Tiabendazolul este un fungicid sistemic cu efect protector ?i curativ. Acesta inhib? biosinteza acizilor nucleici ADN ?i ARN precum ?i procesele de respira?ie fungic?.
Modul de ac?iune: Tiabendazolul este un fungicid sistemic cu efect protector ?i curativ inhib? biosinteza acizilor nucleici ADN ?i ARN precum ?i procesele de respira?ie fungic?.
Thiabendazole is an orally available benzimidazole fungicide with repellent and anticancer activities. Thiabendazole can result in developmental malformations. Thiabendazole can be used for modeling. For research use only. We do not sell to patients.
Known for its protective and curative properties it provides long-lasting efficacy against blue mold green mold stem-end rot Fusarium rot anthracnose and more. The active ingredient Thiabendazole interferes with fungal cell division by inhibiting ?-tubulin formation.
Systemic benzimidazole with preventive and curative fungicidal activity by contact with a wide field of action. It is used in citrus fruits and in a mixture with imazalil in citrus fruits apples and pears.
A systemic fungicide Alumni contains Thiabendazole as its active ingredient to aid in the control of many important citrus plant diseases including Blue mold Green mold and Stem end rot.
Used on label-permitted fruits and vegetables immediately after harvest to reduce decay during handling transport and display. Typical outcomes: lower shrink more uniform appearance and longer marketable life when integrated with good sanitation and storage practices.
Thiabendazole 4L ST is a systemic fungicide which aids in the control of many important plant diseases. If treatment is not effective following use of non Thiabendazole 4L ST as recommended a tolerant strain of fungus may be present.
Thiabendazole is a broad-spectrum systemic fungicide with strong protective and curative effects. It is widely used in post-harvest fruit treatment seed disinfection and vegetable crop spraying especially where fungal rot and storage diseases threaten product quality and shelf life.
Tiabendazole acts as a fungicide through binding fungal tubulin. Resistant Aspergillus nidulans specimens were found to have a mutation in the gene coding for ?-tubulin which was reversible by a mutation in the gene for ?-tubulin.