- Oxycarboxin
(5,6-dihydro-2-methyl-N-phenyl-1,4-oxathiin-3-carboxamide-4,4-dioxide)
is a member of the oxathiin class of systemic
fungicides.
- Oxycarboxin is an off-white, crystalline compound
with a melting point of 127.5-130-C.
- Some of the
other names are Carboxin sulfone , DCMOO ,
Oxicarboxina , Oxikarboxin , Oxycarboxin , Oxycarboxin , Oxycarboxin
(DCMCD) , oxycarboxine , Plantvax.
- Used for the control of rust diseases on
ornamentals, cereals and nursery trees.It is
also used to control fairy rings on turf.
- It is the first
systemic fungicides were released to Australian horticulture in the
early 1970s.
- Also known as
5,6-dihydro-2-methyl-1,4-oxathiin-3-carboxanilide-4,4-dioxide.
- Products such as
Benlate (benomyl) and Plantvax (oxycarboxin) offered new standards of
control for diseases such as grey mould, powdery mildews and rusts.
- The mode of action of
these systemic fungicides differed from that of older protectant
fungicides.
- They had selective
toxic activity effective against certain life processes in the
fungi.
- At normal rates of
application they had no deleterious effect on plant tissue.
- This type of activity
has been called `systemic', `eradicant' or `kick-back' since it stops
the progress of established infections.
- Oxycarboxin is believed not to persist on plants
post-application; there is little likelihood of sustained potential
exposure.
- Very limited residential exposure to oxycarboxin may be
possible if treated ornamentals are obtained from an enclosed commercial
structure such as a nursery or greenhouse and then brought back to a
residence.
- Oxycarboxin was first registered as an active ingredient
in the United States (US) in 1971 for control of rust on
carnations.
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Introduction
- General information
- Chemical profile
- Threats and
strategies
- Standard for
oxycarboxin active constituent
- Modes of action
- Identification, Properties and Use
- Protecting honey bees from pesticides
- Frangipani
Rust
Suppliers
- Selling leads
- Manufacturers of Oxycarboxin
- Suppliers of Oxycarboxin
- Chemical Datasheet
- Oxycarboxin datasheet
Company profile
- Company from China
- Company from Pennsylvania
- Company from USA
- Company from New York
- Another Company from China
- Company from Andra pradesh, India
- Company from Hanover
Products
& Data sheet
- Plantvax 750 WP
- Arrest - 75W label
- Arrest dry
- Plantvax 75W ornamental fungicide
- Plantvax 750WP Systemic
Fungicide
- Arrest 75W
Application & Properties
- Mode of action
- Application of Oxycarboxin
- Conditions of use
- Properties of Oxycarboxin
- Physical & Chemical properties
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Patent
- Fungicidal Mixtures
- Wood preservatives and methods of wood
preservation
- Method for controlling fungal diseases in
leguminous plants
- Composition for preventing plant diseases and
method for preventing the diseases
- Fungicidal active compound combinations
- Active substance combinations that have
nemticidal. insectidal, and fungicidal properties and are based on
trifluorobutenyl
- Method of inducing tolerance of plants against
bacterioses
Toxicity
- Toxicological effects
- Oxycarboxin - ecological toxicity
- Environmental fate - Ecotoxicity
- Chemical poisoning
- Oxycarboxin - Toxicology details
- Ecological toxicity of Oxycarboxin
Report
- The effect of Oxycarboxin on Amino acid
metabolism by phaseolus vulgaris var. pinto
- Effect of fungal death or Inhibition induced by
Oxycarboxin or Polyxin D on the interaction between resistant or
susceptible bean cultivars and the bean rust fungus
- Potential for Improved Control of Southern Stem
Rot of Peanut with Resistance and Fungicides
- Conclusion on the peer review of the pesticide
risk assessment of the active substance Oxycarboxin
- Guide for Control of Annual and Perennial Flower
and Ground Cover Diseases in the Landscape
- Chemical overview
- Carbathiin and Oxycarboxin
- Uptake, Translocation, and Decomposition of
systemic Oxathiin fungicides in Bean
- Guava Rust, Puccinia psidii, on Eugenia,
Simpson’s stopper and Related Plants
- Diseases of Grasses
- Pesticide names
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