- Dithianon is used on a range
of fruits and vegetables as a multi-site contact fungicide that inhibits
spore germination.
- The material balance from a
preliminary study showed that dithianon was not metabolized to volatile
compounds, including carbon dioxide.
- Dithianon was tested for
genotoxicity in an adequate range of assays, both in vitro and in vivo.
The majority of results were negative, including in vivo studies. There
were some positive results in vitro that occurred only at cytotoxic
doses.
- Fungicide/insecticide
mixtures were applied at times and doses commonlyused in commercial
orchard practice. Their effects on
photosynthesis and dark
respiration were evaluated in two seasons with respect to the potential
stress they impose on an apple tree using cv. ‘Elstar’. The mixtures
included the fungicides mancozeb, flusilazol and dithianon, and the
insecticides oxydemeton-methyl or pirimicarb.
- Seven pesticide including
dithianon application strategies were investigated to control apple scab
(Venturia inaequalis) and powdery
mildew (Podosphaera leucotricha)
and, at the same time, fulfil the new quality standards implemented by
some German retailers.
- Fungicides of integrated
fruit production (dithianon, captan, and diclofluanid) and an
organosilicone surfactant were compared in spray schedules from green
tip until summer in order to control apple scab caused by Venturia
inaequalis and to evaluate their phytotoxicity on fruit.
- A new, simple, and rapid
spectrophotometric method for the microdetermination of dithianon, on
the basis of its reaction with a dithiocarbamate, is described.
- The electrochemical
reduction behaviour of Dithianon has been studied by cyclic voltammetry
(CV) and differential pulse polarography (DPP) in methanolic
Britton-Robinson buffer of pH 2.0-12.0.
- The market for agrichemicals
to all African nations was estimated to be between US$500 million and
US$1 billion. Sales to sub-Saharan Africa were perhaps 50 percent
of total African sales or $250 to $500 million. At least 1,900 metric
tons of banned, canceled, or voluntarily suspended pesticides
manufactured in the United States were exported.
- The largest agrichemical
markets were North America with 29 percent of the global market, Western
Europe with 27 pe1ent, and Japan with 14 percert.
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General Information
- Dithianon General
Information
- Dithianon
- Dithianon Data Sheet
- Dithianon Explanation
Consultants &
Plant
- Consultant from China
- Consultant from
Maryland
- Consultant from
Russia
- Plant from
Orissa
Analysis
Process
- Analysis of compounds not
amenable to multi residue approach
- Apples and fungicide
residues: Influence of Apples processing and storage on consumer's
exposure
- A New Spectrophotometric
Method for the Determination of Dithianon in Commercial Formulations and
Its Residues in Foodstuffs
- Polarographic and
Voltammetric Determination of Dithianon in Environmental
Samples
Application
- Effects of fungicide and
insecticide mixtures on apple tree canopy photosynthesis, dark
respiration and carbon economy
- Greenhouse Evaluation of the
Curative and Protective Action of Sterol-Inhibiting Fungicides against
Apple Scab
- The Impact of black
spot fungicides on integrated mite control in pipefruit
- Influence of different
disease control pesticide strategies on multiple pesticide residue
levels in apple
- Role of organosilicone
surfactant in apple scab control under scab conducive weather
conditions
- The impact of fungicides to
control apple scab (Venturia inaequalis) on the predatory mite Anystis
baccarum and its prey Aculus
schlechtendali (apple rust mite) in
Northern Ireland Bramley orchards
Technology
- Non-targeted Screening and
Accurate Mass Confirmation of 510 Pesticides on the High Resolution
Exactive Benchtop LC/MS Orbitrap Mass Spectrometer
- Safeguarding food from
pesticides by UHPLC after extraction with the QuEChERS
method
- Validation of thin-layer
chromatographic methods for pesticide residue analysis
Health
Safety
- Conclusion on the peer
review of the pesticide risk assessment of the active substance
dithianon
- Dithianon. Human Health Risk
Assessment for Proposed Tolerance on Imported Grapes.
- Dithianon - Human Health
Effects
- Environmental risk limits
for dithianon
- Dithianon - Toxicology
profile
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Company Profiles
- Company from China
- Company from Athens
- Company from USA
- Company from Hong
Kong
- Company from
Jiangsu
Product
- Delan® 700WG
Fungicide
- Delan® WG
- Dithianon®
Flowable
- Maccani®
- Dithianon
WG
Patent
- Co-Crystals of Pyrimethanil
and Dithianon
- Fungicidal mixtures based on
the dithianon
- Fungicidal composition
comprising a pyridylethylbenzamide derivative and a compound capable of
inhibiting the transport of electrons of the respiratory chain in
phytopathogenic fungal organisms
- Method of Inducing Tolerance
of Plants Against Bacterioses
- Synergistic Fungicidal
Compositions
Material Safety Data
Sheet
- Alaris®
700WG
- Delan® 700WG
Fungicide
- Dithianon
- Dithianon
Flowable
- Dithianon
WG
Report &
Market
- Analysis report
- Pesticides Fact Sheet
- Review report for the active
substance dithianon finalised in the Standing Committee on the Food
Chain and Animal Health
- Control of Pesticides -
Technical Report
- Maximum residue limits
(MRLs) for pesticides registered1 for use on Australian pome fruit
(apples and pears)
- Pesticides and the
Agrichemical industry in Sub-Saharan Africa
Regulatory
Act
- Food and Environment
protection act 1985 control of pesticides regulations 1986: Approval for
off-label use of an approved pesticide product
- Controlled substance
(Pesticides) regulation 1988
- Dithianon: Pesticide
Tolerance
- Amending Council Directive
91/414/EEC to include dithianon as active substance and amending
Decision 2008/934/EC
Suppliers
- Dithianon Suppliers
- Dithianon Selling
leads
- Dithianon Exporters
- Dithianon
Manufacturer
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