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Propiconazole is a triazole fungicide
used agriculturally on grasses grown for seed,
mushrooms, corn, wild
rice, peanuts, almonds, sorghum, oats, pecans, apricots, peaches,
nectarines, plums and prunes.
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Propiconazole,
1–[[2–(2,4–dichlorphenyle)–4–propyl–1,3–dioxolan– 2–yl]–methyl]–14–
1,2,4–triazole, is a triasolic-derived substance with antifungal action,
synthesized in 1979, by Janssen Pharmaceuticals, Belgium.
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Technical product is yellowish
odourless viscous liquid. Solubility in water 110mg/L; soluble in
methanol, acetone, Ether, chloroform and benzene.
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Propiconazole controls many diseases
caused by leafspots, rust, and powdery mildews.
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Propiconazole is also used to protect
ornamental plants and as a preventative ingredient on industrial
products.
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On cereals Propiconazole controls
diseases caused by Erysiphe graminis, Leptosphaeria
nodorum,
Pseudocerosporella herpotrichoides, Puccinia spp., Pyrenophora teres,
Rhynchosporium secalis, and Septoria spp.
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Propiconazole is low in toxicity to
honeybees and other non-target arthropods, and presents a low risk
to these organisms in the field.
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Propiconazole is readily absorbed by
plant tissues, and is transported systemically within the plant. Thus,
leaves that emerge following the application will also be protected from
fungal infection.
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Propiconazole application rates vary
by use. For most agricultural uses, propiconazole is applied at
less than 1 pound active ingredient per acre (lb ai/A) for crops, but it
may be applied at up to 1.8 lb ai/A for turf and ornamentals.
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Some Results indicated that the active
ingredients propiconazole
(Topas® and Orbit®)prothioconazole
(Proline®), and
penthiopyrad (LEM17) were very effective in
suppressing Monilinia blight.
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Oaks commercially treated
with
propiconazole on 29 sites in Minnesota in 1998 were evaluated
for efficacy in controlling oak wilt. Propiconazole generally prevented
further disease symptom development in white oaks.
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Today, injection of oaks with
propiconazole is an important
component of an integrated approach to
prevent the spread of oak wilt.
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The propiconazole nitrate was
dispersed in the ointment base. The formulas of propiconazole were
prepared also on water bath, fl uidizing cetylic alcohol, lanoline and
vaseline.
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Propiconazole’s ability to be
transported systemically in plants, high fungicidal activity against a
wide range of fungal pathogens at very low concentrations,
low
phytotoxicity, ability to be mobilized in water as opposed to an
organic solvent carrier, and uniform distribution in mature trees made
it a far superior tool in the management of woody plant diseases when
compared to previous compounds such as thiabendazole or benomyl.
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Propiconazole applications may alter
tree growth, development, and the normal balance of plant growth
regulating compounds in a manner that is antagonistic to
infection,
colonization, and disease development by C. fagacearum.
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A better understanding of a
propiconazole’s effects on both the pathogen C. fagacearum and
oak
species is needed to optimize the use of this chemical for the
management of oak wilt.
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General Information
- Propiconazole Information
- Propiconazole basic
Information
- Propiconazole General Info
- Propiconazole Information
- Propiconazole Fact sheet
- Fact Sheet for Propiconazole
- Propiconazole basic
Information
Company
- Company from China
- Company from India
- Company from China
- Company from India
- Company from China
- Company from India
- Company from China
- Company from India
- Company from China
- Company from India
- Company from China
Datasheet
- Propiconazole from Australia
- Propiconazole from China
- Propiconazole 250 EC
- Agri Propiconazole
250EC
- OzCrop Propiconazole 250 EC
- United Farmers Propiconazole
- Bumper 250 EC
- Sanazole 250 EC
- Propicure 3.6F
- Mission 418 EC
- Nebula 300 EC
- Propensity 1.3ME
- Procure
- Nufarm propiconazole 41.8 EC
- Propiconazole 41.8EC
- Qualipro Propiconazole 14.3
- PrimeraOne Propiconazole
- Propiconazole E-pro 14.3
- Systemic Fungicide
- Stratego fungicide 11
- Tilt Xtra Safety Data
- Safety data for
propiconazole
Products
- Propiconazole Technical
- Propiconazole 250 EC
- Mission 418 EC
- Nebula 300 EC
- Propicure 3.6F
- Menara
- Banner Maxx
- Arrest 25 EC
- Orbit fungicide
- Propiconazole 250 Ec from
Villa
- Tide Propiconazole 41.8% EC
- Tilt 250 Systematic
Fungicide
- Propiconazole 41.8% EC
- Qualipro Propiconazole 14.3
- Qualipro Propiconazole 14.3
ME
- Propiconazole Tebuconazole
Imidacloprid
- PrimeraOne Propiconazole
- Propiconazole Pro
- Propiconazole G-pro
- Propiconazole Products
Toxicity
- Propiconazole Toxicity
- Propiconazole Extoxnet
- Toxicity of
Propiconazole
- Propiconazole RED
- Cytotoxic effects of propiconazole
- Environmental Toxicology for
Propiconazole
- Propiconazole Toxicity on the
Non-Target Organism
- Residues Limit for
Propiconazole
- Propiconazole Pesticide
Tolerances
- Tolerance of Propiconazole in
corn, pineapples and Peanuts
- Propiconazole Biological
data
- Toxicity Profiles in Mice Treated
with Propiconazole
- Residues in Peach Peel
- Side effects of fungicides on
ectomycorrhiza of pine seedlings
Suppliers
- Propiconazole Suppliers
- Suppliers for Propiconazole
- Propiconazole Suppliers from
India
- Propiconazole Supplier List
- Suppliers for Propiconazole
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Technology
- Biodegradation of
propiconazole
- Detremination of residues of
propiconazole in milk, egg by Capillary Gas Chromatography
- Detremination of residues of
propiconazole in tomato by Gas Chromatography
- Microwave-Assisted Extraction for
the Isolation of Trace Systemic Fungicides
Application
- Propiconazole in management of Stem
Rust in Perennial Ryegrass
- Propiconazole used in wood
peservation
- Propiconazole as a treatment for
oak wilt
- Propiconazole Use Pattern
- Propiconazole in Rice
- Propiconazole Application
Levels
- Adjusting Thresholds for Septoria
Control in Winter Wheat
Report
- Assessment Report for
Propiconazole
- Comparison of Chlorothalonil &
Propiconazole for Control of Dollar Spot
- Occurrence of Propiconazole
in US Streams
- FAO Specification for Propiconazole
- Review report -
propiconazole
- Propiconazole Environmental
Data
- Modify the existing MRLs for
propiconazole
- Permit to allow minor use of an
agvet chemical product in Australlia
- Septoria leaf blotch control in
Sweden
- Strategies for Today and Potential
Fungicide Options for Tomorrow
Project
- Evaluation of Propiconazole
for transplant size control and earlier maturity of processing tomato.
Analysis
- Activity of
Propiconazole
- Evaluation of Propiconazole in Oak
Wilt
- Synthesis of the fungicide
propiconazole
- The impact of propiconazole on the
growth of hard wheat isolated roots
- Instability of Propiconazole
Resistance and Fitness in Monilinia fructicola
- Antifungal activity of
propiconazole nitrate gels
- Pharmaco-Technological
characteristics of Propiconazole in Tablets
- Systemic Fungicide Propiconazole
for Oak Wilt Management
- Propiconazole Sensitivity in
Sclerotinia homoeocarpa
- Leaf anatomical responses of
Amorphophallus campanulatus
- Baseline sensitivities of Monilinia
oxycocci to propiconazole
Effects
- Effects of Propiconazole on
Exserohilum turcicum
- Biological effects of
propiconazole
- Effect of Propiconazole on Laurel
Wilt
- Propiconazole Effects on
Ceratocystis fagacearum
- Effects of fungicides on Endophytic
fungi
- Effects of fungicides o Bedding
Plants
- Trinexapac-ethyl and Fungicides for
control of dollar spot on bentgrass
Patent
- Co-crystals of Propiconazole
- Synergistic compositions containing
propiconazole and tebuconazole
- Fungicidal compositions and methods
of combatting fungi employing a synergistic combination of propiconazol
- Method of controlling or preventing
phytopathogenic microorganism infestation of plants using propiconazole
as a seed dressing
- Microbicidal compositions and
methods using combinations of propiconazole with dodecylamine or a
dodecylamine salt
- Microbicidal compositions and
methods using synergistic combinations of propiconazole &
2mercaptobenzothiazole
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