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Grand Viva, Mitosis, Meiosis - Coggle Diagram
Grand Viva
SEM 3
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Microbiology
- Cell division
- Antimicrobial therapy
- Bacteria (cell wall, peptidoglycan), Virus, Fungi
Biochemistry
- Nucleic Acids
- Vitamins
- Carbs & Lipids
- Proteins & Enzymes
- Metabolic pathways
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Biochem Lab
- Qualitative and Quantitative analysis of amino acids (Thin layer chromatography TLC)
- Titration Curve of amino acids
- Protein extraction and estimation (Bradford and Lowry method)
- Total sugar estimation from sample (DNS and Sulphuric Acid reagent method)
- Estimation and separation of lipids
Microbio Lab
- Bacteria cell culture techniques
- Isolation of pure culture by streak plating method
- Dilution plating for viable cell count
- Gram’s differential staining technique
- Size determination of microbial cells
- Antibiotic sensitivity of E. coli
- MIC value determination
- Streak plate
- Lawn culture
- Slope culture
- Stab culture
- Pour, spread plate
- Nutrient broth
- Macintosh jar
(anaerobic)*
SEM 6
Bioinformatics
- Illumina, pacBio, Roche, nanopore sequencing(efficiency?)
- Sequence Coverage, reads
- Global alignment, local alignment (BWT transformation)
- Protein Structure (primary, secondary, tertiary, quaternary)
- Homology based modelling
- PDB files, pymol
PCTC
- Somatic hybridization(Protoplast fusion)
- Callus culture
- Gene transfer to plants
- GMOs ( BT Cotton)
- Artificial seeds
- Dedifferentiation- redifferenciation
- Hardening
- Growtek bioreactor
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Protein Engineering
- NMR
- Xray crystallography
- Protein symmetry
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SEM 5
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EVBT
16s rRNA
Bioaugmentation, biostimulation
Species classification
DGGE
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Biochemical Engg Lab
- Bioreactor (read all the different parts of the Bioreactor)
- Growth kinetics for bacterial, yeast, algae
- Airlift bioreactor
Analytical Biochem Lab
- HPLC; GC
- TLC; HPTLC
- Confocal microscopy, fluorescence microscopy
- Radiolabled isotopes
- Spectrophotometry (OD Measurements for bacterial culture)
- Centrifugation, lyophilization
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SEM 2
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Math 2: Linear Algebra, Numerical & Complex Analysis
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SEM 7
Bioprocess Technology
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Generations of biofuel
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Mitosis
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(2) Prophase
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Chromosomes 'condense' by coiling themselves tightly, become visable
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(3) Metaphase
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Chromosomes line up, middle of cell
(3) Anaphase
SISTER CHROMATIDS, seperated out, star to move towards CENTRIOLES
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Meiosis
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What is meiosis?
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type of cell division that results in four daughter cells each with half the number of chromosomes of the parent cell, as in the production of gametes and plant spores.
In meiosis, chromosome replication in diploid germ-line cells is followed by two rounds of cell division
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