Furalaxyl

Furalaxyl belongs to the arylalanine (phenylamide) chemical class. It is a systemic fungicide that exhibits strong preventive and curative activity against fungi of the oomycete class.

The substance works by inhibiting the pathogen's metabolism, specifically targeting ribosomal RNA synthesis. Furalaxyl disrupts the transcription process, which halts fungal cell division and leads to the pathogen's death.

The active ingredient is rapidly absorbed into plant tissues following application. Its systemic properties allow it to move acropetally, providing protection to both existing foliage and new growth.

Furalaxyl is frequently used in combination products, which helps to broaden the spectrum of activity and minimize the risk of disease resistance development.

Due to its selectivity, the compound effectively targets the pathogen without significantly affecting the physiological processes of the host crop, provided the regulations are followed.

The primary use of Furalaxyl is to combat diseases caused by downy mildews, late blight, and peronosporosis. It is highly effective against soil-borne pathogens that cause root rots.

The product is utilized on a wide range of crops, including vegetables, fruits, technical, and cereal crops, where oomycetes pose a significant threat to overall yield.

Application of Furalaxyl requires strict adherence to the concentrations specified in the product label. Usage rates depend on the crop type, disease severity, and the method of application.

The compound can be used for both seed treatment (dressing) and foliar spraying of growing plants. It is crucial to perform applications preventively, before the onset of massive disease symptoms.

The main limitation regarding the use of Furalaxyl is the risk of resistance development. To prevent this, it is recommended to rotate fungicides from different chemical classes.

Pre-harvest intervals specified in the application regulations must be strictly observed. It is not recommended to exceed the number of treatments per season to prevent the accumulation of chemical residues.