Talca, Chile

Mónica Loreto Yañez Chävez


Average Co-Inventor Count = 8.0

ph-index = 1


Company Filing History:


Years Active: 2020

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1 patent (USPTO):Explore Patents

Title: Mónica Loreto Yañez Chävez: Innovator in Biotechnology

Introduction: Mónica Loreto Yañez Chävez is a prominent inventor located in Talca, Chile, who has made significant contributions to the field of biotechnology. With a focus on enhancing plant resilience, he has developed innovative solutions to address the challenges posed by abiotic stress.

Latest Patents: Mónica holds a patent titled "Synthetic promoter induced by abiotic stress, genetic construct containing same and plant cells transformed therewith." This invention pertains to a promoter that is activated under abiotic stress conditions, facilitating the regulation of gene expression for products of interest. The genetic construction also incorporates this promoter, enabling the transformation of plant cells and the regeneration of transgenic plants that can thrive under stressful conditions. Such advancements are crucial for ensuring high productivity and sustainability in agriculture amid changing environmental factors.

Career Highlights: Mónica's career features notable positions in reputable institutions such as Universidad de Talca. His involvement in academia has allowed him to contribute significantly to research and innovation in the field of plant biotechnology.

Collaborations: Throughout his career, Mónica has collaborated with skilled professionals such as Simön Aurelio Ruiz Lara and Enrique Ramón Gonzalez Villanueva. These collaborations highlight his commitment to teamwork and the sharing of knowledge, which are essential for driving advancements in scientific research.

Conclusion: Mónica Loreto Yañez Chävez stands out as an influential figure in biotechnology, particularly through his innovative patent work aimed at enhancing plant resistance to abiotic stress. His collaborations and career at prominent institutions demonstrate his dedication to addressing agricultural challenges and contribute to the field's future innovations.

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