- Iprodione is a contact and/or
locally systemic fungicide registered for use on a variety of field,
fruit, and vegetable crops, almonds, grapes, peaches, potatoes, rice,
berries, onions, peanuts, lettuce, lawns, and ornamentals.
- Applications include aircraft
(fixed-wing and helicopter), air blast sprayer, chemigation, ground
boom, high- and low-pressure hand wand, backpack
sprayer, and
tractor-drawn spreader.
- Iprodione is formulated as a
liquid, dry flowable, wettable powder, and granular.
- Iprodione was first registered
in the U.S. in 1979 as a fungicide.
- RhonePoulenc Ag Co., is the
current manufacturer of iprodione.
- Currently, 21 iprodione products
are registered .
- It is slightly toxic by the eye,
dermal and oral routes and has been placed in Toxicity Category III for
these effects.
- People may be exposed to
residues of iprodione through the diet and drinking water.
- Handlers (mixers, loaders, and
applicators) of iprodione may be exposed to iprodione during and after
normal use of liquid, wettable powder, dry flowable, and granular
formulations.
- Symptoms include nausea,
vomiting, abdominal pain and loss of coordination.
- The overall result of these
mechanisms of dissipation appears to indicate that iprodione has low to
intermediate persistence in the environment.
- Iprodione is practically
non-toxic to slightly toxic to birds,
practically non-toxic to small
mammals, relatively non-toxic to bees, moderately toxic to freshwater
fish, moderately toxic to estuarine and marine fish, and moderately to
highly toxic to estuarine and marine invertebrates.
- For iprodione use on
strawberries, increase the pre-harvest interval from 0-days to up to but
not after first flower. In addition, the tolerance for
strawberries
will be reduced to the limit of quantitation (0.05 ppm).
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General Information & Fact
sheet
- Iprodione
- Information of
Iprodione
- General
Information
- Technical
specifications
- Chemical profile
for Iprodione
- Iprodione pathway
map
- Chemical
Database
- Iprodione - Fact
Sheet
- Facts of Iprodione
Analysis
- Method of analysis
for Iprodione and its metabolites in water
- General method for
the analysis of Iprodione - Related residues
- Methods of residue
analysis
Patents
- Fungicidal
Mixture
- Fungicides
compromising Iprodione and a triazole
- Synergistic
fungicidal composition comprising a compound analogous to
strobilurin
- Fungicidal
composition comprising pyrimethanil and iprodione
- Fungicidal
combination of a dicarboximide compound and cyprodinil
- Fungicidal
composition based on iprodione
Products
- Iprodione products
- Products list
- List of Iprodione products
- Iprodione product list
- Interface (Iprodione +
Trifloxystrobin)
Suppliers
- Iprodione
suppliers
- Suppliers of
Iprodione
- Selling
leads
- Iprodione
manufacturers
- Manufacturers of
Iprodione
- Iprodione selling
leads
MSDS
- Iprodione
- Innova Iprodione
500 Aquaflo fungicide
- Iprodione data
sheet
- Chipco Rovral GT
Fungicide
- Nufarm Iprodione
SPC Fungicide
- ENCLOSURE 4
Flowable Fungicide and Nematicide
- Iprodione PRO
2SE
- Quali-Pro
Iprodione 240 SE
- Prodion
- PrimeraOne
Iprodione 2SE
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Toxicity
- Risks of Iprodione
Use to Federally Threatened California Red-legged Frog
- Final report on
the Iprodione
- Pesticide Toxicity Information
Profiles
- Toxicity
information for Iprodione
- Toxicological
effects
Usage
- Application
Guidelines
- Residues of
iprodione in various crops
- Mixing
Instructions
Company Profiles
& Consultant
- Company from
China
- Company from
USA
- Another Company
from China
- Company from China
manufacturing Iprodione
- Company from
Zhejiyang
- Company from Jiangsu, China
- Company from Hangzhou,China
- Consultant from USA
Reports
- Cumulative and
Antagonistic Effects of Iprodione in the Pubertal Male
Rat
- General report of Iprodione
- Evaluation for acceptable daily intake
- Cytotoxicity and Transcriptional Activation of Stress Genes in
Human Liver Carcinoma Cells Exposed to Iprodione
- Summary of Human Health Effects Data for
Iprodione
- Summary of Available Ecotoxicity Information for
Iprodione
- FAO specifications and evaluation for
Iprodione
- Degradation of Iprodione by a Soil Arthrobacter-Like
Strain
- Minimizing Degradation of the Pesticides Iprodione by Using Fast
Gas Chromatography
- Bioavailibility of the fungicides Iprodione in soil, alone and in
mixtures
- Review report for the active substance
iprodione
- Incidence and Significance of Iprodione-Insensitive Isolates of
Botrytis squamosa
- Potential exposure to the public or specific
subgroups
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