| Educational Products-->Other Labware -->Educational Charts-->Charts |
| No. |
HUMAN ANATOMY & PHYSIOLOGY
|
| HA-1 |
Human Autonomic Nervous System |
| HA-2 |
Human Blood Groups |
| HA-3 |
Human Blood Circulation {Schematic representation of transport and exchange of Oxygen and Carbon dioxde and functioning of heart} |
| HA-4 |
Human Central & Peripheral Nervous System Spinal Cord and Brain |
| HA-5 |
Human Circulatory System Arterial & Venous |
| HA-6 |
Components of Human Blood |
| HA-7 |
Human Digestive System |
| HA-8 |
Human Ear |
| HA-9 |
Human Eye |
| HA-10 |
Human Endocrine Glands |
| HA-11 |
Human Excretory System |
| HA-12 |
Human Joints & Limbs |
| HA-13 |
Human Muscular System |
| HA-14 |
Neuron and Reflex Arc |
| HA-15 |
Human Reproductive System Male |
| HA-16 |
Human Reproductive System Female with menstrual cycle |
| HA-17 |
Human Respiratory System |
| HA-18 |
Human Skeleton |
| HA-19 |
Structure of Human Heart & Valves |
| HA-20 |
Structure of Human Skin |
| HA-21 |
Human Teeth and Tongue |
| HA-22 |
Vestigial Organs |
| HA-23 |
Homologus & Analogus Organs |
| HA-24 |
Human Embryo Development- I |
| HA-25 |
Human Embryo Development- II |
| HA-26 |
Human Lungs |
| HA-27 |
Human Kidney |
| HA-28 |
Human Lymphatic System |
| HA-29 |
Human Nose |
| HA-30 |
Human Morphology |
| Z-44 |
Animal Kingdom- Classification |
| Bi-7 |
Ultra Structure of Animal Cell |
| Bi-8 |
Ultra Structure of Plant Cell |
| Bi-2 |
Cell Organelles (Structure of Chloroplast, Mitochondria, Plasma Membrane, Nucleus, Endoplasmic Recticulum, Golgi Complex} |
| Bi-1 |
Bacteria: Ultra Structure and Kinds (micro-organism) |
| MB-6 |
Types of Bacteria |
| MB-7 |
Types of Viruses |
| Bi-9 |
Virus: Bacteriophage and Life Cycle |
| MB-13 |
Prokaryotic & Eukaryotic Cells {Ultra Structure of Prokaryotic and Eukaryotic cells and their comparision} |
| Bi-4 |
Mitosis |
| Bi-5 |
Meiosis |
| MB-12 |
HIV: Human Immuno Deficiency Virus {Structure and Life Cycle} |
| Bi-3 |
Chromosome Structure and Kinds |
| Bi-6 |
DNA Double Helix |
| Bi-16 |
Types of RNA |
| Bi-14 |
Genetic Code |
| Bi-13 |
Central Dogma |
| BT-13 |
Gene Cloning {Process of Gene Cloning in bacteria - Recombinant DNA) |
| BT-22 |
Polymerase Chain REaction (PCR) |
| GT-3 |
Crossing Over |
| GT-6 |
Linkage |
| Bi-19 |
Homologous and Analogous Organs {Plants} |
| HA-23 |
Homologus and Analogus Organs {Animals} |
| GT-13 |
Pedigree Analysis {Illustrates pedigree involving phenotype controlled by a recessive allele and a dominant allele and symbols used in human pedigree analysis) |
| GT-17 |
Pedigree Analysis of Human Traits {Widows Peak, Hair Line, Thumb, Dimple, Earlobe, Little Finger, Rolling Tongue} |
| GT-14 |
Sex Linked Inheritance (Hemophilia) |
| Bi-12 |
Balanced Diet |
| Bi-17 |
Vitamins & Rich Food in Vitamins & its Deficiency |
| Bi-15 |
Marasms and Kwashiorkor |
| Z-63 |
Harmful and Useful Insects |
| Z-18 |
Butterfly Life History & Mouth Parts |
| Z-19 |
Housefly Life History & Mouth Parts |
| Z-20 |
Mosquito Life History & Mouth Parts |
| Z-21 |
Silkworm Life History |
| Z-60 |
Frog Life Cycle |
| Z-2 |
Plasmodium Life Cycle in Human |
| Z-3 |
Plasmodium Life Cycle in Mosquito |
| Bi-21 |
Soil Erosion |
| Bi-10 |
Sexual Reproduction in Plants |
| Bi-24 |
Cross Pollination |
| Bi-25 |
Self Pollination and Fertlisation |
| Bi-11 |
Vegetative Propagation in Plants {Stem Cutting, Layering and Grafting} |
| Bi-20 |
Solar and Lunar Eclipse |
| Bi-18 |
Solar System |
| Bi-26 |
Hazards of Smoking |
| Bi-23 |
Aids The mode of HIV/AIDS tranmission, doesnt spread and prevention |
| EC-1 |
Biosphere |
| EC-2 |
Carbon Cycle |
| EC-3 |
Nitrogen Cycle |
| EC-4 |
Oxygen Cycle |
| EC-5 |
Water Cycle |
| EC-6 |
Food Web |
| EC-7 |
Food Chain: Terrestrial and Aquatic |
| EC-8 |
Food Chain: Aquatic |
| EC-9 |
Food Chain: Grass Land |
| EC-10 |
Pond Eco System |
| EC-11 |
Sulphur Cycle |
| EC-12 |
Phosphorus Cycle |
| EC-13 |
Environmental Pollution |
| EC-14 |
Sound Pollution |
| EC-15 |
Air Pollution |
| EC-16 |
Water Pollution |
| EC-17 |
Food Pyramids |
| - |
ALGAE |
| B-18 |
Plant Kingdom Classification |
| MB-43 |
Whittackers Classification {Five Kingdom System by R.H, Whittaker and their types of nutrition with examples} |
| B-66 |
Thallus Organisation of Algae |
| B-1 |
Spirogyra Life Cycle {Haplontic Life Cycle} |
| B-65 |
Ulothrix Life Cycle |
| B-70 |
Chlamydomons (Structure & Asexual Reproduction) {Haplontic Life Cycle} |
| B-71 |
Chlamydomonas Reproduction-I (Isogamous & Anisogamous Sexual Reproduction) |
| B-72 |
Chlamydomonas Reproduction-II (Oogamous Sexual Reproduction and Zygospore Germination) |
| B-73 |
Chara |
| B-74 |
Chara Reproduction |
| B-75 |
Volvox {Haplontic Life Cycle} |
| B-76 |
Oedogonium |
| B-77 |
Oedogonium Reproduction |
| B-64 |
Vaucheria Life Cycle |
| B-78 |
Ectocarpus |
| B-79 |
Ectocarpus Life Cycle {Haplo-Diplontic Life Cycle} |
| - |
FUNGI |
| B-2 |
Rhizopus Life Cycle |
| MB-35 |
Mucor Life Cycle |
| MB-45 |
Aspergillus Life Cycle {Structure and Life Cycle- Sexual & Asexual} |
| MB-48 |
Penicillium Life Cycle |
| MB-44 |
Agaricus Life Cycle {Mushroom} |
| - |
BRYOPHYTA |
| B-3 |
Funaria Life Cycle |
| B-59 |
Funeria Gametophore {T.S. Stem & Leaf} |
| - |
PTERIDOPHYTA |
| B-4 |
Pteris Life Cycle |
| - |
GYMNOSPERMS |
| B-5 |
Cycas Life Cycle |
| B-60 |
Cycas Corolloid Root & Stem |
| B-61 |
Cycas Leaflet & Rachis |
| - |
ANGIOSPERMS MORPHOLOGY |
| B-67 |
Life Cycle of An Angiosperm {Diplontic Life Cycle} |
| B-6 |
Root Modifications |
| B-7 |
Stem Modifications: Aerial |
| B-8 |
Stem Modification: Sub Aerial & Underground |
| B-9 |
Leaf Phyllotaxy and Heterophylly |
| B-21 |
Leaf: Types and Venation |
| B-11 |
Leaf Modifications |
| B-16 |
Inflorescence: Recemose |
| B-17 |
Inflorescence: Cymose & Special |
| B-12 |
Flower and Aestivation |
| B-13 |
Androecium and Gynoecium |
| B-14 |
Fruits Types (False & True Fruits) |
| B-15 |
Dry Fruits (Dehiscent & Indehiscent) |
| - |
EMBRYOLOGY |
| Bi-10 |
Sexual Reproduction in Plants {Parts of a Flower, Pollination and Fertlisation} |
| Bi-11 |
Vegetative Reproduction in Plants {Stem Cutting, Layering and Grafting} |
| B-19 |
Microsporangium & Male Gametophyte {Anther} |
| B-20 |
Microsporangium & Female Gametophyte {Ovule} |
| B-10 |
Types of Ovules & Fertilization |
| B-83 |
Seed Germination {Hypogeal & Epigeal} |
| - |
HISTOLOGY |
| B-86 |
Meristems |
| B-23 |
Parenchyma {Simple Tissue} |
| B-22 |
Collenchyma {Simple Tissue} |
| B-25 |
Sclerenchyma {Simple Tissue} |
| B-26 |
Xylem {Complex Tissue} |
| B-24 |
Phloem {Complex Tissue} |
| B-63 |
Special Tissues |
| B-87 |
Stomata: Structure and Classification |
| - |
ANATOMY |
| B-27 |
Dicot Root (Helianthus annuus) |
| B-28 |
Dicot Stem (Helianthus annuus) |
| B-29 |
Dorsi Ventral (Dicot) Leaf (Helianthus annuus) |
| B-30 |
Isobilateral (Monocot) Leaf (Zea mays) |
| B-31 |
Monocot Root (Zea mays) |
| B-32 |
Monocot Stem (Zea mays) |
| B-33 |
Secondary Growth of Dicot Stem |
| B-84 |
Secondary Growth of Dicot Root |
| - |
PHYSIOLOGY |
| B-35 |
Glycolysis (EMP Pathway) & Electron Transport System |
| B-37 |
Krebs Cycle (TCA/Citric Acid Cycle) |
| B-34 |
Calvin Cycle (C3 Dark Reaction) {Carbon dioxide fixation/carbon assimilation} |
| B-36 |
Hatch and Slack Pathway (C4 Dicarboxylic Acid Pathway) |
| B-38 |
Light Reaction (Cyclic & Non-Cyclic Photophosrylation) |
| B-68 |
Plasmolysis, Osmosis, Diffusion |
| B-82 |
Photorespiration (C2 Cycle) |
| B-85 |
Photosynthesis Experiment |
| - |
CYTOLOGY |
| Bi-3 |
Chromosome Structure and Kinds |
| Bi-4 |
Mitosis |
| Bi-5 |
Meiosis |
| Bi-6 |
DNA Double Helix |
| Bi-8 |
Ultra Structure of Plant Cell |
| - |
PLANT- HUMAN WELFARE |
| B-39 |
Tissue Culture |
| - |
TAXONOMY |
| B-53 |
Benthum & Hookers Classifications |
| B-40 |
Arecaceae (Cocos nucifera) |
| B-41 |
Asteraceae (Tridax procumbense) |
| B-42 |
Brassicaceae (Brassica compestris) |
| B-43 |
Euphorbiaceae (Ricinus communis) |
| B-44 |
Fabaceae (Tephrosia purpurea) |
| B-45 |
Fabaceae (Clitoria ternatea) |
| B-46 |
Fabaceae (Pisum sativam) |
| B-47 |
Liliaceae (Allium cepa) |
| B-48 |
Malvaceae (Hibiscus rosa- sinensis) |
| B-49 |
Poaceae (Triticum aesivium) |
| B-50 |
Rubiaceae (Ixora coccinea) |
| B-51 |
Solanaceae (Datura metal) |
| B-69 |
Solanaceae (Solanum nigrum) |
| B-80 |
Musacaee {Musa peradisiaca} |
| - |
PATHOLOGY |
| B-52 |
Blast of Paddy |
| B-54 |
Citrus Canker |
| B-55 |
Grain Smut of Sorghum |
| B-56 |
Red Rot of Sugarcane |
| - |
ECOLOGY |
| B-57 |
Hydrophytes Anatomical Features |
| B-58 |
Hydrophytes Morphological Features |
| B-62 |
Xerophytes Morphological Features |
| - |
PROTOZOA |
| Z-44 |
Animal Kingdom- Classification |
| Z-1 |
Entamoeba histolytica |
| Z-2 |
Plasmodium Life Cycle in Human |
| Z-3 |
Plasmodium Life Cycle in Mosquito |
| Z-4 |
Vorticella Conjugation |
| Z-45 |
Euglena {Structure, Reproduction and Euglenoid Movement} |
| Z-46 |
Paramecium {Structure, Binary Fission, Structure of Pellicle, Celium & its basal body} |
| Z-47 |
Amoeba Structure & Nutrition |
| Z-48 |
Amoeba Locomotion & Reproduction |
| MB-10 |
Pathogenic Protozoa-I {Structural details of Entamoeba Histolytica, Balantidium and Plasmodium} |
| MB-11 |
Pathogenic Protozoa-II {Structural details of Trypanosoma, Giardialamblia, Leishmania} |
| - |
CNIDARIA (COLENTERATA) |
| Z-62 |
Hydra {Structure, TS & LS, Cnidoblast & TS of Testis and Ovary} |
| - |
PORIFERA |
| Z-61 |
Canal System in Sponges |
| - |
PLATYHELMINTHES |
| Z-49 |
Taenia Solium Structure {Tape worm} |
| Z-5 |
Taenia Solium Life Cycle |
| Z-6 |
Vuchareria Bancrofti Life Cycle {Filarial Worm} |
| - |
ANNELIDA (Pheretima posthuma) |
| Z-10 |
Earthworm External Morphology |
| Z-11 |
Earthworm General Anatomy |
| Z-7 |
Earthworm Blood Vascular System |
| Z-8 |
Earthworm Digestive System |
| Z-9 |
Earthworm Excretory System |
| Z-12 |
Earthworm Nervous System |
| Z-13 |
Earthworm Reproductive System |
| - |
ARTHROPODA |
| Z-15 |
Cockroach External Features & Mouth Parts (Periplanata americana} |
| Z-14 |
Cockroach Digestive System |
| Z-16 |
Cockroach Nervous System |
| Z-17 |
Cockroach Respiratory System |
| Z-58 |
Cockroach Blood Circulatory System |
| Z-59 |
Cockroach Reproductive System |
| Z-18 |
Butterfly Life History & Mouth Parts (class insecta} |
| Z-19 |
Housefly Life History & Mouth Parts (class insecta} |
| Z-20 |
Mosquito Life History & Mouth Parts (class insecta} |
| Z-21 |
Silkworm Life History (class insecta} |
| Z-63 |
Harmful and Useful Insects |
| - |
ECHINODERMATA |
| Z-74 |
Asteria Water Vascular System |
| - |
CHORDATA |
| Z-40 |
Fish Gills and Scales |
| - |
CHORDATA - Amphibia |
| Z-53 |
Frog External Features & Superficial Skeletal Muscle |
| Z-41 |
Frog Urinogenital System Male |
| Z-42 |
Frog Urinogenital System Female |
| Z-50 |
Frog Digestive System |
| Z-51 |
Frog Respiratory System |
| Z-52 |
Frog Heart |
| Z-54 |
Frog Arterial System |
| Z-55 |
Frog Venous System |
| Z-56 |
Frog Nervous System |
| Z-57 |
Frog Brain |
| Z-60 |
Frog Life Cycle |
| Z-80 |
Frog Develoment - Early |
| - |
CHORDATA - Reptilia |
| Z-43 |
Snakes (Poisonous & Non Poisonous) |
| - |
CHORDATA - Aves |
| Z-38 |
Pigeon General Anatomy |
| Z-39 |
Pigeon Respiratory System |
| - |
CHORDATA - Mammalian |
| Z-30 |
Rabbit General Anatomy |
| Z-24 |
Rabbit Arterial System |
| Z-25 |
Rabbit Brain |
| Z-26 |
Rabbit Digestive System |
| Z-27 |
Rabbit Double Circulation of Blood |
| Z-28 |
Rabbit Endocrine System |
| Z-29 |
Rabbit Excretory System |
| Z-31 |
Rabbit Embryo Development |
| Z-32 |
Rabbit Heart |
| Z-33 |
Rabbit Nervous System |
| Z-34 |
Rabbit Respiratory System |
| Z-35 |
Rabbit Reproductive System Male |
| Z-36 |
Rabbit Reproductive System Female |
| Z-37 |
Rabbit Venous System |
| Z-77 |
Rabbit Skull |
| Z-78 |
Rabbit Girdles & Limbs |
| Z-79 |
Rabbit Vertebrae |
| - |
PARASITOLOGY - Life Cycles |
| Z-64 |
Ascaris lumbricoides {Roundworm} |
| Z-65 |
Ancylostoma duodenalu {Hookworm) |
| Z-66 |
Dracunculus medinensis (Guinea/Dragon/Serpent worm) |
| Z-67 |
Enterobius vermicularis (Thread/Pin/Seat Worm) |
| Z-68 |
Schistosoma haematobium |
| Z-69 |
Trichuris trichiura (Whipworm) |
| Z-70 |
Trichinella spiralis (Trichinaworm) |
| Z-71 |
Fasciolopsis buski (The large or joint intestinal fluke} |
| Z-72 |
Leishmania donovani |
| Z-73 |
Trypanosoma gambiense |
| MB-10 |
Pathogenic Protozoa-I {Structural details of Entamoeba Histolytica, Balantidium and Plasmodium} |
| MB-11 |
Pathogenic Protozoa-II {Structural details of Trypanosoma, Giardialamblia, Leishmania} |
| - |
HISTOLOGY |
| Z-22 |
Animal Tissue- I (Connective Tissue) |
| Z-23 |
Animal Tissue- II (Epithelial Tissue) |
| - |
CYTOLOGY |
| Bi-7 |
Ultra Structure of Animal Cell |
| Bi-4 |
Mitosis |
| Bi-5 |
Meiosis |
| PS-1 |
Cathode and Anode Rays |
| PS-2 |
Discharge Phenomena |
| PS-3 |
Laser Principles and Properties |
| PS-4 |
Nuclear Fusion & Fission |
| Ps-5 |
Nuclear Reactor |
| PS-6 |
Periodic Table of Elements - Long Form {Details of each element in s,p,d,f, blocks like atomic number, weight, density, M.P. B.P, Radius etc., are well depicted) |
| PS-7 |
Radioactivity - Alpha, Beta, Gamma Rays |
| PS-8 |
Preparation & Properties of Oxygen gas in lab |
| PS-9 |
Preparation & Properties of Hydrogen gas in lab |
| P-1 |
Logic Gates & DeMorghans Theorems |
| P-2 |
Dispersion- Colour Objects |
| P-31 |
Magnetism: Type of magets & its properties and magentic lines of forces |
| P-3 |
Electromagnetism |
| P-4 |
Electric Motor |
| P-5 |
Electro Magnetic Induction |
| P-6 |
Electro Magnetic Spectrum |
| P-7 |
Generators (Dynamo) |
| P-8 |
Newtons Law of Motion |
| P-9 |
Ohms Law |
| P-10 |
Reflection of Light- Mirrors |
| P-11 |
Refraction of Light- Lenses |
| P-12 |
Semiconductors |
| P-13 |
Transistors |
| P-14 |
Transformer |
| P-15 |
Cathode Ray Oscilloscope |
| P-16 |
X-Ray & Applications |
| P-17 |
Thermo Electric Effect |
| P-18 |
Light- Polarisation |
| P-19 |
Velocity of Light |
| P-20 |
Liquification of Hydrogen |
| P-21 |
Liquificaton of Air |
| P-22 |
Optical Instruments (Microscope: Simple & Compound) |
| P-23 |
Telescope |
| P-24 |
Production & Propogation of Sound Echo |
| P-25 |
Primary Electric Cells {Voltaic, Lechlanche , Dry & Dichromate Cell} |
| P-26 |
Electric Circuits |
| P-27 |
Effects of Electric Current |
| P-28 |
Renewable & Non Renewable Energy Sources |
| P-29 |
Variation of Atmosphere |
| P-30 |
K.E, P.E. Interconversion |
| P-31 |
Vernier Caliper, Screw Gauge & Spherometer |
| PS-6 |
Periodic Table of Elements Long Form |
| C-1 |
Allotropes of Carbon |
| C-30 |
Structure of Atom |
| C-2 |
Bohrs Atomic Model |
| C-3 |
Chemical Bond |
| C-4 |
Extraction of Iron: Types of Furnace |
| C-5 |
Extraction of Magnesium |
| C-6 |
Sodium Extraction (Downs Process) |
| C-7 |
Fractional Distillation of Petroleum |
| C-8 |
Hybridization |
| C-9 |
Manufacture of Alcohol |
| C-10 |
Aluminum Extraction |
| C-11 |
Ammonia Manufacture (Habers Process) |
| C-12 |
Manufacture of Portland Cement |
| C-13 |
Manufacture of Sugar from Sugarcane |
| C-14 |
Manufacture of Sodium Hydroxide & Chlorine (Nelson Process) |
| C-15 |
Nitric Acid Manufacture (Ostwald Process) |
| C-16 |
Manufacture of Sulphuric Acid & Extraction of Sulphur |
| C-17 |
Organic Chemistry-I {Isomerism, Functional Groups, Nomenclature) |
| C-18 |
Organic Chemistry-II {Alkanes, Alkenes, Alkynes & Benzene} |
| C-19 |
Bleaching Powder Manufacture {Bachmanns Plant} |
| C-20 |
Methane Preparation & Properties |
| C-21 |
Ethylene Preparation & Properties |
| C-22 |
Acetylene Preparation & Properties |
| C-23 |
Solid State |
| C-24 |
Shapes of Molecules |
| C-25 |
S.P.D Orbitals |
| C-26 |
Conformation of Ethane & Cyclohexane |
| C-27 |
Optical & Geometric Isomerism (Organic) |
| C-28 |
Optical & Geometric Isomerism (Inorganic) |
| C-29 |
Structure of Silicates |
| P-21 |
Liquificaton of Air |
| Bi-6 |
DNA Double Helix |
| Bi-16 |
Types of RNA |
| Bi-3 |
Chromosome Structure and Kinds |
| Bi-4 |
Mitosis |
| Bi-5 |
Meiosis |
| Bi-14 |
Genetic Code |
| Bi-13 |
Central Dogma |
| GT-1 |
Chromosomal Aberrations {Depicts the changes in the structure and number of chromosome which cause mutations} |
| GT-2 |
Human Chromosomes & Giant Chromosomes {Types & Strcutures} |
| GT-3 |
Crossing Over in Drosophila & Types |
| GT-4 |
Cytoplasmic Inheritance {Presents the Cytoplasmic exchange between killer and sensitive Paramecia} |
| GT-5 |
Dihybrid Cross (Depicts the complete dominance in F1 generation with Phenotypic and Genotypic ratios in F2 generation) |
| GT-6 |
Linkage {Shows the results of two dihybrid crosses conducted by Morglan in Drosophila} |
| GT-7 |
Monohybrid Cross (Complete Dominance) |
| GT-8 |
Monohybrid Cross (InComplete Dominance) |
| GT-9 |
Monohybrid Cross (10+2 Level) Ex: Stem Height |
| GT-10 |
Mendelism-I {Covers the seven pairs of Contrasting Traits in pea plants studied by Mendel} |
| GT-11 |
Mendelism-II {Covers the topic of Test cross and Back cross by taking flower colour as an example} |
| GT-12 |
Mendilism-III {Law of Independent Assortment and Law of Segregation} |
| GT-13 |
Pedigree Analysis {Illustrates pedigree involving phenotype controlled by a recessive allele and a dominant allele and symbols used in Human Pedigree Analysis} |
| GT-14 |
Sex Linked Inheritance (Hemophilia) {Depicts the Inheritance of Hemophilic in two cases (a) between Father without Hemophilia & Mother carrier (b) between Father with Hemophilia & Mother who is not a carrier} |
| GT-15 |
Syndromes {Illustrates the types of Syndromes & its Chromosomes} |
| GT-16 |
Sex Linked Inheritence (Color Blindness) |
| GT-17 |
Pedigree Analysis of Human Traits {Widows Peak, Hair Line, Thumb, Dimple, Earlobe, Little Finger, Rolling Tongue} |
| GT-18 |
Epistatis |
| GT-20 |
Gene Therapy (Exvio & Invio GeneTheraphy and Viral & Nonviral methods used for Gene Therapy} |
| GT-21 |
Molecular Mechanism of Recombination |
| MB-1 |
Bacteria Fine Structure-I {Presents the detail structure of Capsule, Mesosome and differentiates the gram +ve and gram -ve of Cell Wall} |
| MB-2 |
Bacteria Fine Structure-II {Presents the detail structure of Flagella, Nucleus, Ribosome and Polysome} |
| MB-3 |
Bacteria Sporulation {Sprorulation Cycle- Process of Endospore formation and its Strcuture} |
| MB-4 |
Bacteria Germination & Cell Division {Process of germination and formation of two haploid cells by cell division} |
| MB-5 |
Bacterial Plasmids & Transposons {{Shows the Bacterium, forms of Plasmids and its types, Transposon- formation of Lollipop, stem and loop structure} |
| MB-6 |
Types of Bacteria {Shows the different types of bacteria based on shapes and its examples} |
| MB-7 |
Types of Viruses {Shows the three types of Vruses- Animal, Plant and Bacteriophage} |
| MB-8 |
Cultivation of Viruses {Embryonated Egg, Animal Innoculation, Cell Culture and its Types} |
| MB-9 |
T4 - Lytic & Lysogenic Cycle {Depicts the Lytic and Lysogenic cycle in T4 bacteriophage} |
| MB-10 |
Pathogenic Protozoa-I {Structural details of Entamoeba Histolytica, Balantidium and Plasmodium} |
| MB-11 |
Pathogenic Protozoa-II {Structural details of Trypanosoma, Giardialamblia, Leishmania} |
| MB-12 |
HIV - Human Immuno Deficiencey Virus {Structure and Life Cycle} |
| MB-13 |
Prokaryotic & Eukaryotic Cells {Ultra Structure of Prokaryotic and Eukaryotic cells and their comparision} |
| MB-14 |
DNA Replication in Bacteria {Shows the origin of replication, enzymes involved in replication, mechanism of DNA replication, modes of replication} |
| MB-15 |
DNA Repair System {Shows the different steps of DNA damage and repair mechanism} |
| MB-16 |
DNA Viral Replication {Represents the viral replication in dsDNA, Retroviruses, ssRNA+ and ssRNA-} |
| MB-17 |
DNA Genetic Material {Depicts the experimental proof for DNA by Hershey-Chase Experiment and Messelson-Stahls Experiment} |
| MB-18 |
Gene Regulation-I {LAC Operon} {Depicts Genetic map of E-Coli, Lac Operon concept and the mechanism of Lac Operon in absence and presence of an inducer} |
| MB-19 |
Gene Regulation-II {Tryptophan Operon} {Depicts genetic map of Tryptophan Operon concept and the mechanism of Tryptophan Operon in absence and presence of an inducer} |
| MB-20 |
Gene Regulation-III {ARABINOSE Operon} {Depicts the components of Arabinose Operon, protein binding sites in regulatory, region and its repressed and induced state} |
| MB-21 |
Gene Transfer Conjugation {Lederberg & Tatums Experiment, Bernard Davis Experiment, steps in F Plasmid Transfer Conjugation between Hfr & F- Cell} |
| MB-22 |
Gene Transfer Transformation {It shows Griffiths Experiment, steps in transformation and mechanism} |
| MB-23 |
Gene Transfer Transduction {Shows Zinder & Lederberg Experiment, Geralised Transduction by bacteriophage and specialized transduction by temperate bacteriophage} |
| MB-24 |
Protein Synthesis {Shows the Central Dogma, Structure of RNA Polymerase and Process of Protein Synthesis (Transcription and Translation) |
| MB-25 |
Protein Synthesis-Translation {Illustrates the translation in both Prokaryotes and Eukaryotes} |
| MB-26 |
Protein Synthesis-Transcription {Illustrates the transcription in both Prokaryotes & Eukaryotes} |
| MB-27 |
Pure Culture Techniques-I {Isolation of micro organisms by Pour Plate and Streak Plate Method} |
| MB-28 |
Pure Culture Techniques-II {Isolation of micro organisms by Serial Dilution Method and Spread Plate Method} |
| MB-29 |
Control of Micro Organisms {Represents the Physical, Chemical and Mechanical methods of sterilization for the control of microbial growth and equipments} |
| MB-30 |
Light Microscope & Its Types {Depicts principle of Light Microscope and its types- Bright field, Dark field, Flouroscence and Phase contrast Microscopes} |
| MB-31 |
Electron Microscope & Its Types {Illustrates the working principle of Electron Microscope and its types- Scanning and Transmission Electroscope} |
| MB-32 |
Waste Water Treatment {Schematic representation of purification of waste water to produce pure potable drinking water} |
| MB-33 |
Sewage Treatment (Schematiuc Represenatation of Sewage tretament in two stages - Primary and Secondary treatment} |
| MB-34 |
Bacteria Motility Test {Shows parts of flagella and hanging drop technique procedure} |
| MB-35 |
Mucor Life Cycle {Structure and Life Cycle- Sexual & Asexual) |
| MB-36 |
Multiple Tube Fermentation Test (Diagrammatic represenatation of complete procedure} |
| MB-37 |
Winogradsky Column {Diagram and Organisms present in the Winogradsky Column} |
| MB-38 |
Acid Fast Staining {Ziehl-Neelsen Acid-Fast Stating Procedure} |
| MB-39 |
Grams Staining {Diagrammatic represenatation of GS Procedure} |
| MB-40 |
Capsule Staining {Structure of Capsule and diagrammatic represenatation of Capsule Staining Procedure} |
| MB-41 |
Spore Staining {Diagrammatic represenatation of Spore Staining Procedure} |
| MB-42 |
Negative Staining {Diagrammatic represenatation of Negetive Staining Procedure} |
| MB-43 |
Whittackers Classification {Five Kingdom System by R.H, Whittaker and their types of nutrition with examples} |
| MB-44 |
Agaricus Life Cycle {Mushroom} |
| MB-45 |
Aspergillus Life Cycle {Structure and Life Cycle - Sexual & Asexual} |
| MB-46 |
Cultural Characteristics-I (Forms, Margins and Elevation of Colonies} |
| MB-47 |
Cultural Characteristics-II {Growth patterns on Slants & Broths, and forms of growth in Nutrient Geletin Stabs} |
| MB-48 |
Penicillium Life Cycle {Structure and Stages of Life Cycle - Asexual-Conidial Stage and Sexual-Ascigerrous stage} |
| BC-1 |
Protein Structure {Illustrates the formation of Peptide bond, primary, secondary, tertiary and quaternary structures of protein, with alpha Helix & beta anti parallel pleated sheet} |
| BC-2 |
Classifications of Proteins with examples and structures |
| BC-3 |
Amino Acid Structure-I {Represents the Structure of 10 Aminoacids} |
| BC-4 |
Amino Acid Structure-II {Represents the Structure of 10 Aminoacids} |
| BC-5 |
Classification of Amino Acid {Represents the various classification based on polarity, reaction in solutions, Amino & carboxyl groups, structure of side chains & Biological importance} |
| BC-6 |
Carbohydrates Structure & Classification {Represents the basic structure of carbohydrates & its classification with examples} |
| BC-7 |
Lipids Structure & Classification |
| BC-8 |
Enzymes Classification & Kinetics {Shows the classification, Enzyme action & inhibition} |
| BC-9 |
Chromatography-I {AB-Affinity, Thin layer, Circular, Molecular sieve, Paper and Gas Chromotography} |
| BC-10 |
Chromatography-II {Gel filteration, Ion Exchange, Hydrophobic Interaction chromatography technique with procedure} |
| BC-11 |
HPLC {Depicts the process in a diagrammatic representation} |
| BC-12 |
Electrophoresis Procedure {Explains the complete process of eletrophoresis with diagrammatic represenatation} |
| BC-13 |
Electrophoresis-I {Polyacrylamide, Discontinuous (Disc), Moving Boundry Electrophoresis) |
| BC-14 |
Electrophoresis-II {Paper & High Voltage Electrophoresis, Iso Electric Focusing} |
| BC-15 |
Prophyrins {Depicts the porphyrin nucleus & shows the structure of metalloporphyrins and its examples Vitamin B12, Chlorophylla and HEME} |
| BC-16 |
Urea Cycle {Shows biosynthesis of Urea from carbamoyl phosphate} |
| BC-17 |
Nucleotide & Biosynthesis-I {Shows the structure of Purines with their biosynthesis) |
| BC-18 |
Nucleotide & Biosynthesis-II {Shows the structure Pyrimidines with their biosynthesis} |
| BC-19 |
An Over View of Amino Acid Biosynthesis {Represents the biosynthesis of 20 amino acids from Glucose & its various products} |
| BC-20 |
Biosynthesis of Alanine, Asparagine, Glutamine {Represents the biosynthesis of Alianine & Glutamine from pyruvate & Asparagine from oxaloacetoacetate} |
| BC-21 |
Biosynthesis of Serine, Glycine, Cysteine from three phosphoglycerate |
| BC-22 |
Biosynthesis of Histidine from 5-Phosphoribosyl-a-pyrophosphate (PRPP} |
| BC-23 |
Biosynthesis of Aromatic Amino Acids from Chorismate |
| BC-24 |
Biosynthesis of Proline & Arginine from Glutamate |
| BC-25 |
Biosynthesis of Lysine & Methionine from Aspartate |
| BC-26 |
Biosynthesis of Isoleucine Valine & Leucine from Pyruvate |
| BC-27 |
Biosynthesis of Glutamate, Aspartate & Threonine from Oxaloacetic acid |
| BT-1 |
Action of Restriction of Enzyme {Shows both the cleavage styles & their examples with the plane of cutting} |
| BT-2 |
Bio-Reactors-I {Designs of Stirred-Tanks, Sparged Stirred Tank, Membrane cycle, Packed Bed, Tower, Cyclone column and A hollow fibre bioreactor} |
| BT-3 |
Bio-Reactors-II {Design of Cylindro-conical Bioreactor & V-fermenter for production of plant metabolites and vessels used for animal cell cultures} |
| BT-4 |
Bio Gas Plant {Designs of horizontal & vertical, fixed dome type biogas plant and anerobic fixed bed reactor system} |
| BT-5 |
DNA Synthesis-I {Illustrates the synthesis of complementary DNA by reverse transcription} |
| BT-6 |
DNA Synthesis-II {Illustrates the gene machine apparatus and parts of a gene machine in schematic representation} |
| BT-7 |
DNA Synthesis-III {Phosphoramidite method of DNA synthesis, Assembling the Duplex DNA, Enzymatic synthesis of DNA} |
| BT-8 |
DNA Finger Printing {Shows the variable number of tandem repeats on chromosomes of Individuals `A, `B and comparision of bands with DNA from crime scene `C} |
| BT-9 |
DNA Finger Printing {Explain the complete process of the technique with two examples, Case of rape victim and Case of paternal testing} |
| BT-10 |
Gene Transfer Techniques-I (Covers the transformation, micro injection, transduction techniques} |
| BT-11 |
Gene Transfer Techniques-II {Covers the micro projectile bombardment techniques, transfection, and electoporation techniques} |
| BT-12 |
Gene Transfer Techniques-III {Covers the magnetofection, Liposome mediated Gene transfer, Agro bacterium mediated gene transfer techniques} |
| BT-13 |
Gene Cloning {Process of gene cloning in bactetia - Recombinant DNA) |
| BT-14 |
Gene Library {Illustrates the construction of complementary DNA library which is also called as gene bank} |
| BT-15 |
Hybridoma Technology |
| BT-16 |
Insulin Production {Covers the synthesis insulin of via chemically synthesized gene cloning and in human cells} |
| BT-17 |
Immobilization of Enzymes {Covers the techniques of Immobilization, absorption, non–covalent entrapment, covalent binding, entrapment with covalent binding, Membrane Confinement, Cross linking & Liposomal entrapment) |
| BT-18 |
Northern Hybridization |
| BT-19 |
Southern Hybridization |
| BT-20 |
Western Hybridization |
| BT-21 |
Pencilllin Production {Shows the schematic representation of penicillin production and includes the types of penicillin structure of penicillin} |
| BT-22 |
Polymerase Chain REaction (PCR) {Illustrates the process of PCR with the PCR apparatus} |
| BT-23 |
Sheep Cloning |
| BT-24 |
Single Cell Protein (SCP) {Schematic representation of SCP commercial production from Hydrocarbons and some micro organisms used as SCP} |
| BT-25 |
Transgenic Animals {Ex: Cow} |
| BT-26 |
Transgenic Plants |
| BT-27 |
Vectors-I {Structure of Plasmid & Cosmid and types of vectors- Plant & Shuttle} |
| BT-28 |
Vectors-II {Animal & Artificial - Yeast and Bacteria} |
| BT-29 |
Vectors-III (Structure of l Phase, Expression and Phasmid l ZAP Vectors and Transposons} |
| BT-30 |
Embryonic Stem Cell Technology {Depicts the making of transgenic mice using engineered embryonic stem cells} |
| BT-31 |
Applications of Genetic Engineering |
| IM-1 |
Antigen Antibody Reaction-I Illustrates the precipitation reaction and its mechanism & Immuno electrophoresis. |
| IM-2 |
Antigen Antibody Reactions-II Illustrates the Agglutination reaction, Haemagglutination and direct & indirect coombs/antiglobulin test} |
| IM-3 |
Antigen Antibody Reactions-III {Shows Opsonisation, Neutralization, radio immuno assay & Immuno Fluorescence techniques} |
| IM-4 |
Blood Cell Maturation {Shows the formation of different types of blood cells} |
| IM-5 |
Complement System {Shows classical. lectin and alternative pathway} |
| IM-6 |
Cells of Immune System {Depicts the types of lineage and progenitors & formation of different cells of immune system} |
| IM-7 |
Cell Surface Receptors {Shows three classes of CSR - 1.Ion-Channel, 2.G-Protein and 3.Enzyme Receptors} |
| IM-8 |
ELISA (Enzyme Linked Immuno Sorbent Assay) Shows the process of ELISA both direct antigen coating (DA) & Double antibody Sandwich (DAs) |
| IM-9 |
Hpersensitivity-I & II {Depicts the TypeI- Anaphylactic and Type II- Cytotoxic reaction} |
| IM-10 |
Hypersensitivity-III & IV Depicts the Type III- Immune complex mediated hypersensitivity and Type IV -Cell mediated delayed hypersensitivity) |
| IM-11 |
Hypersensitivity-V {Depicts the Type V- Stimulatory hypersensitivity (Thyrotoxicosis or Graves’s disease) |
| IM-12 |
Immunoglobulin (Shows the 3D and Primary structure and types of Monomer lgG. lgD, lgE, Diamer secretory lgA and Pentamer lgM} |
| IM-13 |
Interferon Production {Shows the production of three types of interferon’s with structure- IFN a.b,g of Interferon} |
| IM-14 |
Lymphocyte Immune Defence {Represents the T Cell & B Cell immune defence} |
| IM-15 |
Lymphocyte Activation {Represents the activation of T & B lymphocyte} |
| IM-16 |
MHC- Major Histo Compatability {Represents the structure of two classes of MHC & its pathway both exogenous & endogenous} |
| IM-17 |
Primary Lymphoid Organs {Shows different types of primary lymphoid organs - Thymus (TS & Tissue), Bone marrrow and Bursa of fabricius |
| IM-18 |
Secondary Lymphoid Organs {Presents the structure of Lymph node, Spleen, Mucosa associated lymphoid tissue} |
| IM-19 |
Polyclonal Antibodies {Shows the structure and polyclonal antibodies} |
| IM-20 |
Cell Cycle & Regulation (Shows the cell cycle and regulation} |
| PH-1 |
Anise Fruit |
| PH-2 |
Aloes (Aloevera) |
| PH-3 |
Ashwagandha |
| PH-4 |
Belladonna |
| PH-5 |
Clove Bud |
| PH-6 |
Coriander Fruit |
| PH-7 |
Cascara Bark |
| PH-8 |
Cordamom Fruit |
| PH-9 |
Cinnamon Bark |
| PH-10 |
Digitallis Leaf |
| PH-11 |
Datura Leaf |
| PH-12 |
Ephedra Stem |
| PH-13 |
Fennel Fruit |
| PH-14 |
Ginger Rhizome |
| PH-15 |
Ipecacuanha Root |
| PH-16 |
Kurchi Bark |
| PH-17 |
Liquorice Root |
| PH-18 |
Nuxvomica Seed |
| PH-19 |
Quantitative Pharmacognosy-I |
| PH-20 |
Quantitative Pharmacognosy-II (Determination of Vein Islet Number and Palsade ration} |
| PH-21 |
Rauwolfia Root |
| PH-22 |
Squill |
| PH-23 |
Senna Leaf |
| PH-24 |
Turmeric |
| PH-25 |
Typical Examples of Epidermis Showing Stomata,Trichromes & Epidermal Cells |
| PH-26 |
Vasaka Leaf |
| P-22 |
Optical Instruments (Microscope: Simple & Compound) |
| MB-30 |
Light Microscope & Its Types {Depicts principle of Light Microscope and its types- Bright field, Dark field, Flouroscence and Phase contrast Microscopes} |
| MB-31 |
Electron Microscope & Its Types {Illustrates the working principle of Electron Microscope and its types- Scanning and Transmission Electroscope} |
| MB-29 |
Control of Micro Organisms {Represents the Physical, Chemical and Mechanical methods of sterilization for the control of microbial growth and equipments} |
| MB-38 |
Acid Fast Staining {Ziehl-Neelsen Acid-Fast Stating Procedure} |
| MB-39 |
Grams Staining {Diagrammatic represenatation of GS Procedure} |
| MB-40 |
Capsule Staining {Structure of Capsule and diagrammatic represenatation of Capsule Staining Procedure} |
| MB-41 |
Spore Staining {Diagrammatic represenatation of Spore Staining Procedure} |
| MB-42 |
Negative Staining {Diagrammatic represenatation of Negetive Staining Procedure} |
| MB-34 |
Bacteria Motility Test {Shows parts of flagella and hanging Drop Technique procedure} |
| MB-36 |
Multiple Tube Fermentation Test (Diagrammatic represenatation of complete procedure} |
| MB-27 |
Pure Culture Techniques-I {Isolation of micro organisms by Pour Plate and Streak Plate Method} |
| MB-28 |
Pure Culture Techniques-II {Isolation of micro organisms by Serial Dilution Method and Spread Plate Method} |
| MB-46 |
Cultural Characteristics-I (Forms, Margins and Elevation of Colonies} |
| MB-47 |
Cultural Characteristics-II {Growth patterns on Slants & Broths, and forms of growth in Nutrient Geletin Stabs} |
| BC-12 |
Electrophoresis Procedure {Explains the complete process of eletrophoresis with diagrammatic represenatation} |
| BC-13 |
Electrophoresis-I {Polyacrylamide, Discontinuous (Disc), Moving Boundry Electrophoresis) |
| BC-14 |
Electrophoresis-II {Paper & High Voltage Electrophoresis, Iso Electric Focusing} |
| BC-9 |
Chromatography-I {AB-Affinity, Thin layer, Circular, Molecular sieve, Paper and Gas Chromotography} |
| BC-10 |
Chromatography-II {Gel filteration, Ion Exchange, Hydrophobic Interaction chromatography technique with procedure} |
| MB-35 |
Mucor Life Cycle |
| MB-44 |
Agaricus Life Cycle {Mushroom} |
| MB-45 |
Aspergillus Life Cycle {Structure and Life Cycle- Sexual & Asexual} |
| MB-48 |
Penicillium Life Cycle |
| MB-43 |
Whittackers Classification {Five Kingdom System by R.H, Whittaker and their types of nutrition with examples} |
| - |
Microbial Biotechnology |
| BT-24 |
Single Cell Protein {Schematic representation of SCP commercial production from Hydrocarbons and some micro organisms used as SCP} |
| MB-21 |
Gene Transfer Conjugation {Lederberg & Tatums Experiment, Bernard Davis Experiment, steps in F Plasmid Transfer Conjugation between Hfr & F- Cell} |
| MB-22 |
Gene Transfer Transformation {It shows Griffiths Experiment, steps in transformation and mechanism} |
| MB-23 |
Gene Transfer Transduction {Shows Zinder & Lederberg Experiment, Geralised Transduction by bacteriophage and specialized transduction by temperate bacteriophage} |
| - |
Immunology & Immuno Biotechnology |
| BT-18 |
Northern- Hybridization |
| BT-19 |
Southern- Hybridization |
| BT-20 |
Western- Hybridization |
| IM-1 |
Antigen Antibody Reaction-I Illustrates the precipitation reaction and its mechanism & Immuno electrophoresis. |
| IM-2 |
Antigen Antibody Reactions-II Illustrates the Agglutination reaction, Haemagglutination and direct & indirect coombs/antiglobulin test} |
| IM-3 |
Antigen Antibody Reactions-III {Shows Opsonisation, Neutralization, radio immuno assay & Immuno Fluorescence techniques} |
| IM-4 |
Blood Cell Maturation {Shows the formation of different types of blood cells} |
| IM-5 |
Complement System {Shows classical. lectin and alternative pathway} |
| IM-6 |
Cells of Immune System {Depicts the types of lineage and progenitors & formation of different cells of immune system} |
| IM-7 |
Cell Surface Receptors {Shows three classes of CSR - 1.Ion-Channel, 2.G-Protein and 3.Enzyme Receptors} |
| IM-8 |
ELISA (Enzyme Linked Immuno Sorbent Assay) Shows the process of ELISA both direct antigen coating (DA) & Double antibody Sandwich (DAs) |
| IM-9 |
Hpersensitivity-I & II {Depicts the TypeI- Anaphylactic and Type II- Cytotoxic reaction} |
| IM-10 |
Hypersensitivity-III & IV Depicts the Type III- Immune complex mediated hypersensitivity and Type IV -Cell mediated delayed hypersensitivity) |
| IM-11 |
Hypersensitivity-V {Depicts the Type V- Stimulatory hypersensitivity (Thyrotoxicosis or Graves’s disease) |
| IM-12 |
Immunoglobulin (Shows the 3D and Primary structure and types of Monomer lgG. lgD, lgE, Diamer secretory lgA and Pentamer lgM} |
| IM-13 |
Interferon Production {Shows the production of three types of interferon’s with structure- IFN a.b,g of Interferon} |
| IM-14 |
Lymphocyte Immune Defence {Represents the T Cell & B Cell immune defence} |
| IM-15 |
Lymphocyte Activation {Represents the activation of T & B lymphocyte} |
| IM-16 |
MHC- Major Histo Compatability {Represents the structure of two classes of MHC & its pathway both exogenous & endogenous} |
| IM-17 |
Primary Lymphoid Organs {Shows different types of primary lymphoid organs - Thymus (TS & Tissue), Bone marrrow and Bursa of fabricius |
| IM-18 |
Secondary Lymphoid Organs {Presents the structure of Lymph node, Spleen, Mucosa associated lymphoid tissue} |
| IM-19 |
Polyclonal Antibodies {Shows the structure and polyclonal antibodies} |
| IM-20 |
Cell Cycle & Regulation (Shows the cell cycle and regulation} |
| BT-15 |
Hybridoma Technology (monoclonal antibodies) |
| - |
Molcecular Biology & Genetic Engineering |
| Bi-6 |
DNA Double Helix |
| Bi-16 |
Types of RNA |
| MB-14 |
DNA Replication in Bacteria {Shows the origin of replication, enzymes involved in replication, mechanism of DNA replication, modes of replication} |
| MB-15 |
DNA Repair System {Shows the different steps of DNA damage and repair mechanism} |
| MB-16 |
DNA Viral Replication {Represents the viral replication in dsDNA, Retroviruses, ssRNA+ and ssRNA-} |
| MB-17 |
DNA Genetic Material {Depicts the experimental proof for DNA by Hershey-Chase Experiment and Messelson-Stahls Experiment} |
| MB-24 |
Protein Synthesis {Shows the Central Dogma, Structure of RNA Polymerase and Process of Protein Synthesis (Transcription and Translation) |
| MB-25 |
Protein Synthesis-Translation {Illustrates the translation in both Prokaryotes and Eukaryotes} |
| MB-26 |
Protein Synthesis-Transcription {Illustrates the transcription in both Prokaryotes & Eukaryotes} |
| BT-27 |
Vectors-I {Structure of Plasmid & Cosmid and types of vectors- Plant & Shuttle} |
| BT-28 |
Vectors-II {Animal & Artificial - Yeast and Bacteria} |
| BT-29 |
Vectors-III (Structure of l Phase, Expression and Phasmid l ZAP Vectors and Transposons} |
| BT-31 |
Applications of Genetic Engineering |
| - |
Bio Process Technology |
| BT-2 |
Bio-Reactors-I {Designs of Stirred-Tanks, Sparged Stirred Tank, Membrane cycle, Packed Bed, Tower, Cyclone column and A hollow fibre bioreactor} |
| BT-3 |
Bio-Reactors-II {Design of Cylindro-conical Bioreactor & V-fermenter for production of plant metabolites and vessels used for animal cell cultures} |
| BT-21 |
Pencilllin Production {Shows the schematic representation of penicillin production and includes the types of penicillin structure of penicillin} |
| - |
Enzyme Biotechnology |
| BC-8 |
Enzymes Classification & Kinetics {Shows the classification, Enzyme action & inhibition} |
| BT-17 |
Immobilization of Enzymes {Covers the techniques of Immobilization, absorption, non–covalent entrapment, covalent binding, entrapment with covalent binding, Membrane Confinement, Cross linking & Liposomal entrapment) |
| BT-25 |
Transgenic Animals {Ex: Cow} |
| BT-30 |
Embryonic Stem Cell Technology {Depicts the making of transgenic mice using engineered embryonic stem cells} |
| MB-10 |
Pathogenic Protozoa-I {Structural details of Entamoeba Histolytica, Balantidium and Plasmodium} |
| MB-11 |
Pathogenic Protozoa-II {Structural details of Trypanosoma, Giardialamblia, Leishmania} |
| Z-64 |
Ascaris lumbricoides {Roundworm} |
| Z-65 |
Ancylostoma duodenalu {Hookworm) |
| Z-66 |
Dracunculus medinensis (Guinea/Dragon/Serpent worm) |
| Z-67 |
Enterobius vermicularis (Thread/Pin/Seat Worm) |
| Z-68 |
Schistosoma haematobium |
| Z-69 |
Trichuris trichiura (Whipworm) |
| Z-70 |
Trichinella spiralis (Trichinaworm) |
| Z-71 |
Fasciolopsis buski (The large or joint intestinal fluke} |
| Z-72 |
Leishmania donovani |
| Z-73 |
Trypanosoma brucei gambiense |
| Z-1 |
Entamoeba histolytica |
| Z-2 |
Plasmodium Life Cycle in Human |
| Z-3 |
Plasmodium Life Cycle in Mosquito |
| Z-5 |
Taenia Solium Life Cycle |
| Z-6 |
Vuchareria Bancrofti Life Cycle |
| Z-49 |
Taenia Solium Structure |
| HA-1 |
Human Autonomic Nervous System |
| HA-2 |
Human Blood Groups |
| HA-3 |
Human Blood Circulation {Schematic representation of transport and exchange of Oxygen and Carbon dioxde and functioning of heart} |
| HA-4 |
Human Central & Peripheral Nervous System Spinal Cord and Brain |
| HA-5 |
Human Circulatory System Arterial & Venous |
| HA-6 |
Components of Human Blood |
| HA-7 |
Human Digestive System |
| HA-8 |
Human Ear |
| HA-9 |
Human Eye |
| HA-10 |
Human Endocrine Glands |
| HA-11 |
Human Excretory System |
| HA-12 |
Human Joints & Limbs |
| HA-13 |
Human Muscular System |
| HA-14 |
Neuron and Reflex Arc |
| HA-15 |
Human Reproductive System Male |
| HA-16 |
Human Reproductive System Female with menstrual cycle |
| HA-17 |
Human Respiratory System |
| HA-18 |
Human Skeleton |
| HA-19 |
Structure of Human Heart & Valves |
| HA-20 |
Structure of Human Skin |
| HA-21 |
Human Teeth and Tongue |
| HA-22 |
Vestigial Organs |
| HA-23 |
Homologus & Analogus Organs |
| HA-24 |
Human Embryo Development- I |
| HA-25 |
Human Embryo Development- II |
| HA-26 |
Human Lungs |
| HA-27 |
Human Kidney |
| HA-28 |
Human Lymphatic System |
| HA-29 |
Human Nose |
| HA-30 |
Human Morphology |
| Z-44 |
Animal Kingdom- Classification |
| Bi-7 |
Ultra Structure of Animal Cell |
| Bi-8 |
Ultra Structure of Plant Cell |
| Bi-2 |
Cell Organelles (Structure of Chloroplast, Mitochondria, Plasma Membrane, Nucleus, Endoplasmic Recticulum, Golgi Complex} |
| Bi-1 |
Bacteria: Ultra Structure and Kinds (micro-organism) |
| MB-6 |
Types of Bacteria |
| MB-7 |
Types of Viruses |
| Bi-9 |
Virus: Bacteriophage and Life Cycle |
| MB-13 |
Prokaryotic & Eukaryotic Cells {Ultra Structure of Prokaryotic and Eukaryotic cells and their comparision} |
| Bi-4 |
Mitosis |
| Bi-5 |
Meiosis |
| MB-12 |
HIV: Human Immuno Deficiency Virus {Structure and Life Cycle} |
| Bi-3 |
Chromosome Structure and Kinds |
| Bi-6 |
DNA Double Helix |
| Bi-16 |
Types of RNA |
| Bi-14 |
Genetic Code |
| Bi-13 |
Central Dogma |
| BT-13 |
Gene Cloning {Process of Gene Cloning in bacteria - Recombinant DNA) |
| BT-22 |
Polymerase Chain REaction (PCR) |
| GT-3 |
Crossing Over |
| GT-6 |
Linkage |
| Bi-19 |
Homologous and Analogous Organs {Plants} |
| HA-23 |
Homologus and Analogus Organs {Animals} |
| GT-13 |
Pedigree Analysis {Illustrates pedigree involving phenotype controlled by a recessive allele and a dominant allele and symbols used in human pedigree analysis) |
| GT-17 |
Pedigree Analysis of Human Traits {Widows Peak, Hair Line, Thumb, Dimple, Earlobe, Little Finger, Rolling Tongue} |
| GT-14 |
Sex Linked Inheritance (Hemophilia) |
| Bi-12 |
Balanced Diet |
| Bi-17 |
Vitamins & Rich Food in Vitamins & its Deficiency |
| Bi-15 |
Marasms and Kwashiorkor |
| Z-63 |
Harmful and Useful Insects |
| Z-18 |
Butterfly Life History & Mouth Parts |
| Z-19 |
Housefly Life History & Mouth Parts |
| Z-20 |
Mosquito Life History & Mouth Parts |
| Z-21 |
Silkworm Life History |
| Z-60 |
Frog Life Cycle |
| Z-2 |
Plasmodium Life Cycle in Human |
| Z-3 |
Plasmodium Life Cycle in Mosquito |
| Bi-21 |
Soil Erosion |
| Bi-10 |
Sexual Reproduction in Plants |
| Bi-24 |
Cross Pollination |
| Bi-25 |
Self Pollination and Fertlisation |
| Bi-11 |
Vegetative Propagation in Plants {Stem Cutting, Layering and Grafting} |
| Bi-20 |
Solar and Lunar Eclipse |
| Bi-18 |
Solar System |
| Bi-26 |
Hazards of Smoking |
| Bi-23 |
Aids The mode of HIV/AIDS tranmission, doesnt spread and prevention |
| EC-1 |
Biosphere |
| EC-2 |
Carbon Cycle |
| EC-3 |
Nitrogen Cycle |
| EC-4 |
Oxygen Cycle |
| EC-5 |
Water Cycle |
| EC-6 |
Food Web |
| EC-7 |
Food Chain: Terrestrial and Aquatic |
| EC-8 |
Food Chain: Aquatic |
| EC-9 |
Food Chain: Grass Land |
| EC-10 |
Pond Eco System |
| EC-11 |
Sulphur Cycle |
| EC-12 |
Phosphorus Cycle |
| EC-13 |
Environmental Pollution |
| EC-14 |
Sound Pollution |
| EC-15 |
Air Pollution |
| EC-16 |
Water Pollution |
| EC-17 |
Food Pyramids |
| - |
ALGAE |
| B-18 |
Plant Kingdom Classification |
| MB-43 |
Whittackers Classification {Five Kingdom System by R.H, Whittaker and their types of nutrition with examples} |
| B-66 |
Thallus Organisation of Algae |
| B-1 |
Spirogyra Life Cycle {Haplontic Life Cycle} |
| B-65 |
Ulothrix Life Cycle |
| B-70 |
Chlamydomons (Structure & Asexual Reproduction) {Haplontic Life Cycle} |
| B-71 |
Chlamydomonas Reproduction-I (Isogamous & Anisogamous Sexual Reproduction) |
| B-72 |
Chlamydomonas Reproduction-II (Oogamous Sexual Reproduction and Zygospore Germination) |
| B-73 |
Chara |
| B-74 |
Chara Reproduction |
| B-75 |
Volvox {Haplontic Life Cycle} |
| B-76 |
Oedogonium |
| B-77 |
Oedogonium Reproduction |
| B-64 |
Vaucheria Life Cycle |
| B-78 |
Ectocarpus |
| B-79 |
Ectocarpus Life Cycle {Haplo-Diplontic Life Cycle} |
| - |
FUNGI |
| B-2 |
Rhizopus Life Cycle |
| MB-35 |
Mucor Life Cycle |
| MB-45 |
Aspergillus Life Cycle {Structure and Life Cycle- Sexual & Asexual} |
| MB-48 |
Penicillium Life Cycle |
| MB-44 |
Agaricus Life Cycle {Mushroom} |
| - |
BRYOPHYTA |
| B-3 |
Funaria Life Cycle |
| B-59 |
Funeria Gametophore {T.S. Stem & Leaf} |
| - |
PTERIDOPHYTA |
| B-4 |
Pteris Life Cycle |
| - |
GYMNOSPERMS |
| B-5 |
Cycas Life Cycle |
| B-60 |
Cycas Corolloid Root & Stem |
| B-61 |
Cycas Leaflet & Rachis |
| - |
ANGIOSPERMS MORPHOLOGY |
| B-67 |
Life Cycle of An Angiosperm {Diplontic Life Cycle} |
| B-6 |
Root Modifications |
| B-7 |
Stem Modifications: Aerial |
| B-8 |
Stem Modification: Sub Aerial & Underground |
| B-9 |
Leaf Phyllotaxy and Heterophylly |
| B-21 |
Leaf: Types and Venation |
| B-11 |
Leaf Modifications |
| B-16 |
Inflorescence: Recemose |
| B-17 |
Inflorescence: Cymose & Special |
| B-12 |
Flower and Aestivation |
| B-13 |
Androecium and Gynoecium |
| B-14 |
Fruits Types (False & True Fruits) |
| B-15 |
Dry Fruits (Dehiscent & Indehiscent) |
| - |
EMBRYOLOGY |
| Bi-10 |
Sexual Reproduction in Plants {Parts of a Flower, Pollination and Fertlisation} |
| Bi-11 |
Vegetative Reproduction in Plants {Stem Cutting, Layering and Grafting} |
| B-19 |
Microsporangium & Male Gametophyte {Anther} |
| B-20 |
Microsporangium & Female Gametophyte {Ovule} |
| B-10 |
Types of Ovules & Fertilization |
| B-83 |
Seed Germination {Hypogeal & Epigeal} |
| - |
HISTOLOGY |
| B-86 |
Meristems |
| B-23 |
Parenchyma {Simple Tissue} |
| B-22 |
Collenchyma {Simple Tissue} |
| B-25 |
Sclerenchyma {Simple Tissue} |
| B-26 |
Xylem {Complex Tissue} |
| B-24 |
Phloem {Complex Tissue} |
| B-63 |
Special Tissues |
| B-87 |
Stomata: Structure and Classification |
| - |
ANATOMY |
| B-27 |
Dicot Root (Helianthus annuus) |
| B-28 |
Dicot Stem (Helianthus annuus) |
| B-29 |
Dorsi Ventral (Dicot) Leaf (Helianthus annuus) |
| B-30 |
Isobilateral (Monocot) Leaf (Zea mays) |
| B-31 |
Monocot Root (Zea mays) |
| B-32 |
Monocot Stem (Zea mays) |
| B-33 |
Secondary Growth of Dicot Stem |
| B-84 |
Secondary Growth of Dicot Root |
| - |
PHYSIOLOGY |
| B-35 |
Glycolysis (EMP Pathway) & Electron Transport System |
| B-37 |
Krebs Cycle (TCA/Citric Acid Cycle) |
| B-34 |
Calvin Cycle (C3 Dark Reaction) {Carbon dioxide fixation/carbon assimilation} |
| B-36 |
Hatch and Slack Pathway (C4 Dicarboxylic Acid Pathway) |
| B-38 |
Light Reaction (Cyclic & Non-Cyclic Photophosrylation) |
| B-68 |
Plasmolysis, Osmosis, Diffusion |
| B-82 |
Photorespiration (C2 Cycle) |
| B-85 |
Photosynthesis Experiment |
| - |
CYTOLOGY |
| Bi-3 |
Chromosome Structure and Kinds |
| Bi-4 |
Mitosis |
| Bi-5 |
Meiosis |
| Bi-6 |
DNA Double Helix |
| Bi-8 |
Ultra Structure of Plant Cell |
| - |
PLANT- HUMAN WELFARE |
| B-39 |
Tissue Culture |
| - |
TAXONOMY |
| B-53 |
Benthum & Hookers Classifications |
| B-40 |
Arecaceae (Cocos nucifera) |
| B-41 |
Asteraceae (Tridax procumbense) |
| B-42 |
Brassicaceae (Brassica compestris) |
| B-43 |
Euphorbiaceae (Ricinus communis) |
| B-44 |
Fabaceae (Tephrosia purpurea) |
| B-45 |
Fabaceae (Clitoria ternatea) |
| B-46 |
Fabaceae (Pisum sativam) |
| B-47 |
Liliaceae (Allium cepa) |
| B-48 |
Malvaceae (Hibiscus rosa- sinensis) |
| B-49 |
Poaceae (Triticum aesivium) |
| B-50 |
Rubiaceae (Ixora coccinea) |
| B-51 |
Solanaceae (Datura metal) |
| B-69 |
Solanaceae (Solanum nigrum) |
| B-80 |
Musacaee {Musa peradisiaca} |
| - |
PATHOLOGY |
| B-52 |
Blast of Paddy |
| B-54 |
Citrus Canker |
| B-55 |
Grain Smut of Sorghum |
| B-56 |
Red Rot of Sugarcane |
| - |
ECOLOGY |
| B-57 |
Hydrophytes Anatomical Features |
| B-58 |
Hydrophytes Morphological Features |
| B-62 |
Xerophytes Morphological Features |
| - |
PROTOZOA |
| Z-44 |
Animal Kingdom- Classification |
| Z-1 |
Entamoeba histolytica |
| Z-2 |
Plasmodium Life Cycle in Human |
| Z-3 |
Plasmodium Life Cycle in Mosquito |
| Z-4 |
Vorticella Conjugation |
| Z-45 |
Euglena {Structure, Reproduction and Euglenoid Movement} |
| Z-46 |
Paramecium {Structure, Binary Fission, Structure of Pellicle, Celium & its basal body} |
| Z-47 |
Amoeba Structure & Nutrition |
| Z-48 |
Amoeba Locomotion & Reproduction |
| MB-10 |
Pathogenic Protozoa-I {Structural details of Entamoeba Histolytica, Balantidium and Plasmodium} |
| MB-11 |
Pathogenic Protozoa-II {Structural details of Trypanosoma, Giardialamblia, Leishmania} |
| - |
CNIDARIA (COLENTERATA) |
| Z-62 |
Hydra {Structure, TS & LS, Cnidoblast & TS of Testis and Ovary} |
| - |
PORIFERA |
| Z-61 |
Canal System in Sponges |
| - |
PLATYHELMINTHES |
| Z-49 |
Taenia Solium Structure {Tape worm} |
| Z-5 |
Taenia Solium Life Cycle |
| Z-6 |
Vuchareria Bancrofti Life Cycle {Filarial Worm} |
| - |
ANNELIDA (Pheretima posthuma) |
| Z-10 |
Earthworm External Morphology |
| Z-11 |
Earthworm General Anatomy |
| Z-7 |
Earthworm Blood Vascular System |
| Z-8 |
Earthworm Digestive System |
| Z-9 |
Earthworm Excretory System |
| Z-12 |
Earthworm Nervous System |
| Z-13 |
Earthworm Reproductive System |
| - |
ARTHROPODA |
| Z-15 |
Cockroach External Features & Mouth Parts (Periplanata americana} |
| Z-14 |
Cockroach Digestive System |
| Z-16 |
Cockroach Nervous System |
| Z-17 |
Cockroach Respiratory System |
| Z-58 |
Cockroach Blood Circulatory System |
| Z-59 |
Cockroach Reproductive System |
| Z-18 |
Butterfly Life History & Mouth Parts (class insecta} |
| Z-19 |
Housefly Life History & Mouth Parts (class insecta} |
| Z-20 |
Mosquito Life History & Mouth Parts (class insecta} |
| Z-21 |
Silkworm Life History (class insecta} |
| Z-63 |
Harmful and Useful Insects |
| - |
ECHINODERMATA |
| Z-74 |
Asteria Water Vascular System |
| - |
CHORDATA |
| Z-40 |
Fish Gills and Scales |
| - |
CHORDATA - Amphibia |
| Z-53 |
Frog External Features & Superficial Skeletal Muscle |
| Z-41 |
Frog Urinogenital System Male |
| Z-42 |
Frog Urinogenital System Female |
| Z-50 |
Frog Digestive System |
| Z-51 |
Frog Respiratory System |
| Z-52 |
Frog Heart |
| Z-54 |
Frog Arterial System |
| Z-55 |
Frog Venous System |
| Z-56 |
Frog Nervous System |
| Z-57 |
Frog Brain |
| Z-60 |
Frog Life Cycle |
| Z-80 |
Frog Develoment - Early |
| - |
CHORDATA - Reptilia |
| Z-43 |
Snakes (Poisonous & Non Poisonous) |
| - |
CHORDATA - Aves |
| Z-38 |
Pigeon General Anatomy |
| Z-39 |
Pigeon Respiratory System |
| - |
CHORDATA - Mammalian |
| Z-30 |
Rabbit General Anatomy |
| Z-24 |
Rabbit Arterial System |
| Z-25 |
Rabbit Brain |
| Z-26 |
Rabbit Digestive System |
| Z-27 |
Rabbit Double Circulation of Blood |
| Z-28 |
Rabbit Endocrine System |
| Z-29 |
Rabbit Excretory System |
| Z-31 |
Rabbit Embryo Development |
| Z-32 |
Rabbit Heart |
| Z-33 |
Rabbit Nervous System |
| Z-34 |
Rabbit Respiratory System |
| Z-35 |
Rabbit Reproductive System Male |
| Z-36 |
Rabbit Reproductive System Female |
| Z-37 |
Rabbit Venous System |
| Z-77 |
Rabbit Skull |
| Z-78 |
Rabbit Girdles & Limbs |
| Z-79 |
Rabbit Vertebrae |
| - |
PARASITOLOGY - Life Cycles |
| Z-64 |
Ascaris lumbricoides {Roundworm} |
| Z-65 |
Ancylostoma duodenalu {Hookworm) |
| Z-66 |
Dracunculus medinensis (Guinea/Dragon/Serpent worm) |
| Z-67 |
Enterobius vermicularis (Thread/Pin/Seat Worm) |
| Z-68 |
Schistosoma haematobium |
| Z-69 |
Trichuris trichiura (Whipworm) |
| Z-70 |
Trichinella spiralis (Trichinaworm) |
| Z-71 |
Fasciolopsis buski (The large or joint intestinal fluke} |
| Z-72 |
Leishmania donovani |
| Z-73 |
Trypanosoma gambiense |
| MB-10 |
Pathogenic Protozoa-I {Structural details of Entamoeba Histolytica, Balantidium and Plasmodium} |
| MB-11 |
Pathogenic Protozoa-II {Structural details of Trypanosoma, Giardialamblia, Leishmania} |
| - |
HISTOLOGY |
| Z-22 |
Animal Tissue- I (Connective Tissue) |
| Z-23 |
Animal Tissue- II (Epithelial Tissue) |
| - |
CYTOLOGY |
| Bi-7 |
Ultra Structure of Animal Cell |
| Bi-4 |
Mitosis |
| Bi-5 |
Meiosis |
| PS-1 |
Cathode and Anode Rays |
| PS-2 |
Discharge Phenomena |
| PS-3 |
Laser Principles and Properties |
| PS-4 |
Nuclear Fusion & Fission |
| Ps-5 |
Nuclear Reactor |
| PS-6 |
Periodic Table of Elements - Long Form {Details of each element in s,p,d,f, blocks like atomic number, weight, density, M.P. B.P, Radius etc., are well depicted) |
| PS-7 |
Radioactivity - Alpha, Beta, Gamma Rays |
| PS-8 |
Preparation & Properties of Oxygen gas in lab |
| PS-9 |
Preparation & Properties of Hydrogen gas in lab |
| P-1 |
Logic Gates & DeMorghans Theorems |
| P-2 |
Dispersion- Colour Objects |
| P-31 |
Magnetism: Type of magets & its properties and magentic lines of forces |
| P-3 |
Electromagnetism |
| P-4 |
Electric Motor |
| P-5 |
Electro Magnetic Induction |
| P-6 |
Electro Magnetic Spectrum |
| P-7 |
Generators (Dynamo) |
| P-8 |
Newtons Law of Motion |
| P-9 |
Ohms Law |
| P-10 |
Reflection of Light- Mirrors |
| P-11 |
Refraction of Light- Lenses |
| P-12 |
Semiconductors |
| P-13 |
Transistors |
| P-14 |
Transformer |
| P-15 |
Cathode Ray Oscilloscope |
| P-16 |
X-Ray & Applications |
| P-17 |
Thermo Electric Effect |
| P-18 |
Light- Polarisation |
| P-19 |
Velocity of Light |
| P-20 |
Liquification of Hydrogen |
| P-21 |
Liquificaton of Air |
| P-22 |
Optical Instruments (Microscope: Simple & Compound) |
| P-23 |
Telescope |
| P-24 |
Production & Propogation of Sound Echo |
| P-25 |
Primary Electric Cells {Voltaic, Lechlanche , Dry & Dichromate Cell} |
| P-26 |
Electric Circuits |
| P-27 |
Effects of Electric Current |
| P-28 |
Renewable & Non Renewable Energy Sources |
| P-29 |
Variation of Atmosphere |
| P-30 |
K.E, P.E. Interconversion |
| P-31 |
Vernier Caliper, Screw Gauge & Spherometer |
| PS-6 |
Periodic Table of Elements Long Form |
| C-1 |
Allotropes of Carbon |
| C-30 |
Structure of Atom |
| C-2 |
Bohrs Atomic Model |
| C-3 |
Chemical Bond |
| C-4 |
Extraction of Iron: Types of Furnace |
| C-5 |
Extraction of Magnesium |
| C-6 |
Sodium Extraction (Downs Process) |
| C-7 |
Fractional Distillation of Petroleum |
| C-8 |
Hybridization |
| C-9 |
Manufacture of Alcohol |
| C-10 |
Aluminum Extraction |
| C-11 |
Ammonia Manufacture (Habers Process) |
| C-12 |
Manufacture of Portland Cement |
| C-13 |
Manufacture of Sugar from Sugarcane |
| C-14 |
Manufacture of Sodium Hydroxide & Chlorine (Nelson Process) |
| C-15 |
Nitric Acid Manufacture (Ostwald Process) |
| C-16 |
Manufacture of Sulphuric Acid & Extraction of Sulphur |
| C-17 |
Organic Chemistry-I {Isomerism, Functional Groups, Nomenclature) |
| C-18 |
Organic Chemistry-II {Alkanes, Alkenes, Alkynes & Benzene} |
| C-19 |
Bleaching Powder Manufacture {Bachmanns Plant} |
| C-20 |
Methane Preparation & Properties |
| C-21 |
Ethylene Preparation & Properties |
| C-22 |
Acetylene Preparation & Properties |
| C-23 |
Solid State |
| C-24 |
Shapes of Molecules |
| C-25 |
S.P.D Orbitals |
| C-26 |
Conformation of Ethane & Cyclohexane |
| C-27 |
Optical & Geometric Isomerism (Organic) |
| C-28 |
Optical & Geometric Isomerism (Inorganic) |
| C-29 |
Structure of Silicates |
| P-21 |
Liquificaton of Air |
| Bi-6 |
DNA Double Helix |
| Bi-16 |
Types of RNA |
| Bi-3 |
Chromosome Structure and Kinds |
| Bi-4 |
Mitosis |
| Bi-5 |
Meiosis |
| Bi-14 |
Genetic Code |
| Bi-13 |
Central Dogma |
| GT-1 |
Chromosomal Aberrations {Depicts the changes in the structure and number of chromosome which cause mutations} |
| GT-2 |
Human Chromosomes & Giant Chromosomes {Types & Strcutures} |
| GT-3 |
Crossing Over in Drosophila & Types |
| GT-4 |
Cytoplasmic Inheritance {Presents the Cytoplasmic exchange between killer and sensitive Paramecia} |
| GT-5 |
Dihybrid Cross (Depicts the complete dominance in F1 generation with Phenotypic and Genotypic ratios in F2 generation) |
| GT-6 |
Linkage {Shows the results of two dihybrid crosses conducted by Morglan in Drosophila} |
| GT-7 |
Monohybrid Cross (Complete Dominance) |
| GT-8 |
Monohybrid Cross (InComplete Dominance) |
| GT-9 |
Monohybrid Cross (10+2 Level) Ex: Stem Height |
| GT-10 |
Mendelism-I {Covers the seven pairs of Contrasting Traits in pea plants studied by Mendel} |
| GT-11 |
Mendelism-II {Covers the topic of Test cross and Back cross by taking flower colour as an example} |
| GT-12 |
Mendilism-III {Law of Independent Assortment and Law of Segregation} |
| GT-13 |
Pedigree Analysis {Illustrates pedigree involving phenotype controlled by a recessive allele and a dominant allele and symbols used in Human Pedigree Analysis} |
| GT-14 |
Sex Linked Inheritance (Hemophilia) {Depicts the Inheritance of Hemophilic in two cases (a) between Father without Hemophilia & Mother carrier (b) between Father with Hemophilia & Mother who is not a carrier} |
| GT-15 |
Syndromes {Illustrates the types of Syndromes & its Chromosomes} |
| GT-16 |
Sex Linked Inheritence (Color Blindness) |
| GT-17 |
Pedigree Analysis of Human Traits {Widows Peak, Hair Line, Thumb, Dimple, Earlobe, Little Finger, Rolling Tongue} |
| GT-18 |
Epistatis |
| GT-20 |
Gene Therapy (Exvio & Invio GeneTheraphy and Viral & Nonviral methods used for Gene Therapy} |
| GT-21 |
Molecular Mechanism of Recombination |
| MB-1 |
Bacteria Fine Structure-I {Presents the detail structure of Capsule, Mesosome and differentiates the gram +ve and gram -ve of Cell Wall} |
| MB-2 |
Bacteria Fine Structure-II {Presents the detail structure of Flagella, Nucleus, Ribosome and Polysome} |
| MB-3 |
Bacteria Sporulation {Sprorulation Cycle- Process of Endospore formation and its Strcuture} |
| MB-4 |
Bacteria Germination & Cell Division {Process of germination and formation of two haploid cells by cell division} |
| MB-5 |
Bacterial Plasmids & Transposons {{Shows the Bacterium, forms of Plasmids and its types, Transposon- formation of Lollipop, stem and loop structure} |
| MB-6 |
Types of Bacteria {Shows the different types of bacteria based on shapes and its examples} |
| MB-7 |
Types of Viruses {Shows the three types of Vruses- Animal, Plant and Bacteriophage} |
| MB-8 |
Cultivation of Viruses {Embryonated Egg, Animal Innoculation, Cell Culture and its Types} |
| MB-9 |
T4 - Lytic & Lysogenic Cycle {Depicts the Lytic and Lysogenic cycle in T4 bacteriophage} |
| MB-10 |
Pathogenic Protozoa-I {Structural details of Entamoeba Histolytica, Balantidium and Plasmodium} |
| MB-11 |
Pathogenic Protozoa-II {Structural details of Trypanosoma, Giardialamblia, Leishmania} |
| MB-12 |
HIV - Human Immuno Deficiencey Virus {Structure and Life Cycle} |
| MB-13 |
Prokaryotic & Eukaryotic Cells {Ultra Structure of Prokaryotic and Eukaryotic cells and their comparision} |
| MB-14 |
DNA Replication in Bacteria {Shows the origin of replication, enzymes involved in replication, mechanism of DNA replication, modes of replication} |
| MB-15 |
DNA Repair System {Shows the different steps of DNA damage and repair mechanism} |
| MB-16 |
DNA Viral Replication {Represents the viral replication in dsDNA, Retroviruses, ssRNA+ and ssRNA-} |
| MB-17 |
DNA Genetic Material {Depicts the experimental proof for DNA by Hershey-Chase Experiment and Messelson-Stahls Experiment} |
| MB-18 |
Gene Regulation-I {LAC Operon} {Depicts Genetic map of E-Coli, Lac Operon concept and the mechanism of Lac Operon in absence and presence of an inducer} |
| MB-19 |
Gene Regulation-II {Tryptophan Operon} {Depicts genetic map of Tryptophan Operon concept and the mechanism of Tryptophan Operon in absence and presence of an inducer} |
| MB-20 |
Gene Regulation-III {ARABINOSE Operon} {Depicts the components of Arabinose Operon, protein binding sites in regulatory, region and its repressed and induced state} |
| MB-21 |
Gene Transfer Conjugation {Lederberg & Tatums Experiment, Bernard Davis Experiment, steps in F Plasmid Transfer Conjugation between Hfr & F- Cell} |
| MB-22 |
Gene Transfer Transformation {It shows Griffiths Experiment, steps in transformation and mechanism} |
| MB-23 |
Gene Transfer Transduction {Shows Zinder & Lederberg Experiment, Geralised Transduction by bacteriophage and specialized transduction by temperate bacteriophage} |
| MB-24 |
Protein Synthesis {Shows the Central Dogma, Structure of RNA Polymerase and Process of Protein Synthesis (Transcription and Translation) |
| MB-25 |
Protein Synthesis-Translation {Illustrates the translation in both Prokaryotes and Eukaryotes} |
| MB-26 |
Protein Synthesis-Transcription {Illustrates the transcription in both Prokaryotes & Eukaryotes} |
| MB-27 |
Pure Culture Techniques-I {Isolation of micro organisms by Pour Plate and Streak Plate Method} |
| MB-28 |
Pure Culture Techniques-II {Isolation of micro organisms by Serial Dilution Method and Spread Plate Method} |
| MB-29 |
Control of Micro Organisms {Represents the Physical, Chemical and Mechanical methods of sterilization for the control of microbial growth and equipments} |
| MB-30 |
Light Microscope & Its Types {Depicts principle of Light Microscope and its types- Bright field, Dark field, Flouroscence and Phase contrast Microscopes} |
| MB-31 |
Electron Microscope & Its Types {Illustrates the working principle of Electron Microscope and its types- Scanning and Transmission Electroscope} |
| MB-32 |
Waste Water Treatment {Schematic representation of purification of waste water to produce pure potable drinking water} |
| MB-33 |
Sewage Treatment (Schematiuc Represenatation of Sewage tretament in two stages - Primary and Secondary treatment} |
| MB-34 |
Bacteria Motility Test {Shows parts of flagella and hanging drop technique procedure} |
| MB-35 |
Mucor Life Cycle {Structure and Life Cycle- Sexual & Asexual) |
| MB-36 |
Multiple Tube Fermentation Test (Diagrammatic represenatation of complete procedure} |
| MB-37 |
Winogradsky Column {Diagram and Organisms present in the Winogradsky Column} |
| MB-38 |
Acid Fast Staining {Ziehl-Neelsen Acid-Fast Stating Procedure} |
| MB-39 |
Grams Staining {Diagrammatic represenatation of GS Procedure} |
| MB-40 |
Capsule Staining {Structure of Capsule and diagrammatic represenatation of Capsule Staining Procedure} |
| MB-41 |
Spore Staining {Diagrammatic represenatation of Spore Staining Procedure} |
| MB-42 |
Negative Staining {Diagrammatic represenatation of Negetive Staining Procedure} |
| MB-43 |
Whittackers Classification {Five Kingdom System by R.H, Whittaker and their types of nutrition with examples} |
| MB-44 |
Agaricus Life Cycle {Mushroom} |
| MB-45 |
Aspergillus Life Cycle {Structure and Life Cycle - Sexual & Asexual} |
| MB-46 |
Cultural Characteristics-I (Forms, Margins and Elevation of Colonies} |
| MB-47 |
Cultural Characteristics-II {Growth patterns on Slants & Broths, and forms of growth in Nutrient Geletin Stabs} |
| MB-48 |
Penicillium Life Cycle {Structure and Stages of Life Cycle - Asexual-Conidial Stage and Sexual-Ascigerrous stage} |
| BC-1 |
Protein Structure {Illustrates the formation of Peptide bond, primary, secondary, tertiary and quaternary structures of protein, with alpha Helix & beta anti parallel pleated sheet} |
| BC-2 |
Classifications of Proteins with examples and structures |
| BC-3 |
Amino Acid Structure-I {Represents the Structure of 10 Aminoacids} |
| BC-4 |
Amino Acid Structure-II {Represents the Structure of 10 Aminoacids} |
| BC-5 |
Classification of Amino Acid {Represents the various classification based on polarity, reaction in solutions, Amino & carboxyl groups, structure of side chains & Biological importance} |
| BC-6 |
Carbohydrates Structure & Classification {Represents the basic structure of carbohydrates & its classification with examples} |
| BC-7 |
Lipids Structure & Classification |
| BC-8 |
Enzymes Classification & Kinetics {Shows the classification, Enzyme action & inhibition} |
| BC-9 |
Chromatography-I {AB-Affinity, Thin layer, Circular, Molecular sieve, Paper and Gas Chromotography} |
| BC-10 |
Chromatography-II {Gel filteration, Ion Exchange, Hydrophobic Interaction chromatography technique with procedure} |
| BC-11 |
HPLC {Depicts the process in a diagrammatic representation} |
| BC-12 |
Electrophoresis Procedure {Explains the complete process of eletrophoresis with diagrammatic represenatation} |
| BC-13 |
Electrophoresis-I {Polyacrylamide, Discontinuous (Disc), Moving Boundry Electrophoresis) |
| BC-14 |
Electrophoresis-II {Paper & High Voltage Electrophoresis, Iso Electric Focusing} |
| BC-15 |
Prophyrins {Depicts the porphyrin nucleus & shows the structure of metalloporphyrins and its examples Vitamin B12, Chlorophylla and HEME} |
| BC-16 |
Urea Cycle {Shows biosynthesis of Urea from carbamoyl phosphate} |
| BC-17 |
Nucleotide & Biosynthesis-I {Shows the structure of Purines with their biosynthesis) |
| BC-18 |
Nucleotide & Biosynthesis-II {Shows the structure Pyrimidines with their biosynthesis} |
| BC-19 |
An Over View of Amino Acid Biosynthesis {Represents the biosynthesis of 20 amino acids from Glucose & its various products} |
| BC-20 |
Biosynthesis of Alanine, Asparagine, Glutamine {Represents the biosynthesis of Alianine & Glutamine from pyruvate & Asparagine from oxaloacetoacetate} |
| BC-21 |
Biosynthesis of Serine, Glycine, Cysteine from three phosphoglycerate |
| BC-22 |
Biosynthesis of Histidine from 5-Phosphoribosyl-a-pyrophosphate (PRPP} |
| BC-23 |
Biosynthesis of Aromatic Amino Acids from Chorismate |
| BC-24 |
Biosynthesis of Proline & Arginine from Glutamate |
| BC-25 |
Biosynthesis of Lysine & Methionine from Aspartate |
| BC-26 |
Biosynthesis of Isoleucine Valine & Leucine from Pyruvate |
| BC-27 |
Biosynthesis of Glutamate, Aspartate & Threonine from Oxaloacetic acid |
| BT-1 |
Action of Restriction of Enzyme {Shows both the cleavage styles & their examples with the plane of cutting} |
| BT-2 |
Bio-Reactors-I {Designs of Stirred-Tanks, Sparged Stirred Tank, Membrane cycle, Packed Bed, Tower, Cyclone column and A hollow fibre bioreactor} |
| BT-3 |
Bio-Reactors-II {Design of Cylindro-conical Bioreactor & V-fermenter for production of plant metabolites and vessels used for animal cell cultures} |
| BT-4 |
Bio Gas Plant {Designs of horizontal & vertical, fixed dome type biogas plant and anerobic fixed bed reactor system} |
| BT-5 |
DNA Synthesis-I {Illustrates the synthesis of complementary DNA by reverse transcription} |
| BT-6 |
DNA Synthesis-II {Illustrates the gene machine apparatus and parts of a gene machine in schematic representation} |
| BT-7 |
DNA Synthesis-III {Phosphoramidite method of DNA synthesis, Assembling the Duplex DNA, Enzymatic synthesis of DNA} |
| BT-8 |
DNA Finger Printing {Shows the variable number of tandem repeats on chromosomes of Individuals `A, `B and comparision of bands with DNA from crime scene `C} |
| BT-9 |
DNA Finger Printing {Explain the complete process of the technique with two examples, Case of rape victim and Case of paternal testing} |
| BT-10 |
Gene Transfer Techniques-I (Covers the transformation, micro injection, transduction techniques} |
| BT-11 |
Gene Transfer Techniques-II {Covers the micro projectile bombardment techniques, transfection, and electoporation techniques} |
| BT-12 |
Gene Transfer Techniques-III {Covers the magnetofection, Liposome mediated Gene transfer, Agro bacterium mediated gene transfer techniques} |
| BT-13 |
Gene Cloning {Process of gene cloning in bactetia - Recombinant DNA) |
| BT-14 |
Gene Library {Illustrates the construction of complementary DNA library which is also called as gene bank} |
| BT-15 |
Hybridoma Technology |
| BT-16 |
Insulin Production {Covers the synthesis insulin of via chemically synthesized gene cloning and in human cells} |
| BT-17 |
Immobilization of Enzymes {Covers the techniques of Immobilization, absorption, non–covalent entrapment, covalent binding, entrapment with covalent binding, Membrane Confinement, Cross linking & Liposomal entrapment) |
| BT-18 |
Northern Hybridization |
| BT-19 |
Southern Hybridization |
| BT-20 |
Western Hybridization |
| BT-21 |
Pencilllin Production {Shows the schematic representation of penicillin production and includes the types of penicillin structure of penicillin} |
| BT-22 |
Polymerase Chain REaction (PCR) {Illustrates the process of PCR with the PCR apparatus} |
| BT-23 |
Sheep Cloning |
| BT-24 |
Single Cell Protein (SCP) {Schematic representation of SCP commercial production from Hydrocarbons and some micro organisms used as SCP} |
| BT-25 |
Transgenic Animals {Ex: Cow} |
| BT-26 |
Transgenic Plants |
| BT-27 |
Vectors-I {Structure of Plasmid & Cosmid and types of vectors- Plant & Shuttle} |
| BT-28 |
Vectors-II {Animal & Artificial - Yeast and Bacteria} |
| BT-29 |
Vectors-III (Structure of l Phase, Expression and Phasmid l ZAP Vectors and Transposons} |
| BT-30 |
Embryonic Stem Cell Technology {Depicts the making of transgenic mice using engineered embryonic stem cells} |
| BT-31 |
Applications of Genetic Engineering |
| IM-1 |
Antigen Antibody Reaction-I Illustrates the precipitation reaction and its mechanism & Immuno electrophoresis. |
| IM-2 |
Antigen Antibody Reactions-II Illustrates the Agglutination reaction, Haemagglutination and direct & indirect coombs/antiglobulin test} |
| IM-3 |
Antigen Antibody Reactions-III {Shows Opsonisation, Neutralization, radio immuno assay & Immuno Fluorescence techniques} |
| IM-4 |
Blood Cell Maturation {Shows the formation of different types of blood cells} |
| IM-5 |
Complement System {Shows classical. lectin and alternative pathway} |
| IM-6 |
Cells of Immune System {Depicts the types of lineage and progenitors & formation of different cells of immune system} |
| IM-7 |
Cell Surface Receptors {Shows three classes of CSR - 1.Ion-Channel, 2.G-Protein and 3.Enzyme Receptors} |
| IM-8 |
ELISA (Enzyme Linked Immuno Sorbent Assay) Shows the process of ELISA both direct antigen coating (DA) & Double antibody Sandwich (DAs) |
| IM-9 |
Hpersensitivity-I & II {Depicts the TypeI- Anaphylactic and Type II- Cytotoxic reaction} |
| IM-10 |
Hypersensitivity-III & IV Depicts the Type III- Immune complex mediated hypersensitivity and Type IV -Cell mediated delayed hypersensitivity) |
| IM-11 |
Hypersensitivity-V {Depicts the Type V- Stimulatory hypersensitivity (Thyrotoxicosis or Graves’s disease) |
| IM-12 |
Immunoglobulin (Shows the 3D and Primary structure and types of Monomer lgG. lgD, lgE, Diamer secretory lgA and Pentamer lgM} |
| IM-13 |
Interferon Production {Shows the production of three types of interferon’s with structure- IFN a.b,g of Interferon} |
| IM-14 |
Lymphocyte Immune Defence {Represents the T Cell & B Cell immune defence} |
| IM-15 |
Lymphocyte Activation {Represents the activation of T & B lymphocyte} |
| IM-16 |
MHC- Major Histo Compatability {Represents the structure of two classes of MHC & its pathway both exogenous & endogenous} |
| IM-17 |
Primary Lymphoid Organs {Shows different types of primary lymphoid organs - Thymus (TS & Tissue), Bone marrrow and Bursa of fabricius |
| IM-18 |
Secondary Lymphoid Organs {Presents the structure of Lymph node, Spleen, Mucosa associated lymphoid tissue} |
| IM-19 |
Polyclonal Antibodies {Shows the structure and polyclonal antibodies} |
| IM-20 |
Cell Cycle & Regulation (Shows the cell cycle and regulation} |
| PH-1 |
Anise Fruit |
| PH-2 |
Aloes (Aloevera) |
| PH-3 |
Ashwagandha |
| PH-4 |
Belladonna |
| PH-5 |
Clove Bud |
| PH-6 |
Coriander Fruit |
| PH-7 |
Cascara Bark |
| PH-8 |
Cordamom Fruit |
| PH-9 |
Cinnamon Bark |
| PH-10 |
Digitallis Leaf |
| PH-11 |
Datura Leaf |
| PH-12 |
Ephedra Stem |
| PH-13 |
Fennel Fruit |
| PH-14 |
Ginger Rhizome |
| PH-15 |
Ipecacuanha Root |
| PH-16 |
Kurchi Bark |
| PH-17 |
Liquorice Root |
| PH-18 |
Nuxvomica Seed |
| PH-19 |
Quantitative Pharmacognosy-I |
| PH-20 |
Quantitative Pharmacognosy-II (Determination of Vein Islet Number and Palsade ration} |
| PH-21 |
Rauwolfia Root |
| PH-22 |
Squill |
| PH-23 |
Senna Leaf |
| PH-24 |
Turmeric |
| PH-25 |
Typical Examples of Epidermis Showing Stomata,Trichromes & Epidermal Cells |
| PH-26 |
Vasaka Leaf |
| P-22 |
Optical Instruments (Microscope: Simple & Compound) |
| MB-30 |
Light Microscope & Its Types {Depicts principle of Light Microscope and its types- Bright field, Dark field, Flouroscence and Phase contrast Microscopes} |
| MB-31 |
Electron Microscope & Its Types {Illustrates the working principle of Electron Microscope and its types- Scanning and Transmission Electroscope} |
| MB-29 |
Control of Micro Organisms {Represents the Physical, Chemical and Mechanical methods of sterilization for the control of microbial growth and equipments} |
| MB-38 |
Acid Fast Staining {Ziehl-Neelsen Acid-Fast Stating Procedure} |
| MB-39 |
Grams Staining {Diagrammatic represenatation of GS Procedure} |
| MB-40 |
Capsule Staining {Structure of Capsule and diagrammatic represenatation of Capsule Staining Procedure} |
| MB-41 |
Spore Staining {Diagrammatic represenatation of Spore Staining Procedure} |
| MB-42 |
Negative Staining {Diagrammatic represenatation of Negetive Staining Procedure} |
| MB-34 |
Bacteria Motility Test {Shows parts of flagella and hanging Drop Technique procedure} |
| MB-36 |
Multiple Tube Fermentation Test (Diagrammatic represenatation of complete procedure} |
| MB-27 |
Pure Culture Techniques-I {Isolation of micro organisms by Pour Plate and Streak Plate Method} |
| MB-28 |
Pure Culture Techniques-II {Isolation of micro organisms by Serial Dilution Method and Spread Plate Method} |
| MB-46 |
Cultural Characteristics-I (Forms, Margins and Elevation of Colonies} |
| MB-47 |
Cultural Characteristics-II {Growth patterns on Slants & Broths, and forms of growth in Nutrient Geletin Stabs} |
| BC-12 |
Electrophoresis Procedure {Explains the complete process of eletrophoresis with diagrammatic represenatation} |
| BC-13 |
Electrophoresis-I {Polyacrylamide, Discontinuous (Disc), Moving Boundry Electrophoresis) |
| BC-14 |
Electrophoresis-II {Paper & High Voltage Electrophoresis, Iso Electric Focusing} |
| BC-9 |
Chromatography-I {AB-Affinity, Thin layer, Circular, Molecular sieve, Paper and Gas Chromotography} |
| BC-10 |
Chromatography-II {Gel filteration, Ion Exchange, Hydrophobic Interaction chromatography technique with procedure} |
| MB-35 |
Mucor Life Cycle |
| MB-44 |
Agaricus Life Cycle {Mushroom} |
| MB-45 |
Aspergillus Life Cycle {Structure and Life Cycle- Sexual & Asexual} |
| MB-48 |
Penicillium Life Cycle |
| MB-43 |
Whittackers Classification {Five Kingdom System by R.H, Whittaker and their types of nutrition with examples} |
| - |
Microbial Biotechnology |
| BT-24 |
Single Cell Protein {Schematic representation of SCP commercial production from Hydrocarbons and some micro organisms used as SCP} |
| MB-21 |
Gene Transfer Conjugation {Lederberg & Tatums Experiment, Bernard Davis Experiment, steps in F Plasmid Transfer Conjugation between Hfr & F- Cell} |
| MB-22 |
Gene Transfer Transformation {It shows Griffiths Experiment, steps in transformation and mechanism} |
| MB-23 |
Gene Transfer Transduction {Shows Zinder & Lederberg Experiment, Geralised Transduction by bacteriophage and specialized transduction by temperate bacteriophage} |
| - |
Immunology & Immuno Biotechnology |
| BT-18 |
Northern- Hybridization |
| BT-19 |
Southern- Hybridization |
| BT-20 |
Western- Hybridization |
| IM-1 |
Antigen Antibody Reaction-I Illustrates the precipitation reaction and its mechanism & Immuno electrophoresis. |
| IM-2 |
Antigen Antibody Reactions-II Illustrates the Agglutination reaction, Haemagglutination and direct & indirect coombs/antiglobulin test} |
| IM-3 |
Antigen Antibody Reactions-III {Shows Opsonisation, Neutralization, radio immuno assay & Immuno Fluorescence techniques} |
| IM-4 |
Blood Cell Maturation {Shows the formation of different types of blood cells} |
| IM-5 |
Complement System {Shows classical. lectin and alternative pathway} |
| IM-6 |
Cells of Immune System {Depicts the types of lineage and progenitors & formation of different cells of immune system} |
| IM-7 |
Cell Surface Receptors {Shows three classes of CSR - 1.Ion-Channel, 2.G-Protein and 3.Enzyme Receptors} |
| IM-8 |
ELISA (Enzyme Linked Immuno Sorbent Assay) Shows the process of ELISA both direct antigen coating (DA) & Double antibody Sandwich (DAs) |
| IM-9 |
Hpersensitivity-I & II {Depicts the TypeI- Anaphylactic and Type II- Cytotoxic reaction} |
| IM-10 |
Hypersensitivity-III & IV Depicts the Type III- Immune complex mediated hypersensitivity and Type IV -Cell mediated delayed hypersensitivity) |
| IM-11 |
Hypersensitivity-V {Depicts the Type V- Stimulatory hypersensitivity (Thyrotoxicosis or Graves’s disease) |
| IM-12 |
Immunoglobulin (Shows the 3D and Primary structure and types of Monomer lgG. lgD, lgE, Diamer secretory lgA and Pentamer lgM} |
| IM-13 |
Interferon Production {Shows the production of three types of interferon’s with structure- IFN a.b,g of Interferon} |
| IM-14 |
Lymphocyte Immune Defence {Represents the T Cell & B Cell immune defence} |
| IM-15 |
Lymphocyte Activation {Represents the activation of T & B lymphocyte} |
| IM-16 |
MHC- Major Histo Compatability {Represents the structure of two classes of MHC & its pathway both exogenous & endogenous} |
| IM-17 |
Primary Lymphoid Organs {Shows different types of primary lymphoid organs - Thymus (TS & Tissue), Bone marrrow and Bursa of fabricius |
| IM-18 |
Secondary Lymphoid Organs {Presents the structure of Lymph node, Spleen, Mucosa associated lymphoid tissue} |
| IM-19 |
Polyclonal Antibodies {Shows the structure and polyclonal antibodies} |
| IM-20 |
Cell Cycle & Regulation (Shows the cell cycle and regulation} |
| BT-15 |
Hybridoma Technology (monoclonal antibodies) |
| - |
Molcecular Biology & Genetic Engineering |
| Bi-6 |
DNA Double Helix |
| Bi-16 |
Types of RNA |
| MB-14 |
DNA Replication in Bacteria {Shows the origin of replication, enzymes involved in replication, mechanism of DNA replication, modes of replication} |
| MB-15 |
DNA Repair System {Shows the different steps of DNA damage and repair mechanism} |
| MB-16 |
DNA Viral Replication {Represents the viral replication in dsDNA, Retroviruses, ssRNA+ and ssRNA-} |
| MB-17 |
DNA Genetic Material {Depicts the experimental proof for DNA by Hershey-Chase Experiment and Messelson-Stahls Experiment} |
| MB-24 |
Protein Synthesis {Shows the Central Dogma, Structure of RNA Polymerase and Process of Protein Synthesis (Transcription and Translation) |
| MB-25 |
Protein Synthesis-Translation {Illustrates the translation in both Prokaryotes and Eukaryotes} |
| MB-26 |
Protein Synthesis-Transcription {Illustrates the transcription in both Prokaryotes & Eukaryotes} |
| BT-27 |
Vectors-I {Structure of Plasmid & Cosmid and types of vectors- Plant & Shuttle} |
| BT-28 |
Vectors-II {Animal & Artificial - Yeast and Bacteria} |
| BT-29 |
Vectors-III (Structure of l Phase, Expression and Phasmid l ZAP Vectors and Transposons} |
| BT-31 |
Applications of Genetic Engineering |
| - |
Bio Process Technology |
| BT-2 |
Bio-Reactors-I {Designs of Stirred-Tanks, Sparged Stirred Tank, Membrane cycle, Packed Bed, Tower, Cyclone column and A hollow fibre bioreactor} |
| BT-3 |
Bio-Reactors-II {Design of Cylindro-conical Bioreactor & V-fermenter for production of plant metabolites and vessels used for animal cell cultures} |
| BT-21 |
Pencilllin Production {Shows the schematic representation of penicillin production and includes the types of penicillin structure of penicillin} |
| - |
Enzyme Biotechnology |
| BC-8 |
Enzymes Classification & Kinetics {Shows the classification, Enzyme action & inhibition} |
| BT-17 |
Immobilization of Enzymes {Covers the techniques of Immobilization, absorption, non–covalent entrapment, covalent binding, entrapment with covalent binding, Membrane Confinement, Cross linking & Liposomal entrapment) |
| BT-25 |
Transgenic Animals {Ex: Cow} |
| BT-30 |
Embryonic Stem Cell Technology {Depicts the making of transgenic mice using engineered embryonic stem cells} |
| MB-10 |
Pathogenic Protozoa-I {Structural details of Entamoeba Histolytica, Balantidium and Plasmodium} |
| MB-11 |
Pathogenic Protozoa-II {Structural details of Trypanosoma, Giardialamblia, Leishmania} |
| Z-64 |
Ascaris lumbricoides {Roundworm} |
| Z-65 |
Ancylostoma duodenalu {Hookworm) |
| Z-66 |
Dracunculus medinensis (Guinea/Dragon/Serpent worm) |
| Z-67 |
Enterobius vermicularis (Thread/Pin/Seat Worm) |
| Z-68 |
Schistosoma haematobium |
| Z-69 |
Trichuris trichiura (Whipworm) |
| Z-70 |
Trichinella spiralis (Trichinaworm) |
| Z-71 |
Fasciolopsis buski (The large or joint intestinal fluke} |
| Z-72 |
Leishmania donovani |
| Z-73 |
Trypanosoma brucei gambiense |
| Z-1 |
Entamoeba histolytica |
| Z-2 |
Plasmodium Life Cycle in Human |
| Z-3 |
Plasmodium Life Cycle in Mosquito |
| Z-5 |
Taenia Solium Life Cycle |
| Z-6 |
Vuchareria Bancrofti Life Cycle |
| Z-49 |
Taenia Solium Structure |
