PHARMACOLOGY CHARTS |
Bi |
137 |
Imunoglobulin Structure |
C |
Bi |
170 |
Drug Acting on Nervous System |
C |
Bi |
171 |
Immunopathology |
C |
Bi |
172 |
Pharmacokinetics-I |
C |
Bi |
173 |
Pharmacokinetics-II |
B |
Bi |
174 |
Cell Mediated Immune Reaction: Cytokines |
C |
Bi |
175 |
Vascular Path Way of Drug |
C |
Bi |
176 |
Development of Immune System |
C |
Bi |
177 |
Antiparastic agents |
C |
Bi |
178 |
Lytic and Lysogenic Cycle |
C |
Bi |
179 |
Antifungal Agents |
C |
Bi |
180 |
Emitics Antiemetics & Gastrointestinal Drug |
C |
Bi |
181 |
Insulin drugs |
C |
Bi |
182 |
Lymphoid organs and Tissues |
C |
Bi |
183 |
Auto Immune Diseases |
C |
Bi |
184 |
Pharmaceutical Evaporator-I |
C |
Bi |
185 |
Pharmaceutical Evaporator-II |
C |
Bi |
186 |
Compression Process of Tablet |
C |
Bi |
187 |
Drug Packaging System |
C |
Bi |
188 |
Centrifugation |
C |
Bi |
189 |
Extraction |
C |
Bi |
190 |
Drying |
C |
Bi |
191 |
Distillation (Molecular) |
B |
Bi |
192 |
Thyroid Hormones &Thyroid inhibitors |
C |
Bi |
193 |
Local Anaesthetics |
C |
Bi |
194 |
Effect of Lithium |
C |
Bi |
195 |
Action of Benzodiazepines |
C |
Bi |
196 |
Angina Pectoris |
C |
Bi |
197 |
Filtration-I |
C |
Bi |
198 |
Filtration-II |
C |
Bi |
199 |
Antiviral drugs |
C |
Bi |
200 |
Skeletal muscle relaxants |
C |
Bi |
201 |
Antiepileptic drugs |
C |
Bi |
202 |
Antiparkinsonian drugs |
C |
Bi |
203 |
Antidepressent and antimanic drugs |
C |
Bi |
204 |
Antiarrhythmic drugs |
C |
Bi |
205 |
Anticancer drugs |
C |
Bi |
206 |
Physiology of urine formation |
C |
PHARMACOGNOSY
|
Bi |
225 |
Turmeric |
C |
Bi |
226 |
Ginger |
C |
Bi |
227 |
Ashwagandha |
C |
Bi |
228 |
Rauwolifi a |
C |
Bi |
229 |
Neem |
C |
Bi |
232 |
Cinchona |
C |
Bi |
233 |
Amla |
C |
Bi |
234 |
Belladona |
C |
Bi |
235 |
Cardamom |
C |
Bi |
236 |
Digitalis Leaf |
C |
Bi |
237 |
Anis Fruit |
C |
Bi |
238 |
Mericarp of Fennel |
C |
Bi |
239 |
Aloes |
C |
Bi |
240 |
Cascara bark |
C |
Bi |
241 |
Clove |
C |
Bi |
242 |
Cinnamon |
C |
Bi |
243 |
Squill |
C |
Bi |
244 |
Anethem (Dill) |
C |
Bi |
245 |
Ephedra stem |
C |
Bi |
246 |
Ipecacacuanna |
C |
Bi |
247 |
Coriander fruit |
C |
Bi |
248 |
Liquorice root |
C |
Bi |
249 |
Black piper |
C |
Bi |
250 |
Coca Leaf |
C |
Bi |
251 |
Garlic |
C |
Bi |
252 |
Senna Leaf |
C |
Bi |
253 |
Tobacco |
C |
Bi |
254 |
Bitter Orange Peel |
C |
Bi |
255 |
Cannabis (Ganja) |
C |
Bi |
256 |
Nux vomica seed |
C |
Bi |
257 |
Quassia wood |
C |
Bi |
258 |
Datura leaf |
C |
BIOCHEMISTRY CHARTS |
Bi |
9 |
Cell Membrane & cell wall |
C |
Bi |
10 |
Endoplasmic Reticulum |
C |
Bi |
11 |
Mitochondrion |
C |
Bi |
12 |
Golgi Complex |
C |
Bi |
13 |
Chloroplast |
C |
Bi |
14 |
Nucleus |
C |
Bi |
15 |
Chromosomes |
C |
Bi |
18 |
DNA 8 Loops (7’x3’) |
2C |
Bi |
19 |
DNA Structure (Compounds) |
C |
Bi |
26 |
RNA Types: Transcription &Translation |
C |
Bi |
27 |
RNA Structure |
C |
Bi |
28 |
Protein Synthesis |
C |
Bi |
29 |
Urea Cycle |
C |
Bi |
30 |
Vitamins:Sources & Defi ciency |
C |
Bi |
55 |
Osmosis, Plasmolysis & Diffusion |
C |
Bi |
56 |
Gluconeogenesis & HMP pathway |
C |
Bi |
58 |
Enzymes:Classifi cation & Kinetics |
C |
Bi |
60 |
Genetic Code |
C |
Bi |
66 |
Chromatography |
C |
Bi |
67 |
Electrophroesis |
C |
Bi |
80 |
Ribosomes & Lysosomes |
C |
Bi |
81 |
Active & Passive Transport |
C |
Bi |
82 |
Fatty Acid Oxidation & Regulation |
C |
Bi |
83 |
Protein Structure |
C |
Bi |
84 |
Nucleotides & Biosynthesis |
C |
Bi |
86 |
Prokaryotic & Eukaryotic Cells |
C |
Bi |
111 |
Marasmus & Kwashiorkor |
C |
Bi |
118 |
Balanced Diet |
C |
Bi |
121 |
Diabetes : Glucose Estimation |
C |
Bi |
122 |
Heart attack : Cholesterol Estimation |
C |
Bi |
123 |
Jaundice : Bilirubin Estimation |
C |
Bi |
128 |
Lac Operon |
C |
Bi |
129 |
Recombinant DNA & Cloning |
C |
Bi |
130 |
Monoclonal Antibodies & Blotting |
C |
Bi |
134 |
Tryptophan operon |
C |
Bi |
135 |
Arabinose operon |
C |
Bi |
136 |
Total count of blood |
C |
Bi |
137 |
Immunoglobulin structure |
C |
Bi |
138 |
Antigen-antibody interaction – I |
C |
Bi |
139 |
Antigen-antibody interaction – II |
C |
Bi |
140 |
Polymerase chain reaction |
C |
Bi |
141 |
Plasma membrane |
C |
Bi |
142 |
Manufacture of alcohol from molasses |
C |
Bi |
145 |
Hypersensitivity type – I |
C |
Bi |
146 |
Blotting techniques for nucleic acid |
C |
Bi |
149 |
Life Cycle:Human immunodefi ciency virus |
C |
Bi |
152 |
Bacteria |
C |
Bi |
153 |
Blotting Technique For Protein |
C |
Bi |
154 |
Laboratory Safety |
C |
Bi |
155 |
Forms of D.N.A |
C |
Bi |
156 |
Transposons |
C |
Bi |
157 |
Gene Transfer I-Conjugation |
C |
Bi |
158 |
Gene Transfer II-Tansduction |
C |
Bi |
159 |
Gene Transfer III-Transformation |
C |
Bi |
162 |
DNA Replication types |
C |
Bi |
163 |
DNA Viral Replication |
C |
Bi |
164 |
Major Histocompatibility Class I Molecule |
C |
Bi |
165 |
Major Histocompatibility ClassII Molecule |
C |
Bi |
167 |
Electron Microscope |
C |
Bi |
168 |
Complement System |
C |
Bi |
169 |
Kerb’s Cycle |
C |
B |
153 |
Viruses |
C |
B |
176 |
C4 & CAM Cycles |
C |
B |
196 |
Plant Tissue Culture |
C |
B |
194 |
Plant Respiration |
C |
B |
199 |
Plant Hormones |
C |
B |
231 |
Mucor |
C |
B |
232 |
Mucor: Life cycle |
C |
C |
9 |
DNA Structure & Replication |
C |
C |
10 |
Alpha helical Structure of a polypeptide |
C |
C |
11 |
Tertiary & Quarternary structure of protein |
C |
C |
40 |
Amino Acids : Structure & Classifi cation |
C |
MICROBIOLOGY CHARTS
|
Bi |
32 |
Tuberculosis |
C |
Bi |
33 |
Typhoid |
C |
Bi |
34 |
Diphtheria |
C |
Bi |
35 |
Diarrhoea |
C |
Bi |
36 |
Filariasis |
C |
Bi |
37 |
Leprosy |
C |
Bi |
38 |
Pathogenic Protozoa |
C |
Bi |
39 |
E. Coli |
C |
B |
49 |
Saprolegnia |
C |
B |
50 |
Rhizopus |
C |
B |
51 |
Albugo |
C |
B |
52 |
Phytophthora |
C |
B |
53 |
Saccharomyces |
C |
B |
55 |
Penicillium |
C |
Bi |
54 |
Aids |
C |
B |
58 |
Puccinia |
C |
B |
79 |
Myxophyceae |
C |
B |
80 |
Chlamydomonas |
C |
Bi |
86 |
Prokaryotic & Eukaryotic Cells |
C |
Bi |
106 |
Xerophthalmia and Rickets |
C |
Bi |
109 |
Pellagra and Goitre |
C |
Bi |
110 |
Aribofl avinosis and Scurvy |
C |
Bi |
111 |
Marasmus and Kwashiorkor |
C |
Bi |
150 |
Cercospora |
C |
Bi |
153 |
Blotting Technique For Proteins |
C |
Bi |
154 |
Laboratory Safety |
C |
Bi |
155 |
Forms of D.N.A |
C |
Bi |
156 |
Transposons |
C |
Bi |
157 |
Gene Transfer I-Conjugation |
C |
Bi |
158 |
Gene Transfer II-Tansduction |
C |
Bi |
159 |
Gene Transfer III-Transformation |
C |
Bi |
162 |
DNA Replication types |
C |
Bi |
163 |
DNA Viral Replication |
C |
Bi |
167 |
Electron Microscope |
C |
Bi |
168 |
Complement System |
C |
Bi |
169 |
Kerb’s Cycle |
C |
Bi |
164 |
Major Histocompatibility Class I Molecule |
C |
Bi |
165 |
Major Histocompatibility Class II Molecule |
C |
Bi |
151 |
Colletotrichum |
C |
Bi |
152 |
Bacteria |
C |
Bi |
153 |
Viruses |
C |
Bi |
189 |
Helminthosporium |
C |
Bi |
213 |
Plant Diseases |
C |
Bi |
226 |
Citrus Canker & Rice Blast |
C |
Bi |
73 |
Types Of Immunity |
C |
Bi |
77 |
Antigens |
C |
Bi |
78 |
Immunological Disorders (Aids) |
C |
Bi |
79 |
Role Of Hormone In Human Being |
C |
BIO-TECHNOLOGY CHARTS |
Bi |
136 |
Total count of blood |
C |
Bi |
137 |
Immunoglobulin structure |
C |
Bi |
138 |
Antigen-antibody interaction – I |
C |
Bi |
139 |
Antigen-antibody interaction – II |
C |
Bi |
140 |
Polymerase chain reaction |
C |
Bi |
141 |
Plasma membrane |
C |
Bi |
142 |
Manufacture of alcohol from molasses |
C |
Bi |
145 |
Hypersensitivity type – I |
C |
Bi |
146 |
Blotting techniques for nucleic acid |
C |
Bi |
149 |
Life Cycle:Human immunodefi ciency virus |
C |
Bi |
153 |
Blotting Technique For Proteins |
C |
Bi |
154 |
Laboratory Safety |
C |
Bi |
155 |
Forms of D.N.A |
C |
Bi |
156 |
Transposons |
C |
Bi |
157 |
Gene Transfer I-Conjugation |
C |
Bi |
158 |
Gene Transfer II-Tansduction |
C |
Bi |
159 |
Gene Transfer III-Transformation |
C |
Bi |
162 |
DNA Replication |
C |
Bi |
163 |
DNA Viral Replication |
C |
Bi |
164 |
Major Histocompatibility Class I Molecule |
C |
Bi |
165 |
Major Histocompatibility Class II Molecule |
C |
Bi |
167 |
Electron Microscope |
C |
Bi |
168 |
Complement System |
C |
Bi |
169 |
Kerb’s Cycle |
C |
AGRICULTURAL SCIENCE CHARTS |
Bi |
44 |
Potato Mosaic |
C |
Bi |
45 |
Bacterial Blight of Potato |
C |
Bi |
105 |
Life cycle of Lesser Grain Borer and
Angoumois Grain Moth |
C |
Bi |
107 |
Rice Moth and Pulse Beetle |
C |
Bi |
108 |
Insects found in Food grains |
C |
Bi |
147 |
Epistatic interaction |
C |
Bi |
148 |
Micropropagation of plant |
C |
Bi |
146 |
Blotting techniques for nucleic acids |
C |
Bi |
153 |
Blotting Technique For Proteins |
C |
Bi |
157 |
Gene Transfer I-Conjugation |
C |
Bi |
158 |
Gene Transfer II-Tansduction |
C |
Bi |
159 |
Gene Transfer III-Transformation |
C |
Bi |
160 |
Flowers |
C |
Bi |
167 |
Electron Microscope |
C |
B |
49 |
Saprolegnia |
C |
B |
50 |
Rhizopus |
C |
B |
51 |
Albugo |
C |
B |
52 |
Phytophthora |
C |
B |
53 |
Saccharomyces |
C |
B |
54 |
Aspergillus |
C |
B |
55 |
Penicillium |
C |
B |
57 |
Erysiphe |
C |
B |
58 |
Puccinia |
C |
B |
60 |
Agaricus |
C |
B |
148 |
Ustilago |
C |
B |
149 |
Polyporus |
C |
B |
150 |
Cercospora |
C |
B |
151 |
Colletotrichum |
C |
B |
152 |
Bacteria |
C |
B |
153 |
Viruses |
C |
B |
154 |
Lichens |
C |
B |
189 |
Helminthosporium |
C |
B |
190 |
Medicinal Plants l |
C |
B |
191 |
Medicinal Plants ll |
C |
B |
214 |
Medicinal Plants lll |
C |
B |
218 |
Medicinal Plants IV |
C |
B |
213 |
Plants Diseases |
C |
B |
216 |
Sorghum Diseases |
C |
B |
230 |
Secondary growth in Dicotyledonous root |
C |
B |
231 |
Mucor |
C |
B |
232 |
Mucor: Life cycle |
C |
B |
235 |
Oscillatoria |
C |
B |
236 |
Alternaria |
C |
B |
243 |
Plants of Economic Importance |
C |
B |
244 |
Pollination & Fertilization |
C |
|
|
|
|