Supply Of Laboratory Chemicals And Instruments

Sharing tender

Supply Of Laboratory Chemicals And Instruments - 2 2, 4-Dimethylaniline [ C8h11n ] 3 Acetanilide [ C8h9no ] 4 Acetic Acid Glacial [ Ch3cooh ] 5 Acetic Anhydride [ ( Ch3co ) 2O ] 6 Acetone [ ( Ch3 ) 2Co ] 7 Acetophenone [ C6h5c ( O ) Ch3 ] 8 Dl - Alanine [ C3h7no2 ] For Chromatography 9 Aluminium Chloride [ Alcl3 ] 10 Aluminium Sulphate [ Al2 ( So4 ) 3 ] 11 Ammonia Solution [ Nh4oh ] 12 Ammonium Bromide [ Nh4br ] 13 Ammonium Carbonate [ ( Nh4 ) 2Co3 ] 14 Ammonium Chloride [ Nh4cl ] 15 Ammonium Ferric Sulphate Dodecahydrate [ Nh4fe ( So4 ) 2 ] .12H2o 16 Ammonium Ferrous Sulphate Hexahydrate [ Feso4 ( Nh4 ) 2So4.6H2o ] 17 Ammonium Oxalate [ ( Nh4 ) 2C2o4 – ] 18 Ammonium Sulphate [ ( Nh4 ) 2So4 ] 19 Aniline [ C6h5nh2 ] 20 D - Arginine [ C6h14n4o2 ] For Chromatography 21 Arsenic Trioxide [ As2o3 ] 22 Barium Carbonate [ Baco3 ] 23 Barium Chloride [ Bacl2 ] 24 Barium Nitrate [ Ba ( No3 ) 2 ] 25 Benzaldehyde [ C6h5cho ] 26 Benzamide [ C6h5c ( O ) Nh2 ] 27 Benzanilide [ C6h5c ( O ) Nhc6h5 ] 28 Benzene [ C6h6 ] 29 Benzoic Acid [ C6h5cooh ] 30 Benzophenone [ ( C6h5 ) 2Co ] 31 Benzoyl Chloride [ C6h5cocl ] 32 Borax Powder 33 Bromine ( Br2 ) Water 34 Bromine [ Br2 ] 35 Bromopyrogallol Red Indicator 36 Butanone [ Ch3c ( O ) Ch2ch3 ] 37 Calcium Carbonate [ Caco3 ] 38 Calcium Chloride [ Cacl2 ] 39 Calcium Chloride Dihydrate [ Cacl2.2H2o ] 40 Calcium Sulphate [ Caso4 ] 41 Carbon Tetrachloride [ Ccl4 ] 42 Catechol [ C6h4 ( Oh ) 2 ] 43 Ceric Ammonium Nitrate [ ( Nh4 ) 2Ce ( No3 ) 6 ] 44 Chlorine ( Cl2 ) Water 45 Chlorobenzene [ C6h5cl ] 46 Chloroform [ Chcl3 ] 47 Chromium Trichloride Hexahydrate [ Crcl3. 6H2o ] 48 Cinnamic Acid [ C9h8o2 ] 49 Cobalt Chloride Hexahydrate [ Cocl2 .6H2o ] 50 Cobalt Nitrate Hexahydrate [ Co ( No3 ) 2.6H2o ] 51 Copper ( Cu ) Foil 52 Copper ( Cu ) Powder 53 Copper Chloride Anhydrous [ Cucl2 ] 54 Copper Chloride Dihydrate [ Cucl2. 2H2o ] 55 Copper Sulphate Pentahydrate [ Cuso4.5H2o ] 56 Diammonium Phosphate [ ( Nh4 ) 2Hpo4 ] 57 Diethyl Ether [ O ( Ch2ch3 ) 2 ] 58 Dimethyl Ether [ O ( Ch3 ) 2 ] 59 Dimethylglyoxime [ Dmg ] 60 Diphenylamine [ ( C6h5 ) 2Nh ] 61 Eriochrome Black T Indicator 62 Ethyl Acetate [ Ch3cooc2h5 ] 63 Ethylenediaminetetraacetate ( Di Sodium Salt ) [ Edta ] 64 Ferric Chloride [ Fecl3 ] 65 Ferric Chloride Hexahydrate [ Fecl3.6H2o ] 66 Ferrous Sulphate Heptahydrate [ Feso4.7H2o ] 67 Ferrous Sulphide [ Fes ] 68 Glucose [ C6h12o6 ] 69 Glutaric Acid [ C3h6 ( Cooh ) 2 ] 70 Glycerine [ C3h8o3 ] 71 Glycine [ C2h5no2 ] For Chromatography 72 Hexamine Powder 73 D-Histidine [ C6h9n3o2 ] For Chromatography 74 Hydrochloric Acid [ Hcl ] 75 Iodine ( Solid ) [ I2 ] Resublimed 76 Lead Acetate [ Pbch3cooh ] 77 Lead Nitrate [ Pb ( No3 ) 2 ] 78 L-Lysine [ C6h14n2o2 ] For Chromatography 79 Magnesium Carbonate [ Mgco3 ] 80 Magnesium Nitrate [ Mg ( No3 ) 2 ] 81 Magnesium Sulphate [ Mgso4 ] 82 Malonic Acid [ Ch2 ( Cooh ) 2 ] 83 Manganese Chloride Tetrahydrate [ Mncl2.4H2o ] 84 Manganese Sulphate Monohydrate [ Mnso4.H2o ] 85 M-Cresol [ Ch3c6h4 ( Oh ) ] 86 M-Dinitrobenzene [ C6h4 ( No2 ) 2 ] 87 Mercury Chloride [ Hgcl2 ] 88 Methanol [ Ch3oh ] 89 Dl-Methionine [ C5h11no2s ] For Chromatography 90 Methyl Acetate [ Ch3cooch3 ] 91 Methyl Orange Indicator 92 Methyl Salicylate [ C6h4 ( Oh ) ( Co2ch3 ) ] 93 Murexide Indicator 94 N, N-Dimethyl Aniline [ C8h11n ] 95 N-Amylalcohol [ Ch3 ( Ch2 ) 4Oh ] 96 N-Butanol [ C4h9oh ] 97 Naphthalene [ C10h8 ] 98 N-Butylalcohol [ C4h9oh ] 99 Nessler Reagent 100 N-Hexane [ C6h14 ] 101 Nickel Chloride Hexahydrate [ Nicl2.6H2o ] 102 Nickel Sulphate Heptahydrate [ Niso4.7H2o ] 103 Ninhydrin [ C9h6o4 ] 104 Nitric Acid [ Hno3 ] 105 N-Propylalcohol [ C3h7oh ] 106 O-Cresol [ Ch3c6h4 ( Oh ) ] 107 O-Nitroaniline [ H2nc6h4no2 ] 108 O-Nitrophenol [ Hoc6h4no2 ] 109 Oxalic Acid [ ( Cooh ) 2 ] 110 P-Cresol [ Ch3c6h4 ( Oh ) ] 111 Ph 7 Tablet Box 112 Ph 10 Tablet Box 113 Phenol [ C6h5oh ] 114 Dl-Phenyl Alanine [ C9h11no2 ] For Chromatography 115 Phenyl Salicylate [ C13h10o3 ] 116 Phosphoric Acid [ H3po4 ] 117 Phthalic Acid [ C6h4 ( Cooh ) 2 ] 118 Phthalic Anhydride [ C6h4 ( Co ) 2O ] 119 P-Nitrophenol [ Hoc6h4no2 ] 120 Potassium Bromide [ Kbr ] 121 Potassium Carbonate [ K2co3 ] 122 Potassium Chloride [ Kcl ] 123 Potassium Chromate [ K2cro4 ] 124 Potassium Dichromate [ K2cr2o7 ] 125 Potassium Iodide [ Ki ] 126 Potassium Nitrate [ Kno3 ] 127 Potassium Nitrite [ Kno2 ] 128 Potassium Permanganate [ Kmno4 ] 129 Potassium Sulphate [ K2so4 ] 130 Potassium Thiocyanate [ Kcns ] 131 P-Toludine [ C6h4ch3nh2 ] 132 Quinhydrone Powder 133 Resorcinol [ C6h4 ( Oh ) 2 ] 134 Rubinic Acid [ C30h46o4 ] 135 Salicylaldehyde [ C7h6o2 ] 136 Salicylic Acid [ C7h6o3 ] 137 Schiff’S Reagent 138 Silica Powder ( For Chromatography ) 139 Silver Nitrate [ Agno3 ] 140 Sodalime 141 Sodium ( Na ) Metal Pieces 142 Sodium Acetate [ Ch3coona ] 143 Sodium Bicarbonate [ Nahco3 ] 144 Sodium Disulfite [ Nahso3 ] 145 Sodium Bromide [ Nabr ] 146 Sodium Carbonate [ Na2co3 ] 147 Sodium Chloride [ Nacl ] 148 Sodium Hydroxide [ Naoh ] 149 Sodium Nitrate [ Nano3 ] 150 Sodium Nitrite [ Nano2 ] 151 Sodium Phosphate Dibasic [ Na2hpo4 ] 152 Sodium Phosphate Tribasic [ Na3po4 ] 153 Sodium Thiosulfate Pentahydrate [ Na2s2o3.5H2o ] 154 ?-Napthol [ C10h7oh ] 155 Starch Powder ( Soluble ) 156 Strontium Chloride [ Srcl2 ] 157 Strontium Nitrate [ Sr ( No3 ) 2 ] 158 Succinic Acid [ C4h6o4 ] 159 Sucrose [ C12h22o11 ] 160 Sulphanilic Acid [ C6h7no3s ] 161 Sulphuric Acid [ H2so4 ] 162 Tartaric Acid [ C4h6o6 ] 163 Toluene [ C6h5ch3 ] 164 L-Tyrosine [ C9h11no3 ] For Chromatography 165 Urea [ Co ( Nh2 ) 2 ] 166 Xylene [ ( Ch3 ) 2C6h4 ] 167 Xylenol Orange Indicator 168 Zinc Chloride [ Zncl2 ] 169 Zinc Sulphide [ Zns ] 170 Zinc Uranyl Acetate [ ( Znuo2 ( Ch3coo ) 4 ] 171 A-Naphthol [ C10h7oh ] 172 Refractometer 173 Oswald Viscometer 174 Specific Gravity Bottle With Stopper ( 100 Ml ) 175 Specific Gravity Bottle With Stopper ( 50 Ml ) 176 Digital Polarimeter [ Polarimeter Microprocessor Based Fully Automatic, 10Cms & 20Cms Unbreakable Pvc Tube & Teflon Tube. Resolution : 0.1Degree, Accuracy : ± 0.1 Degree ] N ( Required Company - Analab Scientific Instrument, Equiptronics, Systronics, Labtronics & Remi Only ) 177 Potentiometer [ Microprocessor Based Instrument ] Npc Compatible With Software. Combined Titration Electrode. Range : ± 1.999 V, Accuracy : .001 Volts, 4 Digit Led Display, Storage : 2 Digit Led Display, Can Store 0-100 Values / 1000 In P.C., Dimension : 80 Mm ( H ) X 235 Mm ( W ) X 150 Mm ( L ) , Standard Cell : 1.018 V Inbuilt, Accessories : Special Reference Electrode & Pt Electrode, Standard Set & Rod, Electrode Clamp, Rod, Teflon Magnet, Screwdriver & Dust Proof Cover N ( Required Company - Analab Scientific Instrument, Equiptronics, Systronics, Labtronics & Remi Only ) 178 Silver Electrode 179 Ph Meter [ Combination Glass Ph Electrode, Standard Buffer Tablets ( 7.00 Ph, 4.01 Ph & 9.18 Ph ) , Electrode Stand With Clamp, Base Plate & Rod, Dust Cover, In-Built Power Cord ] Ph / Mv Range : 0-14 Ph Ntemperature Range : 0 To 100ºc, Resolution : Ph: 0.01, ( Manual Compensation ) , 4 Digit Led Display, Dimension : 90 Mm ( H ) X 225 Mm ( W ) X 220 Mm ( L ) , Electrode : Unbreakable Glass + Reference Combined Electrode N ( Required Company - Analab Scientific Instrument, Equiptronics, Systronics, Labtronics & Remi Only ) 180 Glass Electrode 181 Calomel Electrode 182 Platinum Electrode 183 Conductometer [ Conductivity Cell K = 1, 4 Digit Led Display, Range : 0.01 To 200.00 Ms / Cm, Resolution : 0.1 Ms / Cm Or 0.1Μs / Cm, Accuracy : ± 1% ± Last 2 Digits, Dimension : 95 Mm ( H ) X 155Mm ( W ) X 285 Mm ( L ) , Temperature Range : 0 To 130°C, Accessories : Screwdriver And Dust Proof Cover, Temperature Probe, Electrode Stand Consists Of Clamp, Base Plate & Rod, Dc Adaptor ] N ( Required Company - Analab Scientific Instrument, Equiptronics, Systronics, Labtronics & Remi Only ) 184 Conductivity Cell 185 Burette - Plastic ( 50 Ml ) 186 Turmeric Paper Box 187 Thread ( 10 Meter ) 188 Pipette - Glass ( 10 Ml ) 189 Measuring Dropper Glass ( 1 Ml ) 190 Measuring Flask Glass ( 100 Ml ) 191 Distilled Water 192 Cobalt Glass 193 Filter Paper - Simple 194 Digital Stopclock 195 Hair Drier 1600W – ( Required Company- Philips, Havells & Syska ) 196 Spray Bottle - Glass ( For Chromatography ) ( 100 Ml ) 197 Glass Chamber For Ascending Paper Chromatography ( 30 Cm Length, 7 Cm Diameter ) 198 Petri Dish - Glass - ( For Circular Chromatography ) 20 Cm Diameter 199 Glass Plate For Tlc Chromatography ( 20 Cm Length X 7 Cm Width ) 200 Whatman Filter Paper Sheet ( 57 Cm Length X 46 Cm Width ) For Ascending Chromatography 201 Whatman Filter Paper No. 41 ( 150 Mm ) For Paper Chromatography 202 Kmno4 203 5 % Malachite Green Aqueous Solution 204 0.5 % Aqueous Saffranin 205 95% Ethanol 206 10% Nigrosine Aqueous Solution 207 Formaldehyde Aqueous Solution 208 Sodium Nitrate 209 Sodium Nitroprusside 210 Salmonella Shigella Ss Agar 211 Alcohol Distillation Assambly 212 Tannic Acid 213 Yeast Extract Powder 214 Mnso4 215 Cacl2 216 Znso4 217 Cuso4 218 H3bo3 ( Boric Acid ) 219 K2 So4al2 ( So4 ) 3. 24 H2o ( Alum ) 220 Na Moo4. 2 H2o 221 Nitrilotriacetate 222 Sodium Acetate 223 Tartaric Acid 224 Succinic Acid 225 Lactic Acid 226 H2o2 Hydrogen Peroxide 30% 227 3, 4-Dimethoxybenzyl Alcohol ( Veratryl Alcohol ) 228 Di-Methyl Amino Benzoic Acid ( Dmab ) 229 3-Methyl-2-Benzothiazolinone Hydrazone Hydrochloride Monohydrate A. R. ( Mbth ) 230 Ammonium Sulphate 231 Grams Iodine Solution 232 Disposable L Spreader 233 Eppendorf Vial Tube ( 1.5 Ml ) 234 Eppendorf Vial Tube Rack Alphanumerical Grid Marking, 60 Place ( 5X12 ) For 1.5 Ml Tubes 235 Thumb Press Dispensing Dropper 236 Spirit ( Required For Identification Of Blood Cell Through Microscopy ) 237 Needle ( Each Packet Of 20 Nos ) ( Required For Identification Of Blood Cell Through Microscopy ) 238 Alcohol ( Absolute ) ( Required For Identification Of Blood Cell Through Microscopy ) 239 Syringe ( Medical Based ) ( Required For Identification Of Blood Cell Through Microscopy ) 240 Coverslip Standard Quality ( Each Of 25 Nos ) ( Required For Identification Of Blood Cell Through Microscopy ) 241 Thoma’S Pipette ( R.B.C ) ( Required For Total Count Of R. B. C. ) 242 Hayem’S Diluting Fluid ( For Rbc ) ( Required For Total Count Of R. B. C. ) 243 Stoppered Glass Tube ( 10 Ml ) ( Required For Total Count Of R. B. C. ) 244 Acetic Acid Glacial ( Required For Total Count Of W. B. C. ) 245 Thoma’S Pipette ( W.B.C ) ( Required For Total Count Of W. B. C. ) 246 Distilled Water ( Required For Total Count Of W. B. C. ) 247 Aqueous Methylene Blue ( 0.3 % W / V ) ( Required For Total Count Of W. B. C. ) 248 Turks Diluting Fluid ( For Wbc ) ( Required For Total Count Of W. B. C. ) 249 Blood Sample Collection Tube ( Edta ) ( 5 Ml ) ( Required For Total Count Of W. B. C. ) 250 Blood Sample Collection Tube ( Sodium Fluoride ) 251 Field Stain A ( Required For Differential Count Of W. B. C. ) 252 Field Stain B ( Required For Differential Count Of W. B. C. ) 253 Methanol ( Required For Differential Count Of W. B. C. ) 254 Ethanol ( Required For Differential Count Of W. B. C. ) 255 Paper Towel ( Tissue Roll ) ( Required For Differential Count Of W. B. C. ) 256 Alfa – Amylase 257 Dnsa Prepared Aqueous Reagent For Reducing Sugar Analysis 258 Sodium Potassium Tartrate 259 Bovine Serum Albumin 260 Barfoed’S Reagent 261 Sodium Carbonate ( Na2co3 ) ( Required For Determination Of Vmax And Km For Alkaline Phosphatase Enzyme By Performing Substrate Curve With Line Weaver Burk Plot ) 262 Sodium Bicarbonate Nahco3 ( Required For Determination Of Vmax And Km For Alkaline Phosphatase Enzyme By Performing Substrate Curve With Line Weaver Burk Plot ) 263 P-Nitro Phenyl Phosphate ( Required For Determination Of Vmax And Km For Alkaline Phosphatase Enzyme By Performing Substrate Curve With Line Weaver Burk Plot ) 264 Alkaline Phosphatase Enzyme ( Required For Determination Of Vmax And Km For Alkaline Phosphatase Enzyme By Performing Substrate Curve With Line Weaver Burk Plot ) 265 P-Nitro Phenol ( Required For Determination Of Vmax And Km For Alkaline Phosphatase Enzyme By Performing Substrate Curve With Line Weaver Burk Plot ) 266 Sodium Citrate Dihydrate ( Mw: 294.1 / Mol ) ( Required To Prepare Citrate And Acetate Buffer ) 267 Citric Acid ( Mw: 192.1 G / Mol ) ( Required To Prepare Citrate And Acetate Buffer ) 268 Sodium Acetate ( Mw: 82.03 G / Mol ) ( Required To Prepare Citrate And Acetate Buffer ) 269 Acetic Acid ( Mw: 60.05 G / Mol ) ( Required To Prepare Citrate And Acetate Buffer ) 270 Malt Extract Agar ( Hi Media ) ( Required To Prepare Citrate And Acetate Buffer ) 271 Moeller Decarboxylase Broth With L- Lysine ( Required For Determination Of Amino Acid Decarboxylase Activity ) 272 Beef Extract ( Required For Determination Of Amino Acid Decarboxylase Activity ) 273 Bromocresol Purple ( Required For Determination Of Amino Acid Decarboxylase Activity ) 274 L- Lysine ( Required For Determination Of Amino Acid Decarboxylase Activity ) 275 Calcium Carbonate ( Required For Winogradsky Column ) 276 Gypsum ( Required For Winogradsky Column ) 277 Minimal Salt Medium ( Hi Media ) ( Required For Winogradsky Column ) 278 1.5 Ml Eppendorf Tube ( Required For Isolation Of Genomic Dna From Bacteria And Agarose Gel Electrophoresis ) 279 E. Coli Strain A ( Required For Isolation Of Genomic Dna From Bacteria And Agarose Gel Electrophoresis ) 280 Cell Lysis Buffer ( Required For Isolation Of Genomic Dna From Bacteria And Agarose Gel Electrophoresis ) 281 Bromophenol Blue ( Required For Isolation Of Genomic Dna From Bacteria And Agarose Gel Electrophoresis ) 282 50X Tae ( Required For Isolation Of Genomic Dna From Bacteria And Agarose Gel Electrophoresis ) 283 1.5 Ml Vial ( Required For Isolation Of Genomic Dna From Bacteria And Agarose Gel Electrophoresis ) 284 Isopropenol ( Required For Isolation Of Genomic Dna From Bacteria And Agarose Gel Electrophoresis ) 285 Te Buffer ( Required For Isolation Of Genomic Dna From Bacteria And Agarose Gel Electrophoresis ) 286 Phenol ( Required For Isolation Of Genomic Dna From Bacteria And Agarose Gel Electrophoresis ) 287 Chloroform ( Required For Isolation Of Genomic Dna From Bacteria And Agarose Gel Electrophoresis ) 288 Isoamyl Alcohol ( Required For Isolation Of Genomic Dna From Bacteria And Agarose Gel Electrophoresis ) 289 Agarose ( Electrophoretic Grade ) ( Required For Isolation Of Genomic Dna From Bacteria And Agarose Gel Electrophoresis ) 290 Etbr ( Ethidium Bromide ) Solution ( Required For Isolation Of Genomic Dna From Bacteria And Agarose Gel Electrophoresis ) 291 Agarose Gel Electrophoresis Apparatus ( Horizontal ) 18 – 20 Cm ( Length ) X 25 – 30 ( Breadth ) X 5- 7.5 Cm ( Height ) , 40-60 Samples, Multichannel Pipette Compatible Combs And Gel Caster N ( Required For Isolation Of Genomic Dna From Bacteria And Agarose Gel Electrophoresis ) N ( Required Company – Hi-Media, Merck, Thermo Scientific & Sigma ) 292 Agarose Gel Electrophoresis Apparatus ( Vertical ) 10 – 12 Cm ( Length ) X 8 – 10 ( Breadth ) X 8 - 12 Cm ( Height ) , 5-10 Samples, Glass Plate ( 10 X10 Cm ) , Comb Capacity Of 35Μl -50Μl And Gel Caster. N ( Required For Isolation Of Genomic Dna From Bacteria And Agarose Gel Electrophoresis ) N ( Required Company – Hi-Media, Merck, Thermo Scientific & Sigma ) 293 Uv Transilluminator N-Auto Shutdown With Timer For Longer Life Of Uv Tube N-Light Weight With Superior Sensitivity N-Long Life, Pure Uv Quartz Filter N-Resistant To Most Chemicals, Minor Scratches, Polarization N-High Intensity Uv Tubes Are Used To View Dna & Rna Gels N-Highly Polished Reflectors For Uniform Illumination N-Electric High Frequency Ballast To Allow Instant Start N-Ultra Safe Uv Blocking Lid To Protect From Direct Exposure To Uv Light N ( Required For Isolation Of Genomic Dna From Bacteria And Agarose Gel Electrophoresis ) N ( Required Company – Hi-Media, Merck, Thermo Scientific & Sigma ) 294 Tris Hcl ( Required For Isolation Of Genomic Dna From Bacteria And Agarose Gel Electrophoresis ) 295 Edta ( Required For Isolation Of Genomic Dna From Bacteria And Agarose Gel Electrophoresis ) 296 Calf Thymus Dna ( Required For To Estimate Concentration Of Dna By Dpa ( Diphenylamine ) Method ) 297 1 N Hcio4 Prepared Solution ( Perchloric Acid ) ( Required For To Estimate Concentration Of Dna By Dpa ( Diphenylamine ) Method ) 298 Acetaldehyde ( Required For To Estimate Concentration Of Dna By Dpa ( Diphenylamine ) Method ) 299 Diphenylamine ( Required For To Estimate Concentration Of Dna By Dpa ( Diphenylamine ) Method ) 300 Dried Yeast ( Required For To Isolate And Estimate Rna From Yeast ) 301 Potassium Acetate ( Required For To Isolate And Estimate Rna From Yeast ) 302 Absolute Ethanol ( 100 % ) ( Required For To Isolate And Estimate Rna From Yeast ) 303 Orcinol Reagent ( Required For To Isolate And Estimate Rna From Yeast ) 304 Black Craft Paper ( Required For To Isolate And Estimate Rna From Yeast ) 305 Sds Separating Gel Mix ( Required For Sds Page Electrophoresis ) 306 Sds Stacking Gel Mix ( Required For Sds Page Electrophoresis ) 307 Ammonium Persulphate ( Required For Sds Page Electrophoresis ) 308 Tris Glycine Buffer 10X Concentration ( Required For Sds Page Electrophoresis ) 309 Sample Loading Buffer ( Required For Sds Page Electrophoresis ) 310 Aps Vial ( Required For Sds Page Electrophoresis ) 311 Brilliant Blue R Stain 2X Concentration ( Required For Sds Page Electrophoresis ) 312 Destainer 4X Concentration ( Required For Sds Page Electrophoresis ) 313 Tetracycline ( Required For Conjugation In E. Coli ) 314 Streptomycine ( Required For Conjugation In E. Coli ) 315 E. Coli Strain B ( Required For Conjugation In E. Coli ) 316 Trypticase Soy Agar ( Required For Gradient Plate Method ) 317 S. Typhimurium Culture 318 L- Histidine Hcl 319 Biotine 320 2-Nitrofluorene 321 Hair Dyes ( Any Two ) 322 Wilkins Broth ( Required Forprimary Screening Of Antibiotic Producing Microbes ) 323 Wilkins Agar ( Required Forprimary Screening Of Antibiotic Producing Microbes ) 324 Bromothymol Blue ( Required Forprimary Screening Of Antibiotic Producing Microbes ) 325 Penicillin / Streptomycin / Amphotericin ( 10 Gram Each Seperately ) ( Required Forprimary Screening Of Antibiotic Producing Microbes And Fermentative Production Of Alcohol ) 326 Potassium Dichromate ( Required Forprimary Screening Of Antibiotic Producing Microbes And Fermentative Production Of Alcohol ) 327 Ki ( Required Forprimary Screening Of Antibiotic Producing Microbes And Fermentative Production Of Alcohol ) 328 Na2s2o3 Sodium Thiosulfate ( Required Forprimary Screening Of Antibiotic Producing Microbes And Fermentative Production Of Alcohol ) 329 Sodium Alginate ( Required Foryeast Cell Immobilization ) 330 Glutaraldehyde ( Required Foryeast Cell Immobilization ) 331 Calcium Chloride ( Required Foryeast Cell Immobilization ) 332 Soybean Casein Digest Broth ( Required Forsterility Testing ) 333 Lactophenol ( Required Forsterility Testing ) 334 Thioglycolate Broth ( Required Forsterility Testing ) 335 Multi Antibiotic Disc Amoxicillin, Cefaclore And Chloramphenicol ( Required For Antibiotic Susceptibility Testing ) 336 Antisera Kit ( Blood Grouping Testing Kit ) ( Required For Blood Grouping ) 337 Widal Test Kit ( For Serodiagnosis Of Typhoid ) O, H, A ( H ) , B ( H ) Antigen ( Required For Widal Test ) 338 Round Bottom Dreyers Agglutination Tube With Anticoagulant ( Edta Tube ) ( Required For ) 339 Drabkin’S Reagent ( Poison ) ( Required For Haemoglobin Estimation ) 340 Ethylenediaminetetraacetic Acid Dipotassium Salt Dihydrate ( Required For Widal Test ) 341 R.P.R ( V.D.R.L ) Kit With Plastic Slide For Syphilis Diagnosis 342 Heparin Tube ( Required For Erythrocyte Sedimentation ) 343 Esr Tube ( Wester Green Tube ) For Erythrocyte Sedimentation ( Required For Erythrocyte Sedimentation ) 344 Wester Green Tube Rack For Erythrocyte Sedimentation ( Required For Erythrocyte Sedimentation ) 345 Glucose Oxidase Peroxidase Chromogen Reagent ( Required For Erythrocyte Sedimentation ) 346 Benzoic Acid ( Required For Erythrocyte Sedimentation ) 347 Phenol ( Required For Urine Analysis ) 348 Diazo A ( Sulphanilic Nitrite Solution ) ( Required For Urine Analysis ) 349 Diazo B ( Sodium Nitrite Solution ) ( Required For Urine Analysis ) 350 Activator ( Caffeine ) Solution ( Required For Urine Analysis ) 351 Acetic Acid ( Required For Urine Analysis ) 352 Solid Ammonium Sulphate ( Required For Urine Analysis ) 353 Sodium Nitroprusside ( Required For Urine Analysis ) 354 Ammonia ( Required For Urine Analysis ) 355 10% Barium Chlorite ( Required For Urine Analysis ) 356 Fouchet’S Reagent ( Required For Urine Analysis ) 357 Watman No. 1 Filter Paper ( 12.5 Cm ) ( Pack Of 100 ) ( Required For Urine Analysis ) 358 Finely Grounded Sulphur Powder ( Required For Urine Analysis ) 359 Phenolphthalein Reagent ( Required For Urine Analysis ) 360 H2o2 Solution ( Required For Urine Analysis ) 361 10% Buffer Saline ( Required For Urine Analysis ) 362 Sodium Chloride ( Required For Urine Analysis ) 363 Na2hpo4.2H2o ( Required For Urine Analysis ) 364 Trisodium Citrate ( Required For Urine Analysis ) 365 Neutral Formaldehyde 40% ( Required For Urine Analysis ) 366 Brilliant Blue ( Required For Urine Analysis ) 367 Sahli’S Pipett ( 20 Microl ) ( Required For Urine Analysis ) 368 Bromothymol Blue ( Required For Urine Analysis ) 369 For Practical Determine The G Using Katers Pendulum: Required Instrument- Full Setup Including Katers Pendulum ( Material: Metal ) , Reading Telescope, Meter Rule, Digital Stop Watch, Knief Edge 370 For Practical Study Of Damped Simple Harmonic Motion: Required Instrument- Full Setup Including Log Decrement, Lamp & Scale, Digital Stop Watch 371 For Practical Study Of Double Refraction Of Calcite Prism: Required Instrument- Calcite Prism, Sodium Vapour Lamp, Ph Ballast Ibu For Sodium Vapour Lamp, Wooden Slit Box 372 For Practical Determination Of Youngs Modulus Y Of A Bar By Bending Of Beam ( Young Modulus Of Beam By Elevation Method ) : Required Instrument- Full Setup Including Bending Of Beam Apparatus: Consists Of A Metal Beam, Slotted Weight Set Of 5 ( 500Gm Each ) , Slotted Weight Set Of 5 ( 1000Gm Each ) Vernier Calliper, Micrometer Screw Qauge, Traveling Microscope With Superior Quality 373 For Practical Determination Of Modulus Of Rigidity ? Of Rod By Bartons Vertical App ( Torsons Vertical Pattern Apparatus ) : Required Instrument- Full Setup Including Bartons Apparatus Vertical Pattern Steel Frame Mounted On Heavy Cast Iron Base With Leveling Screws, Slotted Weight Set Of 5 ( 500Gm Each ) , Vernier Calliper, Micrometer Screw Qauge, Wooden Scale Of 100Cm 374 For Practical To Determine Radius Of Curvature Of A Given Lens And Refractive Index Of Glass Using Optical Lever Method: Required Instrument- Full Setup Including Optical Lever, Rising Table, Reading Telescope Superior Quality, Suitable Convex Lens, Lens / Mirror Holder, Parallax Pins, Wooden Scale Of 100Cm 375 For Practical To Determine Viscosity Of Liquid By Log Decrement Method: Required Instrument- Full Setup Including Flat Bottom Aluminium Tapeli, Log Decrement Apparatus, Lamp And Scale Arrangement, Digital Stop Watch 376 For Practical Comparision Of Capacity ( C1 / C2 ) Using Method Of Mixture: Required Instrument- Full Setup Including Condenser ( Capacitor ) 0.47 Mfd & 1.0 Mfd Fitted Win Box With Terminals, D.P.D.T. Switch, Ballistic Galvanometer, Lamp & Scale Arrangement With Built-In Transformer, Ic Regulated Power Supply With 2V Fixed Range, Plug Key 1-Way, Resistance Box 1 To 10000 O Superior Quality 377 For Practical Determine The Self Induction Of Coils Using Owens Bridge: Required Instrument- Full Setup In One Box With All Components Builtin, With Null Detector And Built In Oscillator ( Required Companies: Omega / India Scientific Equipments / Hi-Tech / Caltronics ) 378 For Practical Mutual Inductance By Ballistic Galvanometer: Required Instrument- Full Setup Including Mutual Inductance Coils For 2 Different Values, Tapping Key, Decade Resistance Box With 3 Dials, Plug Key Four Way, Ballistic Galvanometer, Lamp & Scale Arrangement, Ic Regulated Power Supply With 2V Fixed Range, Plug Key, Single, Resistance Box 1-10000 O 379 For Practical Study Of Transformers Coils Using Bridge Rectifier: Required Instrument- Full Setup Circuit Board For This Experiment With Inbuilt Transformer And Bridge Rectifier Circuit And Three Meters ( Two Ac Voltmeters And One Dc Milliammeter ) , Variac 2Amp., Closed Type Superior - For Ac Power ( Required Companies: Omega / India Scientific Equipments / Hi-Tech / Caltronics ) 380 For Practical To Determine The Self-Inductance / Mutual Inductance Of A Given Coil By Rayleigh’S Method.: Required Instrument- Full Setup Of Rayleigh Self Inductance Bridge Without Ballistic Galvanometer, Lamp & Scale, Ic Regulated Power Supply 381 For Practical Absolute Value Of Capacity Of A Capacitor By B.G.: Required Instrument- Not Full Setup, Only Condenser ( Capacitor ) 0.22 Mfd, Charge & Discharge Key, Resistance Box 0.1 To 0.5 O Superior Quality 382 For Practical Study Of H Parameter Of Ce Transistor : Required Instrument- Full Setup Cirucit Board With Built-In Meters And Power Source ( Required Companies: Omega / India Scientific Equipments / Hi-Tech / Caltronics ) 383 For Practical Study Of Single Stage Transformer Coupled Amplifier: Required Instrument- Full Setup Including Circuit Board For This Experiment With Built In Power Supply Without Cro & Function Generator ( Required Companies: Omega / India Scientific Equipments / Hi-Tech / Caltronics / Scientech ) 384 For Practical Study Of Complementry - Symmetry Power Amplifier: Required Instrument- Full Setup Including Circuit Board For This Experiment With Built In Power Supply, Without Cro & Function Generator ( Required Companies: Omega / India Scientific Equipments / Hi-Tech / Caltronics / Scientech ) 385 For Practical Study Of Series Voltage Regulator Using Transistor: Required Instrument- Full Setup Including Circuit Board With Built - In Meters And Power Source ( Required Companies: Omega / India Scientific Equipments / Hi-Tech / Caltronics ) 386 For Practical Electronic Voltmeter Using Fet: Required Instrument- Full Setup Including Circuit Board With Built-In Multimeter And Power Source ( Required Companies: Omega / India Scientific Equipments / Hi-Tech / Caltronics ) 387 For Practical Study Of Hartley Oscillator Using Transistor: Required Instrument- Circuit Board For This Experiment With Built In Power Supply, No Need Of Cro ( Omega / India Scientific Equipments / Hi-Tech / Caltronics ) 388 For Practical Study Of Rc Phase Shift Oscillator Using Transistor: Required Instrument- Circuit Board For This Experiment With Built In Power Supply, No Need Of Cro ( Required Companies: Omega / India Scientific Equipments / Hi-Tech / Caltronics ) 389 For Practical To Determine The Capacitance Or To Compare Capacitance By Wien Bridge: Required Instrument- Full Setup Circuit Board In One Box ( Required Companies: Omega / India Scientific Equipments / Hi-Tech / Caltronics ) 390 For Practical Study Of Resonance Pendulum: Required Instrument- Only Bar Pendulum 100Cms Long Having Bored At Every 5Cms Supplied With 2 Removeable Knief Edges And Wall Bracket No Need Of Reading Telescope, Stop Watch & Meter Scale 391 For Practical Determination The Young Modulus By Koenigs Method: Required Instrument- Full Setup Including Y By Koening Method Apparatuses - Consisting Of One Metal Flat Bar, Two Mirror Attachments Can Be Slide On The Two Heavy Knief Edges Mounted On Hreavy Clamp Which Can Be Fitted On The Table, Meter Scale 100Cm, Retort Stand Having Cast Iron Heavy Base, Universal Clamp, Slotted Weight Set With Hamger 5 X 250G, No Need Of Vernier Calliper & Micrometer Screw Qauge 392 For Practical Determine The Elastic Constants Using Flat Spiral Spring.: Required Instrument- Full Setup Including Spring Made From Iron Wire, Retort Stand Having Cast Iron Heavy Base, Heavy Clamp, Slotted Weights Set Of 5 X 100G, Metal Rectangular Rods Of Same Diameter But With 3 Different Lengths 393 For Practical Study Of Platinum Resistance Thermometer: Required Instrument- Full Setup Including Platinum Resistance Thermometer, Hypsometer, Standard Cell, Plug Key And Connecting Leads 394 For Practical Resolving Power Of Diffraction Grating: Required Instrument- Only Auxillary Slit ( Variable ) Drum Type Lc 0.001Cm, D.E.D.F. Prism 32X32mm, No Other Instruments Required 395 For Practical Study Of Temperature On-Off Controller With Thermistor.: Required Instrument- Full Setup Including Circuit Board For This Experiment With Built In Power Supply, Thermometer ( Required Companies: Omega / India Scientific Equipments / Hi-Tech / Caltronics ) 396 For Practical To Determine Young’S Modulus ( Y ) , Modulus Of Rigidity ( ? ) , Poission’S Ratio ( S ) And Bulk Modulus ( K ) For The Material Of Wire By Searl’S Arrangement.: Required Instrument- Rigidity Apparatus - Searls Patten - 30Cms Long Wire Under Test Is Connected To Two Brass Square Bars About 30Cms In Length. Both The Rods Are Having Fitted With Screws For To Fit Test Wire. These Rods Can Be Suspended In Hook In Same Plane. Complete With Three Test Wires And Connecting Screws, Metal Stand For Rigidity Apparatus, Digital Balance, Thin But Strong Thread, No Need Of Vernier Calliper, Micrometer Screw Qauge & Stop Watch 397 For Practical To Determine Refractive Index Of Liquid By Bi Prism: Required Instrument- Only Fresnals Biprism 40X30mm, No Other Instruments Required 398 For Practical Phot Conductivity Of Selenium Cell: Required Instrument- Full Setup Including Circuit Board With Built In Two Digital Meters And Solar Cell Console With Light Arrangement To Activate Solar Cell ( Required Companies: Omega / India Scientific Equipments / Hi-Tech / Caltronics ) 399 For Practical To Determine Self Inductance Of A Coil By Anderson’S Bridge: Required Instrument- Full Setup In One Box With All Components Builtin, With Null Detector And Built In Oscillator ( Required Companies: Omega / India Scientific Equipments / Hi-Tech / Caltronics ) 400 For Practical ‘E’ By Milikan’S Method: Required Instrument- Full Setup Consisting Of Main Apparatus, Power Supply And Automizer Spray With Manual 401 For Practical Study Of Op-Amp Using Ic 741: Required Instrument- Circuit Board For This Experiment With Built In Power Supply, No Need Of Cro & Signal Generator ( Required Companies: Omega / India Scientific Equipments / Hi-Tech / Caltronics ) 402 For Practical Study Of Ic 555 Timer Circuit: Required Instrument- Circuit Board For This Experiment With Built In Power Supply, No Need Of Cro ( Required Companies: Omega / India Scientific Equipments / Hi-Tech / Caltronics ) 403 For Practical Study Of 4-Bit Ripple Counter.: Required Instrument- Full Setup Circuit Board For This Experiment With Built In Power Supply ( Required Companies: Omega / India Scientific Equipments / Hi-Tech / Caltronics ) 404 For Practical Study Of Ujt As Relaxation Oscillator.: Required Instrument- Circuit Board For This Experiment With Builtin Power Source, No Need Of Cro ( Required Companies: Omega / India Scientific Equipments / Hi-Tech / Caltronics ) 405 For Practical Study Of Modulation And Demodulation Using Ic 723: Required Instrument- Circuit Board For This Experiment With Built In Power Supply, No Need Of Cro & Signal Generator ( Required Companies: Omega / India Scientific Equipments / Hi-Tech / Caltronics ) 406 Micropipette Set Of Each ( 1-100 Ul, 1-200 Ul 1-1000Ul, 1000-5000 Ul, 1000-10000 Ul ) With Pipette Stand Of Mansion Pipettes N ( Required Company- Thermo Scientific, Eppendorf And Satorius ) 407 Micropipette - 1-100 Ul And 100-1000Ul N ( Required Company- Thermo Scientific, Eppendorf And Satorius ) 408 Kovacs Reagent ( 100 Ml ) 409 Millions Reagent ( 15% W / V Mercury Sulphate In 15% V / V H2so4 ) ( 100 Ml ) 410 Ninhydrin Reagent ( 0.2%W / V Ninhydrin Phosphate Buffer Ph 7 ) ( 100 Ml ) 411 Malachite Green ( Prepared Reagent ) Not Powder ( 125 Ml ) 412 Nigrosine ( Prepared Reagent ) 10% W / V Solution ( 100 Ml ) 413 Copper Sulphate Pentahydrate -Cuso4.5H2o ( 500 Gm ) 414 Hydrochloric Acid - Hcl ( 500 Ml ) 415 Sulphuric Acid - H2so4 ( 1000 Ml ) 416 Sodium Nitrate - Nano3 ( 500 Gm ) 417 Dipotassium Hydrogen Phosphate - K2hpo4 ( 500 Gm ) 418 Ammonium Sulfate - ( Nh4 ) 2So4 - ( 500 Gm ) 419 Copper Chloride - Cucl2, Pure 98% ( 500 Gm ) 420 Sodium Nitroprusside - Na2 [ Fe ( Cn ) 5No ] , Ar 99% ( 100 Gm ) 421 Ammonia Solution ( 25% ) ( 500 Ml ) 422 Sodium Carbonate -Na2co3, Anhydrous ( 500 Gm ) 423 Sodium Bicarbonate -Nahco3 ( 500 Gm ) 424 Nitric Acid - Hno3 ( 1000 Ml ) 425 Potassium Ferricyanide K3 [ Fe ( Cn ) 6 ] , 98% ( 250 Gm ) 426 Laboratory Centrifuge With Two Rotor Head; ( 1 ) 8 X 50 Ml And ( 2 ) 12 X 15 Ml. Rotation Speed Not Less Than 10000 Rpm. ( Step Less Speed Regulator,  Safety Lid Interlock To Prevent Cover Opening During Centrifugation, Digital Speed Meter And 0-90 Minutes Digital Countdown Timer, Alphanumeric Lcd Display Of Speed ) N ( Required Company- Thermo Scientific, Eppendorf, Remi, Olympus And Satorius )