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September 28th, 2017, 08:50 AM
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| Re: Biotechnology in NIT Durgapur
As you want to download curriculum of M.Tech Biotechnology Program offering by NIT Durgapur, so here I am providing curriculum: NIT Durgapur M.Tech Biotechnology Curriculum SEM I BT 1001 ADVANCED BIOPROCESSENGINEERING BT 1002 ADVANCEDBIO-SEPARATION TECHNOLOGY BT 1003 ADVANCEDENVIRONMENTAL BIOTECHNOLOGY ELECTIVE I ELECTIVE II BT 1051 ADVANCED BIOPROCESSENGINEERING LABORATORY BT 1052 MODERN BIOSEPARATIONLABORATORY SEM II BT 2001 ADVANCED FOOD BIOTECHNOLOGY BT 2002 GENOMICS, PROTEOMICSAND BIOINFORMATICS BT 2003 INDSUTRIAL PRODUCTIONOF BIOPHARMACEUTICALS ELECTIVE II ELECTIVE IV BT 2051 ADVANCED FOODBIOTECHNOLOGY LAB. BT 2052 BIOINFORMATICS LABORATORY BT 2053 PROJECT I SEM III BT 3051 PROJECT II BT 3052 PROJECT SEMINAR I SEM IV BT 4051 PROJECT III BT 4052 PROJECT SEMINAR II & VIVA VOCE Advanced Bioprocess Engineering Recapitulation: Stoichiometry of Growth and Product formation. Heat transfer for biochemical processes. RTD studies, Dispersion model and tanks-in-series model. Kinetics of Growth and Product formation in Batch, Continuous and Fed batch systems. (12) Media Sterilization and Air Sterilization.Design of Stirred Tank Bioreactors. (4) Modeling of growth kinetics –structured and unstructured model. (2) Mass transfer studies in stirred tank reactor and in free and immobilized cell bioreactors. (5) Design of Immobilized biocatalytic reactor, biofilm reactors, membrane reactor, Hollow fibrerreactor, airlift reactor.Reactors for solid state fermentation. (3) Large scale mammalian cell culture - non perfused attachment system and perfusion for cell cultivation, suspension culture, microcarrier culture system, microencapsulation, fluidized bedsystem, aeration, mixing & hydrodynamics in bioreactors, cell culture kinetics, large scale stirredtank and air lift reactors for cultivation of animal cell. (12) Plant cell bioreactors – their design and operation. (3) Large scale propagation of insect cells. (1) Scale up, Instrumentation and Control of Bioreactors. Advanced Bio-Separation Technology Adsorption - fixed bed and agitated bed adsorption. (5) Chromatography: Method selection; theoretical concepts of column chromatography, selection ofmatrix; gel filtration; ion-exchange chromatography; affinity chromatography; hydrophobicinteraction chromatography. (5) HPLC, mass spectrometry, coupling of HPLC with mass spectrometry. (4) Sedimentation - sedimentation at low acceleration, centrifugal elutriation, ultracentrifugation. (5) Extraction - countercurrent stage calculations, scale up and design of extractors. (5) Precipitation - protein solubility, precipitate formation phenomena, design of precipitation systems. (5) Membrane filtration. (4) Crystallization - principles, batch crystallizers, process crystallization of proteins, crystallizer scaleup and design. (5) Drying – Drying Principles, Drying Equipment basics, Heat and Mass Transfer, Undesirable Effects of Drying. (5) Bioseparation strategies of some typical industrial products. NIT Durgapur M.Tech Biotechnology Curriculum     |