BIOLOGY CHARTS |
CYTOLOGY |
Bi |
9 |
Cell Membrane & Cell Wall |
C |
Bi |
12 |
Golgi Complex C
Bi |
C |
Bi |
10 |
Endoplasmic Reticulum |
C |
Bi |
11 |
Mitochondrion |
C |
Bi |
13 |
Chloroplast |
C |
Bi |
14 |
Nucleus |
C |
Bi |
15 |
Chromosomes |
C |
Bi |
31 |
Structure of Cilium & Flagellum |
C |
Bi |
80 |
Ribosomes & Lysosomes |
C |
GENETICS |
Bi |
4 |
Monohybrid Cross-Complete Dominance |
C |
Bi |
5 |
Monohybrid Cross-Incomplete Dominance |
C |
Bi |
6 |
Forms of comb in Fowl |
C |
Bi |
7 |
Dihybrid Ratio |
C |
Bi |
8 |
Linkage |
C |
Bi |
51 |
Mutations |
C |
Bi |
52 |
Chromosomal Aberrations |
C |
Bi |
53 |
Colour Blindness & Hemophilia |
C |
Bi |
60 |
Genetic Code |
C |
Bi |
99 |
Mendelism |
C |
Bi |
126 |
Cytoplasmic Inheritance |
C |
Bi |
127 |
Sex Linked Inheritance |
C |
Bi |
131 |
Crossing Over |
C |
Bi |
141 |
Plasma membrane |
C |
Bi |
147 |
Epistatic interaction |
C |
|
|
|
|
PARASITOLOGY |
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 |
Bi |
54 |
AIDS |
C |
Bi |
305 |
Measels |
C |
Bi |
309 |
Cholera |
C |
PHYSIOLOGY |
Bi |
1 |
Photosynthesis-Light Reactions |
C |
Bi |
2 |
Integration of Carbohydrate, Fatty Acids
& Amino Acids Anabolism-Dark Reaction |
C |
Bi |
3 |
Integration of Carbohydrate, Fatty
Acids & Amino Acids Catabolism |
C |
Bi |
55 |
Osmosis, Plasmolysis & Diffusion |
C |
Bi |
56 |
Gluconeogenesis & HMP Pathway |
C |
Bi |
81 |
Active & Passive Transport |
C |
Bi |
82 |
Fatty Acid Oxidation & Regulation |
C |
Bi |
115 |
PH Colour Chart |
C |
GENERAL |
Bi |
18 |
DNA 8 loops (7’ x 3’) |
2C |
Bi |
19 |
DNA Structure (Compounds) |
C |
Bi |
20 |
Microscope |
C |
Bi |
21 |
Gametogenesis |
C |
Bi |
22 |
Water Cycle |
C |
Bi |
23 |
Pond Ecosystem |
C |
Bi |
24 |
Carbon Cycle |
C |
Bi |
25 |
Nitrogen Cycle |
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 |
40 |
Plant Kingdom |
C |
Bi |
41 |
Animal Kingdom |
C |
Bi |
42 |
Nutrients |
C |
Bi |
43 |
Food Pyramids |
C |
Bi |
44 |
Potato Mosaic |
C |
Bi |
45 |
Bacterial Blight of Potato |
C |
Bi |
46 |
Environmental Pollution |
C |
Bi |
47 |
Vegetables & Fruits |
C |
Bi |
48 |
Oxygen Cycle |
C |
Bi |
49 |
Food Chain |
C |
Bi |
50 |
Food Web |
C |
Bi |
57 |
Municipal Water Treatment |
C |
Bi |
58 |
Enzymes : Classifi cation & Kinetics |
C |
Bi |
59 |
Phosphorous Cycle |
C |
Bi |
61 |
Geological Time Scale |
C |
Bi |
62 |
Plastid Structure |
C |
Bi |
63 |
Xerosere |
C |
Bi |
64 |
Hydrosere |
C |
Bi |
65 |
Biogas Plant |
C |
Bi |
66 |
Chromatography |
C |
Bi |
67 |
Electrophoresis |
C |
Bi |
68 |
Atmosphere-Layers |
C |
Bi |
83 |
Protein Structure |
C |
Bi |
84 |
Nucleotides & Biosynthesis |
C |
Bi |
85 |
Terrestrial & Marine Ecosystems |
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 |
116 |
DNA Finger Printing – I (10+2) |
C |
Bi |
117 |
DNA Finger Print - II |
C |
Bi |
118 |
Balanced Diet |
C |
Bi |
119 |
Seasons |
C |
Bi |
121 |
Diabetes : Glucose Estimation |
C |
Bi |
122 |
Heart attack : Cholesterol Estimation |
C |
Bi |
123 |
Jaundice : Bilirubin Estimation |
C |
Bi |
124 |
Sulphur Cycle |
C |
Bi |
125 |
Energy Flow |
C |
Bi |
128 |
Lac Operon |
C |
Bi |
129 |
Recombinant DNA & Cloning |
C |
Bi |
130 |
Monoclonal Antibodies & Blotting |
C |
Bi |
132 |
Protoplast Fusion |
C |
Bi |
133 |
Cloning & Vectors |
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 |
143 |
Transgenic animals – I |
C |
Bi |
144 |
Transgenic animals – II |
C |
Bi |
145 |
Hypersensitivity type – I |
C |
Bi |
303 |
Hypersensitivity type – II |
C |
Bi |
146 |
Blotting techniques for nucleic acids |
C |
Bi |
147 |
Epistatic Interaction |
C |
Bi |
148 |
Micropropagation of plant |
C |
Bi |
149 |
Life cycle:Human Immunodefi ciency virus |
C |
Bi |
150 |
First Aid – I |
C |
Bi |
151 |
First Aid – II |
C |
Bi |
152 |
First Aid – III |
C |
Bi |
301 |
Cardiopulmononary resuscitation (CPR-I)- Adult |
C |
Bi |
305 |
Cardiopulmononary resuscitation (CPR-II)- Infant |
C |
Bi |
306 |
Cardiopulmononary resuscitation (CPR-III)- Childrens |
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 |
160 |
Flowers |
C |
Bi |
161 |
Transport |
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 Class-II Molecule |
C |
Bi |
166 |
Hereditary Alterations |
C |
Bi |
167 |
Electron Microscope |
C |
Bi |
168 |
Complement System |
C |
Bi |
169 |
Kerb’s Cycle |
C |
Bi |
230 |
Pedigree Analysis : widows peak |
C |
Bi |
231 |
Pedigree Analysis : Rolling Tongue |
C |
Bi |
302 |
Transgenic Plants |
C |
Bi |
74 |
Mushroom : Morphology & Types |
C |
Bi |
300 |
Mushroom Culture |
C |
Bi |
304 |
Cell cycle |
C |
Bi |
74 |
Types Of Immunity |
C |
Bi |
77 |
Antigens |
C |
Bi |
78 |
Immunological Disorders (Aids) |
C |
Bi |
79 |
Role Of Hormone In Human Being |
C |
Bi |
307 |
Cardiac Cycle |
C |
Bi |
9 |
DNA Structure & Replication |
C |
Bi |
10 |
Alpha helical Structure of a polypeptide |
C |
Bi |
11 |
Tertiary & Quarternary Structure of Protein |
C |
Bi |
40 |
Amino Acids : Structure & Classifi cation |
C |
ENTOMOLOGY |
Bi |
105 |
Life cycle of Lesser Grain Borer & Angoumois Grain Moth |
C |
Bi |
107 |
Rice Moth and Pulse Beetle |
C |
Bi |
108 |
Insects found in Food grains |
C |
Botany |
ALGAE |
B |
79 |
Myxophyceae |
C |
B |
80 |
Chlamydomonas |
C |
B |
81 |
Volvox |
C |
B |
82 |
Ulothrix |
C |
B |
83 |
Oedogonium |
C |
B |
84 |
Cladophora |
C |
B |
86 |
Spirogyra |
C |
B |
88 |
Chara |
C |
B |
89 |
Vaucheria |
C |
B |
90 |
Ectocarpus |
C |
B |
92 |
Sargassum |
|
B |
93 |
Batrachospermum
|
C |
B |
94 |
Polysiphonia |
C |
B |
167 |
Zygnema |
C |
B |
168 |
Fucus |
C |
B |
169 |
Diatoms : Structure |
C |
B |
170 |
Diatoms : Reproduction |
C |
B |
215 |
Nostoc |
C |
B |
235 |
Oscillatoria |
C |
B |
236 |
Alternaria |
C |
FUNGI |
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 |
59 |
Lycoperdon |
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 |
171 |
Peziza |
C |
B |
189 |
Helminthosporium |
C |
B |
213 |
Plant Diseases |
C |
B |
216 |
Sorghum Diseases |
C |
B |
226 |
Citrus Canker & Rice Blast |
C |
B |
231 |
Mucor |
C |
B |
232 |
Mucor: Life cycle |
C |
B |
251 |
Life Cycle of Neurospora |
2C |
B |
269 |
Rhizopus: Structure of Mycelium |
C |
B |
270 |
Rhizopus a Sexual and Sexual Reproduction |
C |
B |
271 |
Life Cycle of Rhizopus |
C |
B |
278 |
Moss Life Cycle |
C |
BRYOPHYTA |
B |
6 |
Riccia : Structure |
C |
B |
7 |
Riccia : Reproduction |
C |
B |
39 |
Marchantia : Structure |
C |
B |
40 |
Marchantia : Asexual Reproduction |
C |
B |
41 |
Marchantia : Sexual Reproduction |
C |
B |
42 |
Anthoceros : Structure and Reproduction |
C |
B |
43 |
Anthoceros : Sporophyte |
C |
B |
44 |
Funaria : Structure and Sex organs |
C |
B |
45 |
Funaria : Sporophyte |
C |
B |
47 |
Pellia |
C |
B |
125 |
Sporophytic Evolution in Bryophytes |
C |
B |
126 |
Polytrichum |
C |
B |
155 |
Porella |
C |
B |
172 |
Sphagnum : Structure |
C |
B |
173 |
Sphagnum : Reproduction |
C |
PTERIDOPHYTA |
B |
8 |
Lycopodium : Structure |
C |
B |
9 |
Lycopodium : Reproduction |
C |
B |
10 |
Equisetum : Structure |
C |
B |
11 |
Equisetum : Reproduction |
C |
B |
12 |
Pteris : Structure |
C |
B |
13 |
Pteris : Reproduction |
C |
B |
15 |
Marsilea : Structure |
C |
B |
16 |
Marsilea : Reproduction |
C |
B |
17 |
Selaginella : Structure |
C |
B |
18 |
Selaginella : Reproduction |
C |
B |
114 |
Stelar Evolution |
C |
B |
161 |
Psilotum |
C |
B |
177 |
Adiantum : Structure |
C |
B |
178 |
Adiantum : Reproduction |
C |
B |
198 |
Nephrolepis |
C |
B |
233 |
Ephedra: Structure |
C |
B |
234 |
Ephedra Reproduction |
C |
B |
241 |
Ephedra Anatomy |
C |
B |
242 |
Ephedra Life Cycle |
C |
B |
258 |
Homologous organs: Plants |
C |
B |
259 |
Analogous organs: Plants |
C |
B |
274 |
Fern: Life Cycle |
C |
B |
206 |
Azolla |
C |
GYMNOSPERMS |
B |
24 |
Cycas : Leafl et and Rachis |
C |
B |
25 |
Cycas : Stem and Root |
C |
B |
26 |
Cycas : Reproduction |
C |
B |
27 |
Pinus : Stem & Needle |
C |
B |
28 |
Pinus : Reproduction |
C |
B |
29 |
Gnetum : Structure |
C |
B |
30 |
Gnetum : Reproduction |
C |
ANGIOSPERMS MORPHOLOGY |
Bi |
40 |
Plant Kingdom |
C |
B |
14 |
Carnivorous Plants |
C |
Bi |
46 |
Types of Placentation |
C |
B |
105 |
Stem Modifi cations : Aerial |
C |
B |
106 |
Stem Modifi cations : Subaerial |
C |
B |
107 |
Stem Modifi cations : Underground |
C |
B |
108 |
Types of Ovules |
C |
B |
112 |
Androecium : Structure & Number |
C |
B |
113 |
Androecium : Fixation, Dehiscence and Union |
C |
B |
117 |
Dehiscent fruits |
C |
B |
118 |
Indehiscent fruits |
C |
B |
127 |
Branching |
C |
B |
128 |
Germination : (Epigeal and Vivipary) |
C |
B |
129 |
Germination : (Hypogeal) |
C |
B |
130 |
Root Modifi cations : (Tap & Adventitious roots ) |
C |
B |
131 |
Root Modifi cations : (Aerial) - I |
C |
B |
132 |
Root Modifi cations : (Aerial) - II |
C |
B |
133 |
Infl orescence: (Mixed, Special and Racemose) |
C |
B |
134 |
Infl orescence: (Racemose ) |
C |
B |
135 |
Infl orescence: (Cymose) |
C |
B |
158 |
Aestivation |
C |
B |
162 |
Typical Flowering Plant-Floral Parts |
C |
B |
174 |
Leaf Modifi cations |
C |
B |
179 |
Leaf : Shapes, Margins and Apices |
C |
Bi |
180 |
Phyllotaxy and Venation |
C |
B |
181 |
Types of Leaves and kinds of Stipules |
C |
B |
182 |
Calyx and Corolla: Forms |
C |
B |
183 |
Vegetative propagation |
C |
B |
184 |
lnsertion of Floral leaves on Thalamus |
C |
B |
185 |
Pollination |
C |
Bi |
186 |
Dispersal of Fruits and Seeds |
C |
B |
190 |
Medicinal Plants ln |
C |
B |
191 |
Medicinal Plants ll |
C |
B |
214 |
Medicinal Plants lll |
C |
B |
218 |
Medicinal Plants IV |
C |
B |
193 |
Bentham & Hooker Classifi cation |
C |
B |
217 |
Asexual Reproduction |
C |
B |
221 |
Flower & It’s Parts |
C |
B |
222 |
Engler & Prantl Classifi cation |
C |
B |
223 |
Hutchinson Classifi cation |
C |
B |
224 |
Comparative Classifi cation of Bentham &
Hooker, Engler & Prantl and Hutchinson |
C |
B |
243 |
Plants of Economic Importance |
C |
Bi |
160 |
Flowers |
C |
B |
263 |
False Fruits |
C |
B |
264 |
Fleshy fruits |
C |
B |
265 |
Dry Indehicent fruits |
C |
B |
266 |
Dry dehiscent fruits |
C |
B |
267 |
Schizocarpic fruits |
C |
B |
268 |
Compound fruits |
C |
B |
277 |
Emasculation Tagging & Bagging |
C |
B |
207 |
Mustard Plant |
C |
EMBRYOLOGY |
B |
119 |
Microsporangium & Male gametophyte |
C |
B |
120 |
Megasporangium & Female gametophyte |
C |
B |
121 |
Fertilization and Embryogeny |
C |
B |
122 |
Life cycle of Angiosperm |
C |
B |
123 |
Dicot Embryo : Development |
C |
B |
124 |
Monocot Embryo : Development |
C |
B |
132 |
Protoplast Fusion |
C |
B |
133 |
Cloning & Vectors |
C |
B |
196 |
Plant Tissue Culture |
C |
B |
229 |
Endosperm: Types |
C |
B |
244 |
Pollination & Fertilization |
C |
B |
252 |
Life Cycle of Corn (Zea mays) |
C |
B |
210 |
L.S. Of Ovule & Devt. of female gemetophyte |
C |
B |
260 |
Pollination Contrivanes for Cross Pollination |
C |
B |
261 |
Pollination Contrivanes for Self Pollination |
C |
B |
262 |
Hybridization Process |
C |
HISTOLOGY |
B |
31 |
Parenchyma |
C |
B |
32 |
Collenchyma |
C |
B |
33 |
Sclerenchyma |
C |
B |
34 |
Xylem : Position and Structure |
C |
B |
35 |
Xylem : Vessel and Perforation |
C |
B |
36 |
Phloem |
C |
ANATOMY |
B |
2 |
Stem : Dicot (Helianthus annuus) |
C |
B |
3 |
Stem : Monocot (Zea mays) |
C |
B |
4 |
Root : Dicot (Helianthus annuus) |
C |
B |
5 |
Root : Monocot (Zea mays) |
C |
B |
37 |
Leaf : Dicot (Helianthus annuus) |
C |
B |
38 |
Leaf : Monocot (Zea mays) |
C |
B |
109 |
Stomata |
C |
B |
136 |
Anamalous Secondary Growth
(Achyranthes & Bougainvillaea Stem) |
C |
B |
137 |
Anamalous Secondary Growth
(Bignonia & Stychnos Stem) |
C |
B |
138 |
Anamalous Secondary Growth
(Boerhaavia & Nyctanthes Stem) |
C |
B |
139 |
Anamalous Secondary Growth
(Leptadenica & Aristolochia Stem) |
C |
B |
140 |
Anamalous Secondary Growth
(Casuarina & Mirabilis Stem) |
C |
B |
141 |
Anamalous Secondary Growth
(Serjania & Dracaena Stem) |
C |
B |
187 |
Normal Secondary Growth : Dicot Stem |
C |
B |
197 |
Meristems |
C |
B |
200 |
Cucurbita Stem |
C |
B |
201 |
Amaranthus Stem |
C |
B |
211 |
Nyctanthes Stem |
C |
B |
212 |
Casuarina Stem |
C |
B |
219 |
Vascular Bundles: Types |
C |
B |
225 |
Ficus : Root |
C |
B |
230 |
Secondary growth in Dicotyledonous root |
C |
B |
238 |
Anatomy of Root-Dicot (Phaseolus radiatus |
C |
B |
245 |
Isoetes |
C |
B |
246 |
Salvadora : Anatomy of Stem |
C |
B |
247 |
Wheat (Triticum): Stem |
C |
B |
248 |
Wheat (Triticun): Root |
C |
B |
249 |
Trichomes |
C |
B |
253 |
Dicotyledonous Seed |
C |
B |
254 |
Monocotyledonous Seed (Maize) |
C |
B |
204 |
Canna : Stem |
C |
B |
205 |
Canna : Root |
C |
B |
208 |
Tenaspora: Root |
C |
PHYSIOLOGY |
Bi |
1 |
Photosynthesis-Light Reactions |
C |
B |
220 |
Photosynthesis : Experiments |
C |
Bi |
2 |
Integration of Carbohydrate, Fatty Acid & Amino
Acid Anabolism-Dark Reactions |
C |
Bi |
3 |
Integration of Carbohydrate, Fatty
Acid and Amino Acid Catabolism |
C |
Bi |
55 |
Osmosis, Plasmolysis & Diffusion |
C |
Bi |
56 |
Gluconeogenesis & HMP Pathway |
C |
Bi |
81 |
Active & Passive Transport |
C |
Bi |
82 |
Fatty Acid Oxidation & Regulation |
C |
B |
175 |
Photo Respiration |
C |
B |
176 |
C4 & CAM Cycles |
C |
B |
194 |
Plant Respiration |
C |
B |
195 |
Plant Transpiration |
C |
B |
199 |
Plant Hormones |
C |
B |
227 |
Ascent Of Sap |
C |
B |
272 |
Glycoloysis |
C |
B |
273 |
Electro transport System |
C |
CYTOLOGY |
B |
1 |
Ultra Structure of Plant Cell |
C |
B |
19 |
Mitosis in Plants |
C |
B |
20 |
Structure of Chromosome during Mitosis |
C |
B |
21 |
Meiosis in Plants : First Division |
C |
B |
22 |
Meiosis in Plants : Second Division |
C |
B |
23 |
Structure of Chromosome during Meiosis |
C |
TAXONOMY |
B |
62 |
Poaceae : (Oryza sativa, Zea mays) |
C |
B |
63 |
Acanthaceae (Ruellia tuberosa, Ecboliumlinnaenum) |
C |
B |
64 |
Apiaceae : (Pimpinella anisum) |
C |
B |
65 |
Bignonaceae (Tecoma stans) |
C |
B |
66 |
Meliaceae (Melia azedarach) |
C |
B |
67 |
Annonaceae: (Annona squamosa & Artabotrys odoratissimus) |
C |
B |
68 |
Cruciferae : (Brassica nigra) |
C |
B |
69 |
Malvaceae : (Hibiscus rosa-sinensis) |
C |
B |
70 |
Rutaceae : (Citrus aurantifolia) |
C |
B |
71 |
Fabaceae : (Papilionaceae) (Crotalaria luburnifolia) |
C |
B |
72 |
Caesalpiniaceae : (Caesalpinia pulcherima) |
C |
B |
73 |
Mimosaceae : (Acacia nolotica) |
C |
B |
74 |
Asteraceae : (Tridax procumbens) |
C |
B |
75 |
Apocynaceae : (Catharanthus roseus) |
C |
B |
76 |
Convolvulaceae : (Ipomoea palmata) |
C |
B |
77 |
Solanaceae : (Datura innoxia) |
C |
B |
78 |
Lamiaceae : (Salvia offi cinalis) |
C |
B |
95 |
Euphorbiaceae : (Ricinus communis) |
C |
B |
96 |
Asclepiadaceae : (Calotropis
gigantia & Cryptostegia grandifl ora) |
C |
B |
97 |
Capparidaceae (Gynandropsis pentaphylla) |
C |
B |
98 |
Cucurbitaceae : (Luffa cylindrica) |
C |
B |
103 |
Verbenaceae |
C |
B |
104 |
Amaranthaceae : (Achyranthes aspera,
Gompherena globusa, Amaranthus viridis |
C |
B |
111 |
Liliaceae : (Asparagus racemosus) |
C |
B |
116 |
Rubiaceae : (lxora) |
C |
B |
163 |
Sapotaceae : (Achras Sapota) |
C |
B |
164 |
Anacardiaceae (Mangifera indica) |
C |
B |
165 |
Myrtaceae : (Psidium guajava,Eucalyptus - lanceolatus) |
C |
B |
166 |
Arecaceae (Cocos nucifera) |
C |
B |
202 |
Orchidaceae (Spathoglottis) |
C |
B |
203 |
Musaceae (Musa paradisiaca) |
C |
B |
237 |
Liliaceae ( Alium cepa) |
C |
B |
239 |
Fabaceae (Clitoria ternata) |
C |
B |
240 |
Umbellifereae: Coriandrum sativum |
C |
B |
250 |
Compositae: Helianthus annuus |
C |
B |
255 |
Renuculaceae (Ranunculus Sceleratus) |
C |
B |
257 |
Labiatae ( Ocimum sanctum) |
C |
B |
275 |
Cucurbitaceae ( Momordica Charantia) |
C |
B |
276 |
Euphorbiaceae ( Phyllonthus futures ) |
C |
B |
279 |
Fabaceae (Tephrosia purpurea) |
C |
B |
280 |
Chenopodiaceae (Chenopodium album) |
C |
FOSSILS |
B |
159 |
Rhynia |
C |
B |
160 |
Lyginopteridaceae |
C |
ECOLOGY |
Bi |
22 |
Water Cycle |
C |
Bi |
23 |
Pond Ecosystem |
C |
Bi |
24 |
Carbon Cycle |
C |
Bi |
25 |
Nitrogen Cycle |
C |
Bi |
46 |
Environmental Pollution |
C |
Bi |
63 |
Xerosere |
C |
Bi |
64 |
Hydrosere |
C |
Bi |
85 |
Terrestrial & Marine Ecosystems |
C |
B |
143 |
Hydrophytes |
C |
B |
144 |
Hydrophytes : Root & Stem |
C |
B |
145 |
Hydrophytes : Petiole & Leaf |
C |
B |
146 |
Xerophytes |
C |
B |
147 |
Xerophytes : Leaf & Stem |
C |
B |
256 |
Phyllode and Phylloclade |
C |
ZOOLOGY CHARTS |
PROTOZOA |
Z |
48 |
Amoeba |
C |
Z |
49 |
Polystomella |
C |
Z |
50 |
Euglena |
C |
Z |
51 |
Trypanosoma |
C |
Z |
52 |
Monocystis |
C |
Z |
53 |
Plasmodium : Life Cycle |
C |
Z |
54 |
Paramoecium : Structure |
C |
Z |
55 |
Paramoecium : Reproduction |
C |
Z |
56 |
Vorticella |
C |
Z |
138 |
Entamoeba histolytica |
C |
Z |
132 |
Vorticella : Conjugation |
C |
Z |
207 |
Leishmania donovani |
C |
Z |
38 |
Pathogenic protozoa |
C |
PORIFERA |
Z |
57 |
Sycon : Structure |
C |
Z |
58 |
Sycon : Development |
C |
Z |
59 |
Canal System in Sponges |
C |
COELENTERATA |
Z |
60 |
Hydra |
C |
Z |
61 |
Obelia |
C |
Z |
62 |
Aurelia |
C |
Z |
221 |
Organization of sponge |
C |
Z |
238 |
Hydra : T.s. Of Testis & Ovary |
C |
Z |
247 |
Metridium (Sea Anemone) |
C |
HELMINTHES |
Z |
64 |
Fasciola hepatica : Structure |
C |
Z |
65 |
Fasciola hepatica : Reproduction |
C |
Z |
66 |
Taenia solium |
C |
Z |
102 |
Echinococcus |
C |
Z |
103 |
Ascaris lumbricoides |
C |
Z |
109 |
Ancylostoma |
C |
Z |
195 |
Life cycle of Ancylostoma duodenale |
C |
Z |
200 |
Trichinella spiralis |
C |
Z |
215 |
Tapeworm |
C |
Z |
216 |
Tapeworm: Mature Proglottid |
C |
Z |
232 |
Life Cycle of Wuchereriabancrofti |
C |
Z |
239 |
Ascaris : Reproductive System |
C |
ANNELIDA |
Z |
2 |
Earthworm : Transverse Section |
C |
Z |
41 |
Earthworm : External Features |
C |
Z |
42 |
Earthworm : Anatomy |
C |
Z |
43 |
Earthworm : Circulatory System |
C |
Z |
44 |
Earthworm : Excretory System |
C |
Z |
45 |
Earthworm : Reproductive System |
C |
Z |
46 |
Earthworm : Nervous System |
C |
Z |
178 |
Earthworm : Digestive System |
C |
Z |
3 |
Leech: T.S. of Leech |
C |
Z |
47 |
Leech : Excretory & Reproductive Organs |
C |
Z |
104 |
Leech : External Features |
C |
Z |
162 |
Leech : Digestive System |
C |
Z |
193 |
Lac Insect : Life cycle |
C |
Z |
194 |
Nereis: (Sand worm) |
C |
Z |
198 |
Nereis: Reproduction |
C |
Z |
201 |
Nereis: Digestive system |
C |
Z |
11 |
Earthworm : Embryo Development |
C |
Z |
241 |
Leech : Sense Organs |
C |
Z |
242 |
Leech: Stages Of Cocoon Formation |
C |
Z |
245 |
Millipede (Julus) |
C |
Z |
246 |
Centipebe ( Scolopendra) |
C |
Z |
248 |
Planaria External Features & Anatomy |
C |
Z |
249 |
Planaria : Digestive & Excretory System |
C |
Z |
250 |
Planaria : Nervous & reproductive System |
C |
ARTHROPODA |
Z |
92 |
Cockroach : External Features |
C |
Z |
93 |
Cockroach : Head & Mouth Parts |
C |
Z |
94 |
Cockroach : Digestive System |
C |
Z |
95 |
Cockroach : Respiratory System |
C |
Z |
96 |
Cockroach : Circulatory &Nervous Systems |
C |
Z |
97 |
Cockroach : Reproductive System |
C |
Z |
163 |
Cockroach : Excretory System |
C |
Z |
162 |
Cockroach : Life Cycle |
C |
Z |
98 |
Mouth parts of Mosquito, Housefl y and Butterfl y |
C |
Z |
105 |
Prawn : Appendages |
C |
Z |
139 |
Prawn : Digestive System |
C |
Z |
145 |
Prawn : Respiratory & Circulatory Systems |
C |
Z |
206 |
Prawn: Nervous system |
C |
Z |
208 |
Prawn: Excretory system & External Features |
C |
Z |
213 |
Prawn: Reproductive System |
C |
Z |
156 |
Life History of House Fly |
C |
Z |
157 |
Life History of Butter Fly |
C |
Z |
158 |
Life History of Mosquito |
C |
Z |
159 |
Life History of Silk Moth |
C |
Z |
176 |
Harmful & Useful Insects |
C |
Z |
180 |
Scorpion : Book Lungs |
C |
Z |
181 |
Honey Bee : Life Cycle |
C |
Z |
193 |
Lac Insect: Life Cycle |
C |
Z |
187 |
Peripatus |
C |
Z |
209 |
Scorpion: External features |
C |
Z |
210 |
Scorpion: Nervous system & Digestive System |
C |
Z |
212 |
Scorpion: Circulatory&Excretory System |
C |
Z |
214 |
Scorpion: Reproductive System |
C |
Z |
211 |
Grass Hopper:External Features & its Mouth Parts |
C |
Z |
256 |
Grass Hopper: Digestive System & Nervous system |
C |
Z |
257 |
Grass Hopper: Circulatory & Reproductive System |
C |
Z |
233 |
Chamaeleon |
C |
Z |
244 |
Spider (Aranea) |
C |
Z |
260 |
Bat : External Features |
C |
Z |
263 |
Crustacean Larvae |
C |
MOLLUSCA |
Z |
112 |
Unio : Structure |
C |
Z |
113 |
Unio : Respiratory System |
C |
Z |
114 |
Pila : Shell & Mantle cavity |
C |
Z |
147 |
Nervous System : Prawn, Pila & Unio |
B |
Z |
179 |
Unio : Digestive & Circulatory System |
C |
Z |
196 |
Torsion in Gastropoda |
C |
Z |
219 |
Pila : Digestive System |
C |
Z |
220 |
Pila : Sense Organs |
C |
Z |
222 |
Pila : Excretory & ReproductiveSystem |
C |
Z |
261 |
Octopus : Sturucture & Anatomy |
C |
Z |
262 |
Octopus : Brain & Nervous System |
C |
ECHINODERMATA |
Z |
132 |
Asterias : External Features |
C |
Z |
136 |
Asterias : Water Vascular System |
C |
Z |
137 |
Asterias : Development |
C |
PROTOCHORDATA |
Z |
106 |
Amphioxus : External Features |
C |
Z |
107 |
Amphioxus : Transverse Sections |
C |
Z |
108 |
Amphioxus : Digestive System |
C |
Z |
119 |
Amphioxus : Circulatory & Excretory Systems |
C |
Z |
120 |
Amphioxus : Development - Early |
C |
Z |
121 |
Amphioxus : Development - Later |
C |
Z |
146 |
Herdmania : External Characters |
C |
Z |
140 |
Herdmania : Blood Vascular System |
C |
Z |
130 |
Herdmania : Development and
Retrogressive Metamorphosis |
C |
Z |
190 |
Balanoglossus |
C |
SCOLIODON |
Z |
67 |
Scoliodon : Skull |
C |
Z |
69 |
Scoliodon : Digestive System |
C |
Z |
70 |
Scoliodon : Afferent & Efferent Vessels |
C |
Z |
71 |
Scoliodon : Venous System |
C |
Z |
72 |
Scoliodon : Urinogenital System |
C |
Z |
73 |
Scoliodon : Brain |
C |
Z |
74 |
Scoliodon : Cranial Nerves |
C |
Z |
124 |
Scoliodon : Heart |
C |
Z |
225 |
Cartilaginous Fishes |
C |
Z |
226 |
Lung Fishes (Depnoi) & Latimeriafi shes |
C |
Z |
227 |
Teleost Fishes |
C |
Z |
258 |
Labeo rohita : Skull system |
C |
Z |
259 |
Labeo rohita : External Features |
C |
AVES |
Z |
228 |
Ratitaebirds |
C |
FROG : HISTOLOGY |
Z |
23 |
Frog : Epithelial and Muscular Tissue |
C |
Z |
24 |
Frog : Connective Tissue and Nerve Cells |
C |
Z |
25 |
Frog : Skin |
C |
Z |
26 |
Frog : Stomach and Intestine |
C |
Z |
27 |
Frog : Liver and Pancreas |
C |
Z |
28 |
Frog : Lung and Kidney |
C |
Z |
29 |
Frog : Testis and Ovary |
C |
Z |
30 |
Frog : Spinal Cord |
C |
FROG:ANATOMY AND PHYSIOLOGY |
Z |
4 |
Frog : Appendicular Skeleton |
C |
Z |
19 |
Frog : Skull |
C |
Z |
20 |
Frog : Vertebral Column |
C |
Z |
21 |
Frog : External Features |
C |
Z |
22 |
Frog : Anatomy |
C |
Z |
31 |
Frog : Digestive System |
C |
Z |
32 |
Frog : Respiratory System |
C |
Z |
33 |
Frog : Heart |
C |
Z |
34 |
Frog : Venous System |
C |
Z |
35 |
Frog : Arterial System |
C |
Z |
36 |
Frog : Urinogenital System |
C |
Z |
37 |
Frog : Brain |
C |
Z |
38 |
Frog : Cranial Nerves |
C |
Z |
39 |
Frog : Spinal and Sympathetic Nerves |
C |
Z |
40 |
Frog : Eye and Ear |
C |
Z |
99 |
Frog : Development-Early |
C |
Z |
100 |
Frog : Development & metamorphosis |
C |
DISSECTIONS |
Z |
75 |
Lizard : Venous System |
C |
Z |
76 |
Lizard : Arterial System |
C |
Z |
77 |
Pigeon : Venous System |
C |
Z |
78 |
Pigeon : Arterial System |
C |
Z |
79 |
Rat : Venous System |
C |
Z |
80 |
Rat : Arterial System |
C |
OSTEOLOGY |
Z |
5 |
Rabbit : Appendicular Skeleton |
C |
Z |
17 |
Rabbit : Skull |
C |
Z |
18 |
Rabbit : Vertebrae |
C |
Z |
264 |
Articulated Skeleton of Rabbit |
C |
Z |
110 |
Varanus : Appendicular Skeleton |
C |
Z |
128 |
Varanus : Vertebrae |
C |
Z |
129 |
Fowl : Vertebrae |
C |
Z |
111 |
Fowl : Appendicular Skeleton |
C |
Z |
237 |
Rat : Skull System |
C |
EMBRYOLOGY |
Z |
81 |
Chick : Gastrulation |
C |
Z |
82 |
Chick : 20-30 hrs. Embryo |
C |
Z |
83 |
Chick : 48-56 hrs. Embryo |
C |
Z |
84 |
Chick : 72 hrs . Embryo |
C |
Z |
85 |
Chick : 96 hrs. Embryo |
C |
Z |
99 |
Frog : Development - Early |
C |
Z |
100 |
Frog : Development and Metamorphosis |
C |
Z |
130 |
Herdmania : Development and
Retrogressive Metamorphosis |
C |
Z |
120 |
Amphioxus : Development - Early |
C |
Z |
121 |
Amphioxus : Development - Later |
C |
Z |
170 |
Placenta Types : Histological Structure |
C |
Z |
171 |
Placenta Types : Distribution of Villi |
C |
Z |
177 |
Types of Eggs & Cleavages |
C |
CYTOLOGY |
Z |
1 |
Ultra Structure of a typical Animal Cell |
C |
Z |
12 |
Mitosis in Animals |
C |
Z |
13 |
Structure of chromosome during Mitosis |
C |
Z |
14 |
Meiosis in Animals ( 1st Division) |
C |
Z |
15 |
Meiosis in Animals ( 2nd Division) |
C |
Z |
16 |
Structure of Chromosome during Meiosis |
C |
MAMMALIAN HISTOLOGY |
Z |
86 |
Rabbit : Connective tissue |
C |
Z |
87 |
Rabbit : Stomach and Intestine |
C |
Z |
88 |
Rabbit : Liver and Pancreas |
C |
Z |
89 |
Rabbit : Lung, Spleen and Spinal Cord |
C |
Z |
90 |
Rabbit : Kidney |
C |
Z |
91 |
Rabbit :Testis and Ovary |
C |
COMPARATIVE ANATOMY |
Z |
6 |
Vertebrates : Hind Limb Bones |
C |
Z |
7 |
Vertebrates : Pelvic Girdles |
C |
Z |
8 |
Vertebrates : Fore Limb Bones |
C |
Z |
9 |
Vertebrates : Pectoral Girdles |
C |
Z |
122 |
Vertebrates : Evolution of Aortic Arches |
C |
Z |
123 |
Vertebrates : Heart |
C |
Z |
125 |
Vertebrates : Brain |
C |
Z |
141 |
Vertebrates : Male Urinogenital System |
C |
Z |
142 |
Vertebrates : Female Urinogenital System |
C |
Z |
160 |
Snakes: Poisonous |
C |
Z |
172 |
Snakes: Non Poisonous |
C |
Z |
235 |
Vertebrate : Arterial System |
C |
Z |
236 |
Vertebrate:SkullSystem |
C |
Z |
240 |
Comparative Account Of Jaw Suspension |
C |
GENERAL ANATOMY |
Z |
118 |
Hair : Structure & Development |
C |
Z |
144 |
Lizard & Pigeon : Urinogenital System |
C |
Z |
148 |
Tooth : Structure & Development |
C |
Z |
152 |
Rat : Digestive System |
C |
Z |
153 |
Rat : Urinogenital System |
C |
Z |
164 |
Fish : External Features |
C |
Z |
165 |
Bird : External Features |
C |
Z |
174 |
Larvae : Invertebrata |
C |
Z |
182 |
Birds & Their Nests |
C |
Z |
183 |
Cow : Digestive System |
C |
Z |
189 |
Animals |
C |
Z |
223 |
Homologous organs: Animals |
C |
Z |
224 |
Analogous organs: Animals |
C |
Z |
266 |
Rat: External Features |
C |
PIGEON : ANATOMY AND PHYSIOLOGY |
Z |
77 |
Pigeon : Venous System |
C |
Z |
78 |
Pigeon : Arterial System |
C |
Z |
154 |
Pigeon : Digestive System |
C |
Z |
155 |
Pigeon : Respiratory System |
C |
Z |
175 |
Pigeon : Flight Muscles |
C |
Z |
115 |
Pigeon : Heart |
C |
Z |
136 |
Pigeon : Brain |
C |
Z |
117 |
Feather : Structure,Types& Develop. |
C |
Z |
191 |
Pigeon : External Features |
C |
Z |
144 |
Lizard & Pigeon : Urinogenital System |
C |
RABBIT ANATOMY & PHYSIOLOGY |
Z |
116 |
Rabbit : Heart |
C |
Z |
133 |
Rabbit : Brain |
C |
Z |
136 |
Rabbit : Anatomy |
C |
Z |
143 |
Rabbit : Urinogenital System |
C |
Z |
149 |
Rabbit : Digestive System |
C |
Z |
150 |
Rabbit : Arterial System |
C |
Z |
151 |
Rabbit : Venous System |
C |
Z |
184 |
Rabbit : Nervous System |
C |
Z |
185 |
Rabbit : Cranial & Spinal Nerves |
C |
Z |
186 |
Rabbit : Respiratory System |
C |
Z |
187 |
Rabbit & Hare : External Features |
C |
Z |
188 |
Rabbit : Embryo Development |
C |
Z |
229 |
Rabbit : Types of Joints |
C |
Z |
230 |
Rabbit : Male Reproductive System |
C |
Z |
231 |
Rabbit : Female Reproductive System |
C |
POULTRY |
Z |
63 |
Poultry Disease |
C |
EVOLUTION |
Z |
10 |
Evolution of Horse |
C |
Z |
166 |
Archaeopteryx |
C |
Z |
167 |
Morphological Evidences |
C |
Z |
168 |
Lamarckism |
C |
Z |
169 |
Evolution of Man |
C |
Z |
173 |
Embryological Evidences |
C |
Z |
199 |
Zoogeographical distribution of Animals
This is a double sized chart (1.25m x 2m) |
2C |
Bi |
41 |
Animal Kingdom |
C |
CHORDATA |
Z |
202 |
Calotes : External Features & Digestive system |
C |
Z |
203 |
Calotes: Heart & arterial system |
B |
Z |
204 |
Calotes: Venous system |
B |
Z |
205 |
Calotes: Urinogenital system |
C |
Z |
217 |
Calotes : Skull |
B |
Z |
218 |
Calotes : Digestive & Respiratory System |
C |
Z |
265 |
Salamander |
C |
AQUACULTURE |
Z |
255 |
Fish Culture & rearing Methods |
C |
Z |
68 |
Aquacualture Importence |
B |