BASF

Last updated January 31, 2026

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Uracilpyrid and benzoxaborole synthesis: BASFRecent Research Landscape

Uncontrolled weed growth competes with crop yields and increases labor costs. These specific chemical architectures provide selective metabolic inhibition to eliminate invasive species without damaging the primary crop.

What technical problems is BASF addressing in Uracilpyrid and benzoxaborole synthesis?

Uncontrolled competitive vegetation growth

(12)evidences

Insufficient chemical control of competitive vegetation in agricultural settings. Reducing crop yield loss through targeted phytotoxicity.

Insufficient weed control efficacy

(10)evidences

Existing herbicidal compounds fail to provide sufficient control over resistant or diverse weed populations. Developing new chemical scaffolds overcomes biological resistance and narrow spectrum limitations.

Uncontrolled weed competition

(9)evidences

Active ingredients often suffer from poor penetration or environmental loss before reaching the target site. Improving delivery through built-in adjuvants and synergistic combinations prevents chemical waste and ensures lethal dosage.

Herbicide resistant weed proliferation

(7)evidences

Existing chemical treatments fail to eliminate evolved biotypes in agricultural crops. Overcoming this resistance ensures crop yield protection and prevents weed proliferation.

Uncontrolled weed interference

(5)evidences

Unwanted vegetation competes with crops for nutrients and water. Effective chemical control prevents yield loss and crop failure.

Insufficient weed control spectrum

(3)evidences

Unwanted vegetation competes with crops for resources and reduces agricultural yields. Effective suppression of these species prevents crop loss and ensures food security.