQ: 1/3 mark deducted
    2-Mark MCQ: 2/3 mark deducted
    No negative marking for MSQ and NAT questions

    Previous year Question paper



    Recommended Books for GATE Biotechnology

    Books Author
    Biotechnology Pranav Kumar
    Biochemistry Lehninger
    Bioprocess Engineering Principles Pauline M. Doran
    Engineering Mathematics B.S Grewal
    Molecular Cell Biology Lodish et al.

    Key Topics

    Weightage Topic Weightage Marks
    General Aptitude 15 Marks
    Engineering Mathematics 10–15 Marks
    Biotechnology Core Subjects 20–25 Marks
    Bioprocess Engineering 10–15 Marks
    Plant & Animal Biotechnology 15–20 Marks
    Yes. Negative marking applies only to MCQ questions. 1/3 mark is deducted for an incorrect 1-mark MCQ, and 2/3 mark is deducted for an incorrect 2-mark MCQ. There is no negative marking for MSQ (Multiple Select Questions) and NAT (Numerical Answer Type) questions.
    The highest weightage is generally from Core Biotechnology subjects, especially Biochemistry, Molecular Biology, Genetics, Bioprocess Engineering, and Plant & Animal Biotechnology, along with General Aptitude and Engineering Mathematics. The exact distribution may vary slightly each year.

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