- Fenitrothion is a contact
insecticide and selective acaricide of low ovicidal properties.
- Fenitrothion belongs to the
organophosphate family of insecticides.
- Fenitrothion is
non-systemic, and non-persistent.
- The complexation by
cyclodextrin (??-CD) of three organophosphorus pesticides, fenitrothion,
parathion
and methylparathion, and of their carboxylic ester
analogues was analyzed using PM3 and molecular mechanics methods.
- The analytical method used
in the Brazilian trials involves extraction of combined analytes of
fenitrothion and esfenvalerate with ethyl acetate in the presence of
sodium sulphate, partitioning by a mixture of cyclohexane and ethyl
acetate, and cleaning by gel permeation chromatography. The
analytes
are determined quantitatively by gas chromatography using electron
capture detectors (μ-
ECD, Ni63 pulsing) for esfenvalerate and
pulsing flame photometric detection (FPD) for fenitrothion.
- Fenitrothion is registered
for use in many countries on a wide range of crops.
- Several methods for the
determination of fenitrothion in cereal grains and their processed
products were produced. Extraction with acetone, acetone/water,
methanol, acetonitrile/water or acetonitrile is followed by clean-up,
partitioning into a suitable organic solvent and quantification by
GC-FTD, GC-ECD, GC with an FPD, or GC-MS.
- Fenitrothion was evaluated
for residual spraying in antimalaria programmes in a largescale
field
trial.
- Physicochemical and
insecticidal properties of fenitrothion microcapsule (MC) is used as a
new residual spraying formulation for mosquito control.
- The photodegradation
kinetics of fenitrothion in various water media were examined under both
direct and indirect
photolysis with respect to degradation rate,
half-life, and phototransformation kinetics of fenitrothion.
- Fenitrothion is mainly used
in agriculture for controlling chewing and sucking insects
on rice,
cereals, fruits, vegetables, stored grains and cotton and in forest
areas. It is
also used for the control of flies, mosquitos and
cockroaches in public health programmes and/or indoor use.
- The insecticide fenitrothion
was able to penetrate the avian eggshell following exposure to Sumithion
50 EC (50 % fenitrothion) by immersion.
- Canadian
forests constitute 10% of the total forested land mass of planet earth
[1] and are thus a key element in global carbon and other biogeochemical
cycles. Our forests provide habitat for an estimated 140,000
species of plants, animals and microorganisms
- Forest
management in Canada covers a spectrum ranging from extensive through
basic to intensive with varying degrees of human intervention, financial
investment and scientific basis
- In Canada, owing largely to
difficult access, remoteness of sites, and inherent cost-effectiveness
relative to other alternatives, herbicides remain the principal
mechanism for controlling competing vegetation. However, in contrast to
the United States, and many other major timber producing countries, only
a few herbicides are registered for broadcast application in Canada
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General Information
- About
Fenitrothion
- Fenitrothion data
sheet
- Fenitrothion
Explanation
- Fenitrothion data
specification
- Fenitrothion
Company
Profiles
- China Company
- Company from Victoria
- Company from
UAE
- Company from China
Analysis
- Fenitrithion Residue and
analytical aspects
- Evaluation of fenitrothion
for the control of malaria
- Kinetics of decompositition
of organophosphate Fenitrothion by
decontaminating foam-making
blends
- Laboratory evaluation of
Fenitrothion microcapsules as a new residual spraying formulation for
mosquito control
- Photodegradation kinetics of
fenitrothion in various aqueous media and its effect on steroid hormones
biosynthesis
- Purification and
Characterization of an Esterase Conferring
Resistance to Fenitrothion
in Oryzaephilus surinamensis (L.)
(Insecta, Coleoptera,
Silvanidae)
- Fenitrothion and
esfenvalerate stability during corn and wheat
sample
processing
- Technical
Fenitrothion
Application
- The Effect of aerially
applied fenitrothion and chlorprrifos on birds in the savannah of
northern senegal
- A Case Study of the Use of
Fenitrothion in New Brunswick: The Evolution of an Ordered Approach to
Ecological Monitoring
- Effect of temperature on an
enzyme assay to detect fenitrothion resistance in Anopheles
albimanus
mosquitos
- Fenitrothion-induced cell
malformations in vitro
in Spodoptera exigua cell line UCR-Se-1
- Involvement of Two Plasmids
in Fenitrothion Degradation by
Burkholderia sp. Strain NF100
- A large-scale field trial of
ultra-low-volume fenitrothion applied by a portable mist blower
for
the control of Aedes aegypti
- Residues of Fenitrothion in
chick embryos following exposure of fertile eggs to
this
organophosphorus insecticide
- Fenitrothion in
Drinking-water
Technology
- Voltammetric Determination
of Fenitrothion
- Biosensor for Direct
Determination of Fenitrothion and EPN Using Recombinant Pseudomonas
putida JS444 With Surface- Expressed Organophosphorous Hydrolase. 2.
Modified Carbon Paste Electrode
- Electrochemical Detection of
Fenitrothion Using Poly-(4-amino-3- hydroxynaphthalene-1-sulfonic acid)
Modified Glassy Carbon Electrode
- Sublethal effects of
fenitrothion on forest passerines
Patent
- Degradation of phosphate
esters by molybdocene and tungstocene derivatives
- Process for the preparation
of insect repelling/killing film
- Insect repelling/killing
composition and method of use thereof
- Insecticidal composition of
endosulfan in fenitrothion for U.L.V treatment
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Consultants
- Consultants from
Canada
- Consultants from
Malaysia
- Consultants from New
York
- Consultants from USA
Material Safety Data
Sheet
- MSDS 1
- MSDS 2
- MSDS 3
- MSDS 4
- MSDS 5
- MSDS 6
- MSDS 7
- MSDS 8
- MSDS 9
- MSDS 10
Effects &
Properties
- Effects of long-term
exposure to fenitrothion on Spodoptera exigua and Tenebrio molitor
larval development and antioxidant enzyme activity
- Impact of Fenitrothion
Thermal Fogging on some Biological and
Biochemical Parameters in New
Zealand Rabbits as Non-target
Organisms
- Effects of oral
administration of fenitrothion on biochemical and hemetological
parameters in rats
- Effect of the
Organophosphate insecticide, Sumithion
(fenitrothion) on the liver of
Albino rats.
- The effect of fenitrothion
on spodoptera axigua larval tissues and the in vitro cell line:
UCR-SE-1
- Ultrastructural alterations
induced by fenitrothion on fat body cells and midgut cells of Tenebrio
molitor L. (Insecta, Coleoptera) larvae
- Biological and
Physiochemical properties of fenitrothion microcapsules as a residual
spraying formulation for mosquito control
Report
- Fenitrothion Facts
sheet
- Pesticides in Forestry
- NRA Review of Fenitrothion –
Occupational Health and Safety Assessment
- Pesticide residues in food
2000 : Fenitrothion
- Review report for the active
substance fenitrothion
finalised in the Standing Committee on the
Food Chain and Animal Health
Regulatory
Act
- Fenitrothion Review History
and Regulatory Outcomes
- Reregistration Eligibility
Decision (RED) Fenitrothion
- Registration Status of
Fenitrothion Insecticide
- NRA Review of Fenitrothion -
Interim Report
Toxicity
- Toxic Substance Profile :
Fenitrothion
- Fenitrothion: Toxicokinetics
and Toxicologic Evaluation in Human Volunteers
- Immunotoxicological
Insignificance of Fenitrothion in Mice and Rats
- Investigation of acute
toxicity of fenitrothion on peppered
corydoras (Corydoras paleatus)
(Jenyns, 1842)
- Fenitrothion - Pesticide
Profile Information
- Acute fenitrothion
poisoning
- Toxicity of Permethrin and
Fenitrothion to six species of stored product insects
Suppliers
- Fenitrothion
SellingLeads
- Fenitrothion
Exporters
- Fenitrothion Manufacturers
& Suppliers
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