Joint FAO/IAEA Division of Nuclear Techniques in Food and Agriculture Seibersdorf Laboratory
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1987 - 1989
العنوانJoint FAO/IAEA Division of Nuclear Techniques in Food and Agriculture Seibersdorf Laboratory
الوصفS 1-2: Seibersdorf Laboratory; S 3-4: Training Course; S 5-42: Agrochemicals Unit: S 5-9: Herzens - a manually operated oxidizer; S 10-13: Biological Oxidizer OX-400; S 14-15: Insecticide-impregnated screens used for tsetse fly control; S 16-18: Beckman LS 7800, an automated liquid scintillation counter (LSC), is used in research; S 19-20: NE-LSC-2/Scaler Ratemeter SR7, a semi-automated LSC; S 22-23: Controlled Release (CR) formulations of herbicides tagged with radioactive isotopes; S 24-27: Tsetse flies are immobilized with nitrogen gas; S 28-29: Fabric-based target screens impregnated with insecticides being tested for efficacy by bioassay; S 30: CR formulation of pesticides being prepared using various biodegradable matrices, such as alginate, cellulose, starch and other polysaccharides; S 31: Gas liquid chromatograph (GC) analysis of pesticide residues; S 32: High-pressure liquid chromatographs (HPLC); S 34: CR formulation of herbicides; S 35-37: CR formulations of isotopically-labelled pesticides; S 38-39, 42: Crop and weed plants used in research related to the development of CR formulations of herbicides; S 43-63: Entomology Tsetse Fly: S 43: Invitro feeding of mass-reared Glossina tachinoides; S 44: Glossina tachinoides - freshly deposited third-instar larvae and melanisation of puparia; S 45-46: Mr. Feldmann demonstrating tsetse puparia of different species; S 47-48: Glossina tachinoides - small species, Glossina brevipalpis - large species; S 49: 10000 Glossina tachinoides puparia packed for shipment to a release project; S 50: Bacteriological screeening of blood diet; S 51-54: Henry Barnor demonstrating basic tsetse fly dissection techniques; S 55-56: Mr Barnor demonstrating the female reproductive system of the tsetse fly to Mr. Chuwa from Tanzania; S 57-59: Mr. Chuwa demonstrating the irradiation sterilization of flies; S: 60-63: Mr. Chuwa conducting a mating competitiveness test between irradiated sterile vs. fertile Glossina tachnoides; S 64-76: Entomology Medfly: S 64-68: Viwat Wornoayporn adding eggs to starter diet for medflies; S 69-70: Larvae of medly on starter diet to be transferred to finished diet; 71: Adult cages used for collecting medfly eggs; S 72-74: Pupae of the genetic sexing strain. Brown pupae are male, white pupae are female medflies; 75: Pupae on the right contain mixture of medfly pupae (male and female); S 76: Machine used for separating male and female medfly pupae by color; S 77-101: Plant Breeding Unit: S 77-81: Sterilization of plant containers; S 82 - 90: Banana-micropropagation of shoot tip culture (sterile condition); S 91: L.t.r. initiation of culture, micropropagation-meristerms, micropropagation after two weeks, plant in vermiculite; S 92: A particular plant in vermiculite; S 93-95: Preparing cell suspension for subculturing, manual chopping of cell aggregates callus to make fine suspension; S 96-98: Removal of cotyladonary and axillary buds of sterile plant of bambara groundnut for culturing; S 99-101: Growth chamber room; S 102-131: Soil Science Unit: S 102-104: ANA-SIRA mass spectrometer; S 105: Micromass 602; S 106-107: Metal vacuum line; S 108-109: Sample storage; S 110-111: JASCO N-150 Emission spectrometer; S 112: NOI-GE Emission spectrometer; S 113-114: Microbiology training; S 115: Dispatale of 15N-labelled fertilizer; S 116: Microbiology training; S 117: FAO Fermenter-inoculant production; S 118-119: BNF-Cowpea Rhizobial strains; S 120-121: Genetic variability nitrogen fixation of casuarina; S 122: Response of casuarina to frankia inoculation; S 123: Management practices on N2, fixed by Leucaena; S 124: BNF Cowpea Rhizobial strains; S 125, 127: Azolla Biofertilizer; S 128-129: Salinity-waterstress soybean; S 130-131: Greenhouse crops; S 132-175: Animal Production Unit: S 132: Kieltec digestion; S 134-135: Filtering in-vitro tubes; S 137-141: Rusitec equipment; S 142-145: GLC VFA Analyser; S 146-147: Trypanosomiasis Diagnosis - old methods; S 148: Trypanosomiasis diagnosis - ELISA methods; S 149: RIA Lab; S 150: Gamma counter multi-crystal; S 151: J.C. Counter; S 152-153: Pipetting training; S 154: Beckman-Centrifuge; S 155: ELISA Equipment; S 156: Decanting; S 157: Counting; S 158-159: ELISA washing process; S 160: Multiscan; S 161: ELISA for animal disease diagnosis; S 162-162: Data processing; S 164: Parking kits; S 165-167: Working under the Laminar Flow Hood; S 168-170: Cell counting; S 171: CO2 incubator; S 172-175: Hybridoma Production.
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