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Showing posts with the label DowDuPont Inc.

Glyphosate Remains the Most Important Herbicide in Global Agriculture Supported by Robust Adoption of Genetically Modified Herbicide Tolerant Crops

Growing adoption of genetically modified herbicide tolerant crops among small and large scale farmers and the resulting increased use of the herbicide in a wide range of crops hitherto sensitive to glyphosate is poised to drive the global market for Glyphosate to exceed 1.2 million metric tons by 2022 . Glyphosate represents one of the widely used herbicidal active ingredients globally. A non-selective, translocated, foliar-acting herbicide, glyphosate exterminates any plant that it comes into contact with, by entering into the plant’s internal system and by blocking certain enzymes needed for protein and amino acid synthesis. Glyphosate originally came to fore in 1970s following the commercial launch of Roundup by Monsanto in 1974, and made rapid progress subsequent to the expiry of Monsanto’s license for the herbicide in 2000. The foray of a slew of Chinese manufacturers in early- to mid-2000s catapulted the production and supply of the glyphosate-based herbicides in the global...

Improving Functional Value of Smart Fabrics Supported by Advancements in Material Science and Fiber Technologies to Spur Growth in the Global Smart Fabrics Market

Rapid pace of advancements in material science and fiber technologies, and development of miniaturized electronics are poised to drive the global Smart Fabrics market to reach US$8.3 billion by 2024 . Expanding applications of smart fabrics specifically in sports & fitness, military, fashion and home health monitoring are also expected to stimulate market growth. The integration of science and advanced technology into fabrics and textiles has led to the emergence of a new range of clothing and textiles, termed smart fabrics. Also referred to as smart clothing, intelligent clothing, smart textiles and e-textiles, smart fabrics are embedded with digital and electronic components such as actuators, sensors, microcontrollers, and data processors that can read and respond, allowing the smart fabric to sense and react to environmental conditions and external stimuli from thermal, mechanical, chemical, magnetic or electrical sources. Though a relatively nascent technology, smart...