Sort by
Refine Your Search
-
Category
-
Field
-
that work! What You Bring: PhD. in Molecular Biology, Biochemistry or Structural Biology, or equivalent. Proven foundation in Molecular Biology techniques Familiarity with structural biology techniques is a
-
for contributions to scientific publications. What you bring: Master’s degree in physics, Chemistry, Biology or a related field, or equivalent education and experience. PhD preferred but not required. Extensive
-
://stanfordstomata.sites.stanford.edu/ About the role: In this role, you will work collaboratively with Dr. Bergmann to develop, coordinate, and undertake research projects in plant genetics cell biology and developmental biology. We
-
pressure. Education Bachelor’s degree in molecular biology, plant biology, genetics, cell biology, biochemistry, or similar field is required. Advanced degree (master’s, PhD, etc.) in a relevant field is
-
for faculty positions, you must hold a PhD in biology or related field with a proven record of independent and self-directed research as well as additional scientific expertise normally acquired through several
-
of work tidy, follow BSL-2 lab standards. What You Bring: Strong scientific background in any area of experimental biology or related field (preferably in neurobiology) PhD from an US institution or
-
are using cell biology, biochemistry, and electron microscopy to study how one organelle – the endoplasmic reticulum (ER) – influences the shape and dynamics of other organelles. Specifically, the team’s goal
-
skills. More than five years of research experience after earning a PhD. A broad range of scientific experience and a strong publication record Strong track record in the field of fungal biology Wet lab
-
, immunophenotyping, as well as other cell and molecular biology techniques. The team consists of PhD and MD-PhD trainees and postdocs at all levels. The ideal candidate will be well-organized, self-motivated, and
-
and national levels. This is a new research direction for a lab that has worked for 20+ years at the intersection of experimental and computational biology. Previous work in the lab has focused