Dissipation kinetics of spirotetramat and its metabolite in soils - Nageswara Rao, Tentu;Benarji Patrudu, T;Raghu Babu, K
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The laboratory study was conducted to evaluate the persistence of Spirotetramat 240 SC (w/v) in sandy loam, loamy sand, sandy clay and clay soils. T0 - Untreated Control T1 - Spirotetramat 240 SC (w/v) @ 0.05 mg/L T2 - Spirotetramat 240 SC (w/v) @ 1.0 mg/L Collected the composite soil sample from 0-15 cm depth 2 hours (0 day) after the application. Continued the sampling on 1 3, 5 and 7 days for Spirotetramat and its BYI 08330 enol metabolite. All the samples were analysed for spirotetramat content by a validated HPLC-UV method with an acceptable mean recovery of spirotetramat; 92% for Sandy…mehr

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Produktbeschreibung
The laboratory study was conducted to evaluate the persistence of Spirotetramat 240 SC (w/v) in sandy loam, loamy sand, sandy clay and clay soils. T0 - Untreated Control T1 - Spirotetramat 240 SC (w/v) @ 0.05 mg/L T2 - Spirotetramat 240 SC (w/v) @ 1.0 mg/L Collected the composite soil sample from 0-15 cm depth 2 hours (0 day) after the application. Continued the sampling on 1 3, 5 and 7 days for Spirotetramat and its BYI 08330 enol metabolite. All the samples were analysed for spirotetramat content by a validated HPLC-UV method with an acceptable mean recovery of spirotetramat; 92% for Sandy loam, 93% for Loamy sand, 91% for Sandy clay and 90% for Clay soil. The limit of determination (LOQ) is 0.03 ppm for Spirotetramat and its BYI 08330 enol metabolite.
Autorenporträt
Tentu Nageswara Rao has completed M.Phill from Andhra University, present he was doing PhD in Krishna University. He has worked as an analytical Scientist in various GLP Laboratories. His area of interest is to develop new analytical methods for bio, environmental, and pharmaceutical samples.