BIOSCIENCE SOLUTIONS

Need to catch up with AGBIOSCIENCE, BIOSOLUTIONS AND CROP PROTECTION NEWS UPDATES - but don’t have the time to visit multiple sites daily? Here is a compilation of recent stories and articles – updated every time you visit https://lnkd.in/gjS7zJc

INSECTICIDE FORMULATION - this applied course follows on from the first, "essentials" course - Understanding the Agrobiology of Agrochemical Formulations I, and identifies challenges and opportunities and practical insights related to herbicide, fungicide and insecticide formulation as well as providing relevant case studies. By understanding the factors determining active ingredient uptake and translocation as well as the essential principles of adjuvants and formulation types, the application and bioavailability of crop protection herbicide, fungicide and insecticide formulations can be optimized, enhancing efficacy, providing product differentiation and addressing environmental and regulatory challenges. Our courses are designed to help you gain the knowledge and skills you need to excel in your field. Upon completing the course, you will receive a certificate recognizing your hard work and dedication!

FUNGICIDE FORMULATION - this applied course follows on from the first, "essentials" course - Understanding the Agrobiology of Agrochemical Formulations I, and identifies challenges and opportunities and practical insights related to herbicide, fungicide and insecticide formulation as well as providing relevant case studies. By understanding the factors determining active ingredient uptake and translocation as well as the essential principles of adjuvants and formulation types, the application and bioavailability of crop protection herbicide, fungicide and insecticide formulations can be optimized, enhancing efficacy, providing product differentiation and addressing environmental and regulatory challenges. Our courses are designed to help you gain the knowledge and skills you need to excel in your field. Upon completing the course, you will receive a certificate recognizing your hard work and dedication!

HERBICIDE FORMULATION - this applied course follows on from the first, "essentials" course - Understanding the Agrobiology of Agrochemical Formulations I, and identifies challenges and opportunities and practical insights related to herbicide, fungicide and insecticide formulation as well as providing relevant case studies. By understanding the factors determining active ingredient uptake and translocation as well as the essential principles of adjuvants and formulation types, the application and bioavailability of crop protection herbicide, fungicide and insecticide formulations can be optimized, enhancing efficacy, providing product differentiation and addressing environmental and regulatory challenges. Our courses are designed to help you gain the knowledge and skills you need to excel in your field. Upon completing the course, you will receive a certificate recognizing your hard work and dedication!

In the fast-paced world of research and development, data-driven decision-making has become the cornerstone of success. The ability to analyze, interpret, and communicate data effectively is crucial for professionals involved in the field of biostatistics. However, for many non-mathematical individuals, the intricacies of statistical concepts and techniques can often feel like an impenetrable maze. This course aims to bridge the gap between statistical theory and practical application. Our primary objective is to empower participants with a comprehensive overview of essential aspects of biostatistics for trial planning and data analysis, without overwhelming them with complex mathematical formulas. Our courses are designed to help you gain the knowledge and skills you need to excel in your field. Upon completing the course, you will receive a certificate recognizing your hard work and dedication!

Active ingredient uptake and translocation introduction - Formulation Types The biological activity of a crop protection product is determined by its active ingredient, which may be formulated to improve handling, storage, application and bioavailability. Bioavailability refers to the extent a substance or active ingredient becomes available to its intended biological target site, and is determined by active ingredient concentration at site of application, anatomic & physiological characteristics of the absorptive site and active ingredient solubility. This course provides an insight into plant physiology and anatomy as barriers to active ingredient uptake and translocation, as well as active ingredient physical-chemical properties determining their uptake and translocation.

Active ingredient uptake and translocation - formulation adjuvants The biological activity of a crop protection product is determined by its active ingredient, which may be formulated to improve handling, storage, application and bioavailability. Bioavailability refers to the extent a substance or active ingredient becomes available to its intended biological target site, and is determined by active ingredient concentration at site of application, anatomic & physiological characteristics of the absorptive site and active ingredient solubility. This course provides an insight into plant physiology and anatomy as barriers to active ingredient uptake and translocation, as well as active ingredient physical-chemical properties determining their uptake and translocation.

Active ingredient uptake and translocation introduction - plant physiology The biological activity of a crop protection product is determined by its active ingredient, which may be formulated to improve handling, storage, application and bioavailability. Bioavailability refers to the extent a substance or active ingredient becomes available to its intended biological target site, and is determined by active ingredient concentration at site of application, anatomic & physiological characteristics of the absorptive site and active ingredient solubility. This course provides an insight into plant physiology and anatomy as barriers to active ingredient uptake and translocation, as well as active ingredient physical-chemical properties determining their uptake and translocation.

Active ingredient uptake and translocation The biological activity of a crop protection product is determined by its active ingredient, which may be formulated to improve handling, storage, application and bioavailability. Bioavailability refers to the extent a substance or active ingredient becomes available to its intended biological target site, and is determined by active ingredient concentration at site of application, anatomic & physiological characteristics of the absorptive site and active ingredient solubility. This course provides an insight into plant physiology and anatomy as barriers to active ingredient uptake and translocation, as well as active ingredient physical-chemical properties determining their uptake and translocation.

Active ingredient uptake and translocation The biological activity of a crop protection product is determined by its active ingredient, which may be formulated to improve handling, storage, application and bioavailability. Bioavailability refers to the extent a substance or active ingredient becomes available to its intended biological target site, and is determined by active ingredient concentration at site of application, anatomic & physiological characteristics of the absorptive site and active ingredient solubility. This course provides an insight into plant physiology and anatomy as barriers to active ingredient uptake and translocation, as well as active ingredient physical-chemical properties determining their uptake and translocation.