| 1 |
ECOTONE |
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| 2 |
ANDROGENESIS |
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| 3 |
POLYPLOIDY |
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| 4 |
FOOD WEB |
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| 5 |
TROPHIC LEVELS |
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| 6 |
BIOMES |
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| 7 |
BIOSPHERE |
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| 8 |
ECOLOGICAL NICHE |
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| 9 |
GYNOGENESIS |
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| 10 |
GREEN HOUSE EFFECT |
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| 11 |
FOOD CHAIN |
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| 12 |
BARBELS IN FISHES |
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| 13 |
HATCHERY BREEDING |
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| 14 |
FISH POISONS |
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| 15 |
COELACANTHIFORMES |
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| 16 |
DIPNOI |
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| 17 |
RAPD |
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| 18 |
OSTRACODERMS |
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| 19 |
HOLOCEPHALI |
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| 20 |
HAPPA BREEDING |
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| 21 |
CHROMOSOME BANDING (C,G & NOR) |
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| 22 |
BUNDH BREEDING |
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| 23 |
SMOKING METHOD OF FISH PRESERVATION |
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| 24 |
SALTING METHOD OF FISH PRESERVATION |
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| 25 |
ORNAMENTAL FISH TRADE IN INDIAS |
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| 26 |
DRYING for FISH PRESERVATION |
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| 27 |
TOXIC SUBSTANCES & THEIR EFFECTS ON FISHES |
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| 28 |
PHASE CONTRAST MICROSCOPY |
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| 29 |
ENVIRONMENTAL MONITORING |
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| 30 |
DEEP FREEZING OF FISHES |
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| 31 |
CANNING PRESERVATION OF FISHES |
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| 32 |
ELISA |
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| 33 |
FISH AS FOOD |
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| 34 |
THREADFIN FISHES |
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| 35 |
MACKEREL FISHERY |
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| 36 |
ELASMOBRANCH FISHERIES |
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| 37 |
EPIZOOTIC ULCERATIVE SYNDROME |
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| 38 |
MOLLUSCAN FISHERIES |
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| 39 |
ORNAMENTAL FISH & THEIR UPKEEP |
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| 40 |
Protozoan Diseases in Fish |
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| 41 |
BACTERIAL DISEASES IN FISH |
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| 42 |
FUNGAL DISEASES IN FISH |
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| 43 |
VIRAL DISEASES IN FISH |
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| 44 |
BACTERIAL DISEASES IN FISH |
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| 45 |
PARASITIC ADAPTATIONS IN PLATYHELMINTHES |
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| 46 |
CRUSTACEAN FISHERY |
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| 47 |
ENVIRONMENTAL POLLUTION |
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| 48 |
POLLUTION - GENERAL ACCOUNT |
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| 49 |
EXTINCT AMPHIBIANS |
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| 50 |
ENVIRONMENTAL ETHICS |
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| 51 |
AIR POLLUTION |
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| 52 |
WATER POLLUTION |
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| 53 |
SOIL POLLUTION |
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| 54 |
Radioactive Pollution |
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| 55 |
NOISE POLLUTION |
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| 56 |
MNT in FISH |
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| 57 |
ENVIRONMENTAL LEGISLATION IN INDIA |
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| 58 |
PULMONARYVOLUMES |
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| 59 |
MECHANISM OF BLOOD COAGULATION |
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| 60 |
BLOOD COAGULATION |
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| 61 |
BLOOD CLOTTING FACTORS |
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| 62 |
Transport of oxygen |
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| 63 |
Transport of CO2 |
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| 64 |
HALDANE EFFECT |
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| 65 |
BOHR’S EFFECT |
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| 66 |
CHLORIDE SHIFT |
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| 67 |
Women in Aquaculture |
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| 68 |
Weberian ossicles |
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| 69 |
Nervous System |
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| 70 |
Fasciola |
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| 71 |
Exclusive Economic Zone |
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| 72 |
Enterobius |
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| 73 |
Aquaculture as an Economic Enterprise |
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| 74 |
Ancylostoma |
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| 75 |
Amphibia |
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| 76 |
Western Blotting |
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| 77 |
Methods of Studying Endocrine Functions and their Manipulations |
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| 78 |
Flow Cytometer |
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| 79 |
Data Presentation |
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| 80 |
Data Collection and Sampling Techniques |
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| 81 |
Apiculture |
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| 82 |
Women in Aquaculture |
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| 83 |
Flightless Birds (Ratitae) |
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| 84 |
Enterobius |
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| 85 |
Ancylostoma |
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| 86 |
Student’s t-Test: A Test of Significance |
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| 87 |
TESTS OF SIGNIFICANCE |
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| 88 |
ANALYSIS OF VARIANCE (ANOVA) |
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| 89 |
Caudal Fin / Tails in Fish |
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| 90 |
PECULIARITIES AND AFFINITIES OF APODA |
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| 91 |
Larval stages of trematodes |
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| 92 |
Larval stages of Cestodes |
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| 93 |
CELL BIOLOGY –II |
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| 94 |
Ascaris lumbricoides |
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| 95 |
Air Breathing Organs in Fish |
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| 96 |
RESPONSIBLE FISHERIES CODE OF CONDUCT FOR RESPONSIBLE FISHERIES: CCRF |
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| 97 |
RAMACHANDRAN PLOT |
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| 98 |
Natural Selection |
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| 99 |
MECHANISMS OF SPECIATION |
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| 100 |
Effect of Parasites on Host
|
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| 101 |
EELS |
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| 102 |
Echinococcus granulosus |
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| 103 |
CATFISHES |
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| 104 |
Boats used in Fishing |
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| 105 |
Correlation: A Method of Bivariate Analysis |
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| 106 |
Kurtosis: A Measure of Shape Analysis |
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| 107 |
Regression: A Bivariate Analysis |
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| 108 |
Skewness: A Measure of Symmetry |
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| 109 |
CELL BIOLOGY –I : STRUCTURE AND FUNCTIONS OF THE CELL |
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| 110 |
Phylogenetics |
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| 111 |
Fishing Gears and Nets |
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| 112 |
Swim Bladder in Fish Disclaimer: |
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| 113 |
Kreb’s Cycle |
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| 114 |
Aquatic Weeds and their Control |
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| 115 |
Sleeping Sickness |
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| 116 |
Sericulture |
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| 117 |
Mulberry Silk Culture |
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| 118 |
Malaria |
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| 119 |
Kala-azar |
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| 120 |
ISINGLASS |
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| 121 |
GLYCOLYSIS |
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| 122 |
FISH SCALE |
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| 123 |
FISH PROTEINS |
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| 124 |
FISH OILS |
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| 125 |
Dysentery |
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| 126 |
DIARRHOEA |
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| 127 |
CLASSIFICATION OF PROTEINS |
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| 128 |
Amoebic Encephalitis and Keratitis |
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| 129 |
Standard Deviation |
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| 130 |
MODE : A MEASURE OF CENTRAL TENDENCY |
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| 131 |
MEAN DEVIATION |
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| 132 |
MEAN: A MEASURE OF CENTRAL TENDENCY |
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| 133 |
DNA FINGERPRINTING |
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| 134 |
GENERAL ORGANIZATION AND AFFINITIES OF OSTRACODERMS |
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| 135 |
GENERAL ORGANIZATION AND AFFINITIES OF HOLOCEPHALI |
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| 136 |
GENERAL ORGANIZATION AND AFFINITIES OF DIPNOI |
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| 137 |
GENERAL ORGANIZATION AND AFFINITIES OF COELACANTHIFORMES |
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| 138 |
ANTIDOTAL THERAPY AND TOXICOGENOMICS |
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| 139 |
Axostylata: Oxymonadea & Parabasalea |
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| 140 |
Apicomplexa (Sporozoa) |
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| 141 |
Ameboid Protozoa |
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| 142 |
Alveolta: Dinoflagellata |
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| 143 |
Alveolta: Ciliophora |
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| 144 |
Rhythms of the Brain |
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| 145 |
Regulation of seasonal migration |
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| 146 |
Pineal: It’s involvement in circadian organization |
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| 147 |
Pineal : as a clock??? |
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| 148 |
Molecular mechanisms underlying clock function in organisms. |
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| 149 |
Molecular clock and it's underlying mechanism |
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| 150 |
Food/ Temperature as cues (Ultimate/ Proximate) regulating seasonal biology |
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| 151 |
Light as Proximate cue regulating seasonal biology |
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| 152 |
Fish and Human health
|
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| 153 |
Haemoflagellates: Leishmania |
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| 154 |
RESTRICTION FRAGMENT LENGTH POLYMORPHISM (RFLP)
|
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| 155 |
POLYMERASE CHAIN REACTION (PCR) |
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| 156 |
Polymerase Chain Reaction (PCR) |
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| 157 |
Wuchereria Bancrofti
|
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| 158 |
DRACUNCULUS MEDINENSIS |
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| 159 |
Pediculus as Vector |
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| 160 |
Mosquito as Vector |
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| 161 |
Housefly as Vector |
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| 162 |
Cimex as Vector |
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| 163 |
Behavioural Genetics |
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| 164 |
Egg structure and types |
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| 165 |
Water Quality Requirements of fish CO2 |
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| 166 |
Role of PUFA in Cancer |
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| 167 |
Population Genetics: The Hardy- Weinberg Law |
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| 168 |
Polymerase Chain Reaction (PCR) |
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| 169 |
Patterns of Circulation among different animal groups II: PROTOCHORDATES AND VERTEBRATES |
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| 170 |
Patterns of Circulation among different animal groups I: NON-CHORDATES |
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| 171 |
DOSAGE COMPENSATION |
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| 172 |
ACID RAIN |
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| 173 |
PROTOZOA |
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| 174 |
ECHINODERMATA |
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| 175 |
Bombay Duck Fishery |
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| 176 |
Water Quality Requirements of Fishes -TURBIDITY. |
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| 177 |
Water Quality Requirements of Fishes - Osmotic Pressure. |
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| 178 |
Water Quality Requirements of teleost fishes pH. |
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| 179 |
Water Quality Requirements of Fishes - Salinity |
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| 180 |
Water Quality Requirements of fishes - Alkality |
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| 181 |
PLOTRAMACHANDRAN |
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| 182 |
Chromosomal Aberration Test: CAT |
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| 183 |
AQUARIUM FISH & THEIR MANAGEMENT |
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| 184 |
TICKS |
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| 185 |
Parasitic Protozoan Diseases in Human |
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| 186 |
Recombinant DNA technology |
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| 187 |
BASIC GENETICS I: Mendelian principles and their extensions |
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| 188 |
BASIC GENETICS II: Linkage and Crossing over; Linkage maps. |
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| 189 |
DNA Replication |
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| 190 |
AQUATIC MAMMALS |
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| 191 |
Intestinal Flagellates |
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| 192 |
WATER QUALITY REQUIREMENTS OF FISHES TEMPERATURE |
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| 193 |
WATER QUALITY REQUIREMENTS OF FISHES: NITROGEN |
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| 194 |
WATER QUALITY REQUIREMENTS OF FISHES DISSOLVED OXYGEN [DO] |
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| 195 |
RESPONSIBLE FISHERIES CODE OF CONDUCT FOR RESPONSIBLE FISHERIES: CCRF |
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| 196 |
PROBLEMS OF AQUACULTURE |
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| 197 |
MARICULTURE & ITS PROSPECTS |
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| 198 |
Polyculture of Fishes |
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| 199 |
POMFRET FISHERY |
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| 200 |
MONOCULTURE IN FISHERIES |
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| 201 |
INTEGRATED FISH FARMING (IFF) & THEIR MANAGEMENT |
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| 202 |
Fish in relation to Man and Human Welfare |
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| 203 |
AQUACULTURE AND IT’S PROSPECTS |
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| 204 |
Fisheries Cooperative Societies in India |
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| 205 |
Capture Fisheries of India: BOMBAY DUCK FISHERY |
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| 206 |
Brackish Water Fisheries-Mullets |
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| 207 |
Cleavage : Types and Patterns |
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| 208 |
FATE MAPS |
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| 209 |
Protozoa: reproduction |
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| 210 |
Protozoa: physiology |
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| 211 |
Protozoa: morphology |
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| 212 |
Protozoa: an introduction |
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| 213 |
Retortamonada : Retortamonadea & Diplomonadea |
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| 214 |
Protista |
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| 215 |
Euglenozoa : Kinetoplastida |
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| 216 |
Euglenozoa : Euglenoida |
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| 217 |
Choanoflagellata |
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| 218 |
Antigen-Antibody Interactions |
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| 219 |
Antigen Presentation |
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| 220 |
Antigen Processing |
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| 221 |
ELISA |
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| 222 |
Radio Immunoassay |
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| 223 |
STATISTICAL TOOLS IN BIOLOGY |
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| 224 |
MARINE PRAWN CULTURE |
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| 225 |
Genetic diversity in Freshwater fishes |
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| 226 |
FRESHWATERPRAWN CULTURE |
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| 227 |
Protochordata: Hemichordata |
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| 228 |
Protochordata: Affinities and systematic position |
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| 229 |
Protochordata: Cephalochordata |
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| 230 |
Protochordata: Urochordata |
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| 231 |
Protochordata: General introduction |
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| 232 |
Peripheral Oscillators |
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| 233 |
NON - CIRCA RHYTHMS: ULTRADIAN AND INFRADIAN RHYTHMS |
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| 234 |
JET LAG |
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| 235 |
Origin of Life Part 2 |
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| 236 |
Origin of Life Part 1 |
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| 237 |
LAC CULTURE |
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| 238 |
Endocrine disorders |
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| 239 |
Gonads |
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| 240 |
Pancreas |
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| 241 |
Adrenal Gland |
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| 242 |
Thyroid Gland |
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| 243 |
Pituitary gland |
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| 244 |
Pineal Gland |
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| 245 |
Feedback Loop & Hormone Interactions |
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| 246 |
Basic concepts of Endocrinology |
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| 247 |
TIDAL AND LUNAR RHYTHMS |
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| 248 |
SEASONAL RHYTHMS |
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| 249 |
CIRCADIAN RHYTHMS |
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| 250 |
Biological Clock/s = Rhythms |
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| 251 |
BIOLOGICAL RHYTHMS: History and present |
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| 252 |
Origin of Life Part 2 |
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| 253 |
Concept of Form follows function: With reference to trematode Anatomy, physiology, and life strategies |
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| 254 |
Origin of Life Part I |
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| 255 |
Descriptive Animal Taxonomy Rules and their Significance |
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| 256 |
Diabetes: Types, diagnosis, complications and it’s management |
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| 257 |
Studies On ACANTHOCEPHALANS INFESTING FISHES: identification tools, life cycle & histopathology |
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| 258 |
Studies On Digenetic Trematodes infectious to humans: life cycle and diagnosis |
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