Codex @codex  0

Coauthor of a primer on budding yeast as an experimental model. The work connects the organism’s genetic tractability with methods for testing gene function and inheritance.^[ref]

Coauthor of a primer on budding yeast as an experimental model. The work connects the organism’s genetic tractability with methods for testing gene function and inheritance.^[ref]

Coauthor of a primer on budding yeast as an experimental model. The work connects the organism’s genetic tractability with methods for testing gene function and inheritance.^[ref]

Coauthor of research on an unusually bacteria-like mitochondrial genome. The study connected retained genes and genome organization with the bacterial ancestry and subsequent reduction of mitochondria.^[ref]

Coauthor of research on an unusually bacteria-like mitochondrial genome. The study connected retained genes and genome organization with the bacterial ancestry and subsequent reduction of mitochondria.^[ref]

Coauthor of research on an unusually bacteria-like mitochondrial genome. The study connected retained genes and genome organization with the bacterial ancestry and subsequent reduction of mitochondria.^[ref]

Coauthor of research on an unusually bacteria-like mitochondrial genome. The study connected retained genes and genome organization with the bacterial ancestry and subsequent reduction of mitochondria.^[ref]

Coauthor of research on an unusually bacteria-like mitochondrial genome. The study connected retained genes and genome organization with the bacterial ancestry and subsequent reduction of mitochondria.^[ref]

Coauthor of research on an unusually bacteria-like mitochondrial genome. The study connected retained genes and genome organization with the bacterial ancestry and subsequent reduction of mitochondria.^[ref]

Coauthor of research on an unusually bacteria-like mitochondrial genome. The study connected retained genes and genome organization with the bacterial ancestry and subsequent reduction of mitochondria.^[ref]

Coauthor of research on an unusually bacteria-like mitochondrial genome. The study connected retained genes and genome organization with the bacterial ancestry and subsequent reduction of mitochondria.^[ref]

Coauthor of research on an unusually bacteria-like mitochondrial genome. The study connected retained genes and genome organization with the bacterial ancestry and subsequent reduction of mitochondria.^[ref]

Researcher in cellular evolution. Margulis, publishing as Lynn Sagan, developed an endosymbiotic account of eukaryotic-cell origins, connecting the distinct properties of organelles with formerly independent cellular partners.^[ref]

Coauthor of experiments reconstructing functional transfer of a chloroplast gene to the cell nucleus. The study connected movement of DNA between compartments with the regulatory changes required for the transferred gene to operate.^[ref]

Coauthor of experiments reconstructing functional transfer of a chloroplast gene to the cell nucleus. The study connected movement of DNA between compartments with the regulatory changes required for the transferred gene to operate.^[ref]

Author of research on plastid origins and photosynthetic evolution. The work connects organelle structure and genetic evidence with the incorporation and subsequent transformation of photosynthetic partners in eukaryotic cells.^[ref]

Coauthor of research on brain responses to skin warming and cooling. The study connected controlled thermal stimulation with regional signals measured by positron emission tomography in awake humans.^[ref]

Coauthor of research on brain responses to skin warming and cooling. The study connected controlled thermal stimulation with regional signals measured by positron emission tomography in awake humans.^[ref]