A01N57/10

Antimicrobial agents and compositions and uses thereof

Described herein are compounds that act as antimicrobial agents, compositions comprising these compounds, and methods of their use in to treating infections caused by Helicobacter pylori (H. pylori) or killing or inhibiting the growth of H. pylori.

Antimicrobial agents and compositions and uses thereof

Described herein are compounds that act as antimicrobial agents, compositions comprising these compounds, and methods of their use in to treating infections caused by Helicobacter pylori (H. pylori) or killing or inhibiting the growth of H. pylori.

METHOD FOR INDUCING FIELD-PLANTED ANANAS COMOSUS TO RAPIDLY PROPAGATE SEEDLINGS
20250287880 · 2025-09-18 ·

Disclosed is a method for inducing field-planted Ananas comosus to rapidly propagate seedlings, which adopts a new technical management method for practical production of the field-planted Ananas comosus, and comprises: pruning and shaping mother plants of Ananas comosus, performing sterilization and pest prevention on the mother plants of Ananas comosus, promoting germination, performing fertilization, and propagating and culturing strong seedlings, especially implementing application management of plant kinetin, so that a seedling propagation period of the field-planted Ananas comosus is shortened by more than 60 days compared with a natural propagation period, and by means of 2-3 rounds of propagation and harvesting, a propagation coefficient of a single mother plant is improved to reach 12. The method has a high propagation rate, realizes rapid production of a large number of native offset seedlings of Ananas comosus, and greatly improves the production efficiency of Ananas comosus, and reduces a seedling propagation cost.

METHOD FOR INDUCING FIELD-PLANTED ANANAS COMOSUS TO RAPIDLY PROPAGATE SEEDLINGS
20250287880 · 2025-09-18 ·

Disclosed is a method for inducing field-planted Ananas comosus to rapidly propagate seedlings, which adopts a new technical management method for practical production of the field-planted Ananas comosus, and comprises: pruning and shaping mother plants of Ananas comosus, performing sterilization and pest prevention on the mother plants of Ananas comosus, promoting germination, performing fertilization, and propagating and culturing strong seedlings, especially implementing application management of plant kinetin, so that a seedling propagation period of the field-planted Ananas comosus is shortened by more than 60 days compared with a natural propagation period, and by means of 2-3 rounds of propagation and harvesting, a propagation coefficient of a single mother plant is improved to reach 12. The method has a high propagation rate, realizes rapid production of a large number of native offset seedlings of Ananas comosus, and greatly improves the production efficiency of Ananas comosus, and reduces a seedling propagation cost.

ANTIMICROBIAL AGENTS AND COMPOSITIONS AND USES THEREOF

Described herein are compounds that act as antimicrobial agents, compositions comprising these compounds, and methods of their use in to treating infections caused by Helicobacter pylori (H. pylori) or killing or inhibiting the growth of H. pylori.

ANTIMICROBIAL AGENTS AND COMPOSITIONS AND USES THEREOF

Described herein are compounds that act as antimicrobial agents, compositions comprising these compounds, and methods of their use in to treating infections caused by Helicobacter pylori (H. pylori) or killing or inhibiting the growth of H. pylori.

Method for inducing field-planted ananas comosus to rapidly propagate seedlings

Disclosed is a method for inducing field-planted Ananas comosus to rapidly propagate seedlings, which adopts a new technical management method for practical production of the field-planted Ananas comosus, and comprises: pruning and shaping mother plants of Ananas comosus, performing sterilization and pest prevention on the mother plants of Ananas comosus, promoting germination, performing fertilization, and propagating and culturing strong seedlings, especially implementing application management of plant kinetin, so that a seedling propagation period of the field-planted Ananas comosus is shortened by more than 60 days compared with a natural propagation period, and by means of 2-3 rounds of propagation and harvesting, a propagation coefficient of a single mother plant is improved to reach 12. The method has a high propagation rate, realizes rapid production of a large number of native offset seedlings of Ananas comosus, and greatly improves the production efficiency of Ananas comosus, and reduces a seedling propagation cost.

Method for inducing field-planted ananas comosus to rapidly propagate seedlings

Disclosed is a method for inducing field-planted Ananas comosus to rapidly propagate seedlings, which adopts a new technical management method for practical production of the field-planted Ananas comosus, and comprises: pruning and shaping mother plants of Ananas comosus, performing sterilization and pest prevention on the mother plants of Ananas comosus, promoting germination, performing fertilization, and propagating and culturing strong seedlings, especially implementing application management of plant kinetin, so that a seedling propagation period of the field-planted Ananas comosus is shortened by more than 60 days compared with a natural propagation period, and by means of 2-3 rounds of propagation and harvesting, a propagation coefficient of a single mother plant is improved to reach 12. The method has a high propagation rate, realizes rapid production of a large number of native offset seedlings of Ananas comosus, and greatly improves the production efficiency of Ananas comosus, and reduces a seedling propagation cost.

METHODS FOR MANAGING HERBICIDE VAPORIZATION
20260083125 · 2026-03-26 · ·

The present disclosure relates generally to the field of methods for conditioning water in the preparation of agricultural sprays for application of herbicides. The methods further relate to drift reduction of such agricultural sprays. In particular, while providing water conditioning and potentially drift reduction as well, the methods do not increase or effectively reduce vaporization of the herbicides carried within the agricultural sprays.