INVERTEBRATA
S.No |
Name of the topic |
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1 |
Ad nervous system in annelids, arthopoda Mollusca& |
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2 |
Entamoeba histolytica life cycle |
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3 |
Epidemic typhus infection |
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4 |
Giardia life cycle |
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5 |
Hormones and functions in coelenterates |
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6 |
Hormones in echinoderms |
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7 |
Hormones in Helminthic parasites |
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8 |
Leishmania life cycle |
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9 |
Leshmaniasis life cycle |
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10 |
Malaria |
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11 |
Neuroendocrine system of arthropods |
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12 |
Toxin and antitoxin systems |
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13 |
Trichinella spiralis life cycle |
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14 |
Trypnosoma life cycle |
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15 |
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S.No |
Name of the Topic |
Down load |
1 |
Aerial respiration | |
2 |
Arthropoda classification |
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3 |
Ascaris lumbricoides |
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4 |
Asterias |
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5 |
Aurelia |
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6 |
B.Sc zoology paper i notes |
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7 |
Balanced polymorphism |
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8 |
Balanoglossus |
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9 |
Canal systems in sponges |
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10 |
Cattle leech |
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11 |
advanced nervous system in annelida, arthopda and mollusca |
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12 |
Circulation in annelida |
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13 |
Circulation in arthropods |
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14 |
Circulation, repreproduction and excretion in annelids |
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circulatory system in Mollusca |
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16 |
Coelom |
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17 |
Coelom and its types |
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18 |
Coloration in animals |
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19 |
Corals |
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20 |
Dermal cells of sponges |
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21 |
Earthworm |
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22 |
Echinoderm and crustacean larve.pptx" |
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23 |
Echinodermata larvae |
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24 |
Evolution of minor phyla |
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25 |
Evolutionary significance of invertebratelarval stages |
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Excretory organs in Invertebrata i |
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27 |
Excretory organs in Invertebrata ii |
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28 |
Fasciola hepatica |
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29 |
Feeding in polychaete |
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39 |
Feeding mechanisms in lower metazoans |
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31 |
Feeding mechanisms in Mollusca and echinodermata |
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32 |
Filter feeding in polychaete |
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33 |
History of taxonomy and zoological nomenclature |
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34 |
Hydrostatic moments in Cnidarians & Annelida |
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35 |
Insect metamorphosis |
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36 |
International code of zoological nomenclature |
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37 |
Invertebrata lab manual3 |
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38 |
Invertebrata notes |
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39 |
Protozoan diseases |
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40 |
Larva of echinodermata |
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41 |
Larval forms of crustacea2 |
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42 |
Larval forms of crustacean |
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43 |
Leishmania |
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44 |
List of larvae of different animals |
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45 |
Locomotion in invertebrates |
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46 |
Mechanisms of external respiration |
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47 |
Metamerism |
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48 |
Mollusca classification |
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49 |
Monocystis |
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50 |
Mouth parts of insects |
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51 |
Nematihelminthes classification |
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52 |
Nematocysts |
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53 |
Nematode parasites of man |
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54 |
Nereis |
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55 |
Nervous system in insects |
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56 |
New Invertebrata lab manual |
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57 |
Obelia |
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58 |
Paramecium type study |
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59 |
Patterns of feeding in lower metazoans |
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60 |
Pheromones_ short notes_ |
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61 |
Phylum annelida classification |
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62 |
Phylum cnidarians characters and classification |
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63 |
Phylum platyhelminthes characters and classification |
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64 |
Phylum Porifera general characters and classification |
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65 |
Pila globosa |
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66 |
Polymorphism in coelenterata |
|
67 |
Primitive nervous system in coelenterata and echinoderms |
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68 |
Protozoa general characters and classification up | CLI CK HERE |
69 |
Protozoa locomotion |
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70 |
Protozoan diseases |
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71 |
Protozoan parasites of man |
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72 |
Respiration |
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73 |
Respiratory pigments structure and function |
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74 |
Rrspiratory organs in Invertebrata |
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75 |
Scythe |
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76 |
Structure of gills |
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77 |
Taxonomical procedure |
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78 |
Torsion in molluscs |
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79 |
Trends in development of nervous system |
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80 |
Water vascular system in echinoderms |
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81 |
Water vascular system of starfish |
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82 |
wochreria bonchofti |
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83 |
Salpa |
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84 |
sepia |
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85 |
sKELETAL STRUCTURES IN SPONGES |
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86 |
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87 |
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88 |
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89 |
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90 |
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91 |
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92 |
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93 |
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94 |
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95 |
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96 |
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97 |
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98 |
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99 |
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100 |
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