Matches in DBpedia 2016-04 for { ?s ?p "Rhonda Patrick, previously Rhonda Perciavalle, is an American biochemist and science communicator. Currently a post-doctoral fellow at UCSF-Children’s Hospital Oakland Research Institute, she is known primarily for her studies of the mechanistic link between vitamin D and serotonin production, research that may have important implications for the understanding of autism and other disorders."@en }
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- Rhonda_Patrick abstract "Rhonda Patrick, previously Rhonda Perciavalle, is an American biochemist and science communicator. Currently a post-doctoral fellow at UCSF-Children’s Hospital Oakland Research Institute, she is known primarily for her studies of the mechanistic link between vitamin D and serotonin production, research that may have important implications for the understanding of autism and other disorders.".
- Q22096239 abstract "Rhonda Patrick, previously Rhonda Perciavalle, is an American biochemist and science communicator. Currently a post-doctoral fellow at UCSF-Children’s Hospital Oakland Research Institute, she is known primarily for her studies of the mechanistic link between vitamin D and serotonin production, research that may have important implications for the understanding of autism and other disorders.".
- Rhonda_Patrick comment "Rhonda Patrick, previously Rhonda Perciavalle, is an American biochemist and science communicator. Currently a post-doctoral fellow at UCSF-Children’s Hospital Oakland Research Institute, she is known primarily for her studies of the mechanistic link between vitamin D and serotonin production, research that may have important implications for the understanding of autism and other disorders.".
- Q22096239 comment "Rhonda Patrick, previously Rhonda Perciavalle, is an American biochemist and science communicator. Currently a post-doctoral fellow at UCSF-Children’s Hospital Oakland Research Institute, she is known primarily for her studies of the mechanistic link between vitamin D and serotonin production, research that may have important implications for the understanding of autism and other disorders.".