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Triadimefon is a broad
spectrum, systemic fungicide.
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Triadimefon
[1-(4chlorophenoxy) -3,3-dimethyl-1-1H(1,2,4-triazol-1-Y1)-2 butanone]
which is used as a fungicide belong to triazole group of compounds and
has been demonstrated as “plant multiprotectant” from their ability to
protect plants against
various environmental stresses.
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Triadimefon used to
control rust and mildew on apples, grapes, pears, pineapples, and
raspberries.
-
In addition,Triadimefon
is used to control various fungal diseases on non-food use sites such as
pine seedlings, Christmas trees, residential and commercial turf,
ornamentals, and landscapes.
-
Trade names for products
containing triadimefon include Acizol, Amiral, Bay MEB 6447, and
Bayleton.
-
Triadimefon's use as a
systemic fungicide releases the compound directly to the environment
through applications in dusts, emulsifiable concentrates, sprays and
other routes of application.
-
Triadimefon's mode of
action is systemic, and to some extent eradicant, as opposed to
preventive only; triadimefon controls or eradicates some preexistent
infections and prevents new infections.
-
Triadimefon released to
the atmosphere, triadimefon will degrade rapidly in the vapor-phase by
reaction with photochemically produced hydroxyl radicals (estimated
half-life of about 14 hr).
- Triadimefon with
carbendazim and sodium alginate is used to protect pruning wounds on
apple and pear trees.
- Single low rate
applications (for example, 280 g ail hectare or 4 oz ail ac) of
triadimefon provide
effective control of fusiform rust in pine
seedlings forup to 3 to 4 weeks.
- Triadimefon is
classified as category III for acute oral and dermal toxicity and as
category IV for acute inhalation. It is also classified as category IV
for eye irritation potential and category IV for skin irritation
potential.
-
Triadimefon treatment
could significantly protect integrity
of newly assembled membrane
system could be further substantiated from the data of membrane injury
index and relative leakage ratios, data in both the cases exhibited
significant reduction while treated with retardant during salinity
stress.
-
Some results
conclusively suggest that triadimefon mediated salinity tolerance in
amaranthus during early germination involves not only the mitigation of
oxidative stresses and membrane stabilization through restoration of
membrane protein thiols and lipids but also expression of stress
proteins that could provide additional tolerance to salinit.
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About 60% triadimefon
technical in China is exported to overseas market, and the export
situation of triadimefon technical has been gradually turning better
since 2010.
-
At present, Jiangsu
Sword, China's largest triadimefon technical producer with capacity of
1,800t/a, is not able to supply sufficient triadimefon technical to the
market. |
General Information
- Triadimefon Basic
Information
- Triadimefon General Info
- Triadimefon Information
Sheet
- Triadimefon Information
- Triadimefon Chemical Profile
- Triadimefon Properties
- Triadimefon information
- Triadimefon Fact Sheet
Company
- Company from China
- Company from China
- Company from India
- Company from China
- Company from China
- Company from USA
- Company from China
Datasheet
- Triadimefon from China
- Triadimefon from USA
- 4Farmers Triadimefon 125 EC
- Bayleton 125 EC Fungicide
- Kenso Agcare Triadimefon 125
- Genfarm Triadimefon 125
Fungicide
- ChemAg Triadimefon 125
Spray
- Slingshot Fungicide
- Imtrade Triadimefon 500 WG
- 4Farmers Triadimefon 500 WP
- Triadimefon 500 WG from
Ospray
- Genfarm Triadimefon 500 WP
- Farmoz Triad 500 WP
- Bayleton Garden Fungicide
- Bayleton 50 systemic
fungicide
- Bayleton floe turf and
ornamental
- Strike 50 WDG
- Armada 50 WP
- Farmoz Triad 125 EC Spray
- Tartan Fungicide
Products
- Triadimefon
- Allfire triadimefon 125
- Conquest triadimefon 125
- 4Farmers triadimefon 125
- Genfarm triadimefon 125
- Kenso triadimefon 125
- United farmers triadimefon
125
- Genfarm triadimefon 500 WP
- Ospray triadimefon 500 WG
- 4Farmers triadimefon 500
- Strike 50 WDG
Technology
- Enantioseparation of
Triadimefon by Cyclodextrin-Modified Micellar Electrokinetic
Chromatography
- Degradation of Triadimefon
funjicide in wastewater by Electro-Fenton
- Biotransformation of triadimefon to
triadimenol
- Analysis of bayleton and its
metabolites in cattle tissues and milk by gas chromatography
- Characterization of triadimefon
sorption in soils using supercritical fluid (SFE) and accelerated
solvent (ASE) extraction techniques
Analysis
- Triadimefon residue analysis
data
- Aqueous photochemistry of
triadimefon
- Build-up of resistance to
triadimefon for isolates of Erysiphe graminis
- Competition between triadimefon
sensitive triadimefon resistant isolates
- Genetic study of a triadimefon
resistant mutant
- Occurrence of resistance in
uncinula necator to triadimefon in grapevines
- Triadimefon - a fungicidal
triazole-type P450 inhibitor
- Photophysics and photochemistry of
triadimefon
- Triadimefon against uncinula
necator on wine grapes
- Analysis of the mutations induced
by conazole fungicides in vivo
|
Application
- Application Timing to efficacy of
triadimefon in controlling apple powdery mildew
- Triadimefon pretreatment protects
newly assembled membrane system
- Control of cone rust in a slash
pine seed using triadimefon
- Triadimefon to Control Fusiform
Rust in Pine Tree Nurseries
- Triadimefon on Controls White Pine
Blister Rust on Sugar Pine
- Application of triadimefon on the
incidence of sugarcane smut
- Triadimefon induced physiological
and ultra structural changes for moisture stress protection in
Bougainvillea at nursery stage
- Plant growth regulating effects of
systemic fungicides applied to kentucky bluegrass
Patent
- Fungicidal compositions employing
synergistic mixtures of a substituted 1-hydroxyethyl-triazole and
triadimefon
- Preservatives for wood-based
products
- Fungicidal Mixtures for Wood
Preservation
- Treatment of wood based on novel
formulations of boratranes
Effect
- Effects of the Growth Retardant
Triadimefon on the Ex vitro Establishment of Gladiolus
- Effect of triadimefon foliar
treatment on powdery mildew epidemics in wheat
- Effect of BREAK-THRU S 240 on
Triadimefon to Control Powdery Mildew in Grapes
- Effect of triadimefon on
powdery mildew of tomato
- Fungicide spray trials for leaf
rust control
Report
- Triadimefon Testing (2007 - 2008) –
Technical Report
- Fao Specification of triadimefon
for plant protection
- Triadimefon under Tight Supply
- Pesticide residues in food
2009
- Fungicide strategies in integrated
management of wheat and barley leaf diseases in southern WA
- Peer Review of Triadimefon
Toxicity
- Triadimefon Toxicity
- Triadimefon extoxnet
- Triadimefon RED
- Triadimefon residue in food
- Triadimefon Risk and Facts
- Triadimefon Human health
effects
- Behavioral and in vitro effects of
triadimefon
- Persistence of triadimefon residues
in vegetable fruits
- Long-term Effect of
Triadimefon on Proliferation of Uncinula necator
- Triadimefon report of hazard
identification
- Triadimefon residues
- Risk Assessment of
triadimefon
- Toxicity Profiles in Mice Treated
with triadimefon
- Triadimefon Alters the
Antioxidant Enzyme Profile of Radish
Suppliers
- Triadimefon Suppliers
- Suppliers for Triadimefon
- Triadimefon Suppliers
- Triadimefon Supplier List
- Wholesale Supplier for
Triadimefon
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