I am a molecular evolutionary geneticist and biological anthropologist by training, and rely heavily on interdisciplinary research. I use both chemical and molecular techniques to elucidate the state of preservation within forensic, archeological and paleontological remains. This information is subsequently used to devise novel techniques to extract the molecular information (DNA, RNA and/or protein sequences) and use it to address anthropological questions, such as the identification of pathogens responsible for past pandemics (i.e. The Black Death, The Plague of Justinian) as well as the evolutionary dynamics of infectious disease (i.e. Vibrio cholera).
I am a molecular evolutionary geneticist and biological anthropologist by training, and rely heavily on interdisciplinary research. I use both chemical and molecular techniques to elucidate the state of preservation within forensic, archeological and paleontological remains. This information is subsequently used to devise novel techniques to extract the molecular information (DNA, RNA and/or protein sequences) and use it to address anthropological questions, such as the identification of pathogens responsible for past pandemics (i.e. The Black Death, The Plague of Justinian) as well as the evolutionary dynamics of infectious disease (i.e. Vibrio cholera).
I am a molecular evolutionary geneticist and biological anthropologist by training, and rely heavily on interdisciplinary research. I use both chemical and molecular techniques to elucidate the state of preservation within forensic, archeological and paleontological remains. This information is subsequently used to devise novel techniques to extract the molecular information (DNA, RNA and/or protein sequences) and use it to address anthropological questions, such as the identification of pathogens responsible for past pandemics (i.e. The Black Death, The Plague of Justinian) as well as the evolutionary dynamics of infectious disease (i.e. Vibrio cholera).
I am a molecular evolutionary geneticist and biological anthropologist by training, and rely heavily on interdisciplinary research. I use both chemical and molecular techniques to elucidate the state of preservation within forensic, archeological and paleontological remains. This information is subsequently used to devise novel techniques to extract the molecular information (DNA, RNA and/or protein sequences) and use it to address anthropological questions, such as the identification of pathogens responsible for past pandemics (i.e. The Black Death, The Plague of Justinian) as well as the evolutionary dynamics of infectious disease (i.e. Vibrio cholera).
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