72.8

Christopher C. Kohler

Technische Universität Berlin

Christopher C. Kohler has made significant contributions to various fields of study, including veterinary medicine, fisheries science, materials science, and aquatic ecology. Research articles have focused on developing more efficient pain management strategies for fish, improving aquaculture practices through alternative feeding methods and nutrient optimization, and advancing our understanding of plant-based diets in fish culture. Additionally, their work has investigated the effects of dietary fatty acids on fish growth, immune response, and fatty acid profiles, with implications for enhancing production performance and nutritional quality. These studies have broadened our knowledge on sustainable aquaculture practices, fish health, and nutrient optimization, ultimately informing strategies to improve fish welfare and environmental sustainability.

NutritionFish FeedFatty AcidsFish HealthSustainable FeedsVitamin ENanotubesFishScalar-Tensor TheoriesHabitat Fragmentation
Firms applying this knowledge

Desert King International Llc, Phibro Animal Health Corporation

Commercial signal 72.2
Scientific signal 77.5
Social signal 75.3
Papers 54
8 Patent-to-paper cites
1,051 Paper cites

scientifiq.ai is an experimental platform. The platform relies on open source data and it may contain errors. Its primary goal is to advance scientific research on innovation.