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of lipids, formed by solar irradiation of a primordial oil layer that covered the ocean. This explorative work will include studies of chemical reactivity, molecular self-assembly and the physico-chemical
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PhD position Chemical Origin of Primordial Cells in the First Ocean (1.0 FTE) (V24.0255) « Back to the overview Job description We invite applications from outstanding candidates, for a PhD position
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, we will explore the possibility that protocells were made of lipids, formed by solar irradiation of a primordial oil layer that covered the ocean. This explorative work will include studies of chemical
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be addressed within this case study is the stability of RNA strands in water. RNA is well-known to be unstable in aqueous solutions, which is why, e.g., RNA vaccines, have to be stored at quite low
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of molecular systems. The core scientific challenge that will be addressed within this case study is the stability of RNA strands in water. RNA is well-known to be unstable in aqueous solutions, which is why
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of RNA strands in water. RNA is well-known to be unstable in aqueous solutions, which is why, e.g., RNA vaccines, have to be stored at quite low temperatures. RNA degradation in water at room temperature
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1250 to 1950) across the ecologically-rich land- sea- and icescapes of the Foxe Basin region of central Nunavut, Inuit Nunangat (the traditional Inuit territories of what is now Canada). There will be a
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1250 to 1950) across the ecologically-rich land- sea- and icescapes of the Foxe Basin region of central Nunavut, Inuit Nunangat (the traditional Inuit territories of what is now Canada). There will be a
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on compiling, modeling and mapping archaeological data on subsistence harvesting among Inuit (from ca. AD 1250 to 1950) across the ecologically-rich land- sea- and icescapes of the Foxe Basin region of central