MSC II Sem IV
Paper : XIV
Microbial Fermenation Technology (MFT) PG- MB (08)- S4-T2
Name of the Teacher : Dr. Bhavana V. Mohite
Zoom online lecture:
Join Zoom Meeting, Recurring Meeting
https://us04web.zoom.us/j/74145329697?pwd=T2pPbHh3S2NNWjhVckZGWWp5Wm1IQT09
Meeting ID: 741 4532 9697
Passcode: 7uBsxV
Day 1: 24 th March 2021, 3.00 pm : Introduction to Syllabus
Unit I
Day 2: 25th March 2021, 3.00 pm : Types of Bioreactor 1
Day 3: 26th March 2021, 3.00 pm : Types of Bioreactor 2
Day 4:27th March 2021, 11.00 am :Immobilized Reactor & Types of Fermentation
Day 5: 30th March 2021, 3.00 pm : Microbial Cell Growth
Day 6: 31st March 2021, 12.00 pm: Microbial Growth Kinetics 1
Day 7: 1st April 2021,12.00 pm: Monod Model 1
Day 8: 3rd April 2021, 11.00 am Monod Model 2
Day 9: 5th April 2021, 3.00pm Stringent Response, Ntr and Pho , Substrate accelerated Death
Day 10: 6th April 2021, 2.00 pm Growth Yield, Product formation
Day 11: 7th April 2021, 11.00 am Maintenance Energy and Yield coefficient
Day 12: 8th April 2021, 1.00 pm Process of Optimization
Day 13: 9th April 2021, 12.00 pm Statistical designs for optimization
Day 14: 10th April 2021, 10.00 am Rheology of fermentation Fluid
Day 15: 12th April 2021, 11.00 am Oxygen transfer and uptake
Day 16: 15th April 2021, 11.00 am Oxygen transfer kinetics
Day 17: 16th April 2021, 12.00 pm Factors affecting oxygen transfer
Day 18: 17th April 2021, 10.30 am Determination of OTR and OUR
Assignment 1: Bioreactor (Last Date 21th April 2021)
Day 19: 19th April 2021, 2.00 pm (Chemostat and Turbidostat)
Unit Test 1: 5th May 2021, 4.30 pm
Unit II
Day 20: 20th April 2021, 11.00 am (Downstream processes)
Day 21: 21st April 2021, 3.00 pm (Methods of recovery)
Day 22: 22nd April 2021, 1.00 pm (Storage and Packaging)
Day 23: 24th April 20201, 10.00 am (Scale Up Process)
Day 24: 26th April 2021, 11.00 am (Criteria for scale up, purpose, need)
Day 25: 27th April 2021, 11.00 am (Scale down Process)
Assignment 2 : Downstream Processing (Last Date: 5th May 2021)
Day 26: 28th April 2021, Productivity Power requirement Basic control theory 1
Day 27: 29th April 2021 Productivity Power requirement Basic control theory 2
Assignment 2: Downstream Processing and scale up (Last date 5th May 2021)
Unit Test 2: 22nd May 2021, 10.00 am
Unit III
Day 28: 30th April 2021, 2.00 pm Bioethanol as biofuel
Day 29: 3rd May 202, 3.00 pm Production of bioethanol
Day 30: 4th May 2021, 11.00 am Biohydrogen as Biofuel
Day 31: 6th May 2021, 11.00 am Biomethane production
Day 32: 7th May 2021, 11.30 am Penicillin structure, derivatives, mode of action
Day 33: 8th May 2021, 10.30 am Penicillin production and downstream processing
Day 34: 10th May 2021, 11.15 am Streptomycin Structure, phases of synthesis
Day 35: 11th May 2021, 1.30 pm Production and recovery of streptomycin
Day 36: 12th May 2021, 11.00 am Cephalosporin Structure, mode of action and fermentative production
Day 37: 13th May 2021, 11.00 am Lactobacillus sakei as biopreservative
Day 38: 15th May 2021, 10.00 am ; Genetics of L. sakei and Bacteriocin production
Day 39: 17th May 2021, 11.15 am Xanthun gum production
Day 40: 18th May 2021, 11.00 am Xanthun gum structure, properties and applications
Day 41: 19th May 2021, 3.00 pm PHA History Structure & properties
Day 42: 20th May 2021, 12.00 pm PHA biosynthesis , production
Day 43: 21st May 2021, 11.00 am PHA: fermentation , recovery and applications
Day 44: 24th May 2021, 1.30 pm Protease structure classification and screening
Day 45: 25th May 2021, 11.00 am Thermostable proteases Fermentation recovery and applications
Day 46: 28th May 2021, 2.00 pm Biosurfactant Types, properties, production and applications
Day 47: 29th May 2021, 10.00 am Biosurfactant Comparative account
Assignment 3: Industrial Fermentation Product (Last Date 5th June 2021)
Unit IV
Day 48: 31st May 2021, 11.00 am SCP Introduction and Types microorganisms involved
Day 49: 1st June 2021, 11.00 am SCP Nutritional value and types
Day 50: 2nd June 2021, 2.00 pm SCP Types and Process
Day 51:3rd June 2021, 3.00 pm Carotenoid structure, properties and Types
Day 52: 5th June 2021, 11.00 am Carotenoid production
Day 53: 8th June 2021, 11.00 am Lysine production
Day 54:9th June 2021, 11.00 am Glutamic acid production
Day 55:11th June 2021, 11.00 am Vit B2 Production process
Day 56:9th June 2021, 9.30 am Vit B12 production , Palmetate and Olieate production
e books
Principles of fermentation technology by Stanbury and Whitekar
Industrial Microbiology: An introduction by Michael J Waites et al
Study Material
Unit I
Study Material on Growth Kinetics and Growth Phases
Study Material on Growth Kinetics 1
Study Material on Process Kinetics
Study Material on Substrate Accelerated Death
Study Material on Stringent Response: Ntr and Pho s
Study Material on Ntr and Pho System 2
Study Material on Rheology of Fermentation Fluid
Study Material on Oxygen Transfer Kinetics
Study Material on Oxygen Transfer Kinetics part 2
Study Material on Monod Kinetics
Study Material on Optimization Process
Study Material on Chemostat and Turbidostat
Unit 2
Study Material on Packaging and storage
Study Material on Packaging and storage methods 2
Study material on downstream processes
Recovery and purification of fermentation products
Scale up process, Criteria for scale up
Scale up and Scale down process
Difference between scale up and Scale down
Study Material on Productivity Power requirement Basic control theory
Unit 3
Online Study Material on Biofuel
Study Material on Biofuel: Bioethanol, Biohydrogen, Methane
Online study material on Penicillin structure, mode of action and synthesis
Online study material on Penicillin production and recovery
Study Material on Streptomycin production
Study Material on Streptomycin production part 2
Study Material on Cephalosporin
Study Material on Fermentation of cephalosporin
Study Material on Cephalosporin structure, mode of action and biosynthesis
Online study material on Lactobacillus sakei as biopreservative
Study Material on Genetics of L. sakei and bacteriocin production
Online study Material on Xanthan gum production
Online study material on Xanthan gum structure, properties
Study Material on Xanthan Gum Applications
Study Material on PHA structure and biosynthesis
Study Material on PHA production
Study Material on PHA fermentation, recovery and applications
Online Study Material on Proteases structure, classification and screening
Online Study Material on Biotechnological aspects of microbial Proteases
Study Material on Thermostable Proteases fermentation and recovery and applications
Online Study material on Biosurfactant Types, properties, production and applications
Online Study material on Biosurfactant Production and applications
Study material on Biosurfactant Comparative account
Unit 4
Study Material on SCP Types, microorganisms involved
Study Material on SCP types and process
Study Material on Carotenoid Properties and Types
Study Material on Carotenoid production Study Material on Vit B2
Review on Carotenoid production
Study Material on Production of Lysisne 1
Study Material on Production of Lysine 2
Study Material on Production of Glutamic acid
Study Material on Fermentation process of Vit B2
Study Material on VIt B12 production
Study Material on Palmetate and Oleate
VACCINES AND DELIVERY SYSTEM (VD)
Nmae of the teacher:Mr. M.G. Ingale
Links for Ebook & Study materials:
Links for study materials:
UNIT-I: - Vaccines
UNIT-II: - Conventional vaccines
UNIT-III: - Vaccines in development
UNIT-IV: - Designing & delivery system.
Links for video lecture:
UNIT-I: - Vaccines
UNIT-II: - Conventional vaccines
UNIT-IV: - Designing & delivery system
VIROLOGY
Unit 3 Animal and Plant Viruses
Dr. B. V. Mohite
Video lecture on Tobacco Mosaic Virus
Video lecture on Tobacco Mosaic Virus 2
Study Material on TMV Symptoms, Multiplication and control
Video lecture on Cauliflower Mosaic Virus
Study Material on CMV Genome, replication and Application
Study Material on Potato virus Types, Symptoms and Control
Study Material on Potato virus structure and genome
Study Material on Potato virus
Study Material on Potato leaf roll over virus
Dr. S .S. Khandare:
Link for Video lectures:
Herpes virus
drive.google.com/file/d/1vVwIbQ8LycKwt2SoiLDkf1znzvDpTf4Z/view?usp=sharing
4.Adenovirus part 1.
drive.google.com/file/d/1dqP8s99kyOtRlrzDWMLbYZq5WPXHXJsO/view?usp=sharing
5. Adenovirus part 2.
drive.google.com/file/d/15qu5cFNwKl1L9Z_ZA2FkEPUZn5XN2c0j/view?usp=sharing
Mr. M. G. Ingale
Unit IV: General methods of Diagnosis and antiviral drugs
Ebook: Virology by John Carter
Study material:
Antiviral agents (Amantadine, Rimantidine,Vidarabine, Acyclovir,Ganciclovir,Ribavirin, Foscarnet)
Nucleoside RT inhibitors, non-nucleoside RT inhibitors (NNRTIS) & Protease inhibitors
Types of IFN and Molecular basis of antiviral effect of interferon
PRACTICAL-VII
MB4-LAB 7
LABORATORY EXERCISE 7
Practical Video links: