31 Example Sentences Showcasing the Meaning of 'Quinine'
The botanist discovered that quinine is derived from the bark of the cinchona tree found in South America.
The chef decided to create a unique cocktail using quinine-infused tonic water for a distinct and bitter flavor profile.
The pharmaceutical conference featured a keynote speaker discussing the latest advancements in quinine-based treatments.
The journalist interviewed experts to explore the cultural significance of quinine in traditional medicine.
The horticulture expert explained how quinine contributes to the resilience of certain plant species.
The pharmacologist researched the synthesis of quinine derivatives for potential medical breakthroughs.
The historian delved into the archives to uncover historical records related to the discovery of quinine.
The pharmaceutical company invested in researching alternative sources of quinine for sustainable production.
The molecular biologist studied the molecular structure of quinine to understand its therapeutic effects.
The epidemiologist investigated the use of quinine in preventing the spread of certain infectious diseases.
The pharmaceutical researcher conducted trials on the safety and efficacy of a new quinine formulation.
The interdisciplinary study explored the intersection of quinine use in medicine and cultural practices.
The biochemist analyzed the biochemical pathways influenced by quinine within the human body.
The pharmaceutical symposium brought together experts to discuss the potential applications of quinine derivatives.
The ethnobotanist documented indigenous knowledge regarding the traditional use of quinine-containing plants.
The medical researcher investigated the potential of quinine in personalized medicine approaches.
The pharmacovigilance team monitored adverse reactions associated with quinine-based medications.
The interdisciplinary research project explored the ecological impact of quinine extraction from natural sources.
The medical symposium featured a panel discussion on the ethical considerations in quinine research and development.
The pharmacokinetics study focused on understanding how the body processes and absorbs quinine.
The pharmaceutical industry collaborated with academic researchers to explore novel applications of quinine in medicine.
The clinical pharmacologist examined the pharmacodynamics of quinine for personalized treatment plans.
The interdisciplinary team investigated the potential synergies between quinine and other therapeutic compounds.
The molecular pharmacologist studied the genetic factors influencing individual responses to quinine.
The pharmaceutical consortium worked on developing guidelines for sustainable quinine sourcing in the industry.
The medical ethics seminar debated the ethical implications of using quinine in experimental treatments.
The pharmaceutical scientist explored nanotechnology applications for enhancing the delivery of quinine in medications.
The pharmacogenomics research investigated the role of genetic variations in determining quinine metabolism.
The epidemiological study analyzed population-level data on quinine consumption and its health impacts.
The medical symposium featured a session on global perspectives on access to quinine-based medications.
The interdisciplinary research project aimed to bridge gaps in knowledge between quinine research and clinical practice.