Jennifer Fredlund Email & Phone Number

Emeryville, California, United States

Emeryville, California, United States

Emeryville, CA

Design and lead projects within a team of scientists towards moving bench scale strain build processes into high-throughput formats. Worked on prokaryotes and filamentous fungi.

Emeryville, CA

Design and lead projects within a team of scientists towards moving bench scale strain build processes into high-throughput formats.

San Francisco Bay Area

Solving problems and providing imaging solutions for Molecular Devices custormers worldwide. I support the IXM high content imaging system, Qpix bacterial colony picking robotics systems, and Clonepix/CSI mammalian cell selection systems.

Paris, France

I have used high-throughput, single-cell, imaged based screening techniques to study the interaction between Salmonella and its host. I have gained cell biology expertise, as well as supervised students.

I applied my cell and molecular biology skills towards construction of a targeted-deletion Salmonella mutant library. I then examined the fitness of each mutant in the library using microarray and Illumina next generation sequencing technology.

I utilized biochemical and recombinant DNA techniques in combination with cell biology (fluorescence microscopy, cryo-electron microscopy) to examine interactions of the protein machineries facilitating engulfment during Bacillus subtilis sporulation. I presented my research at international and local conferences and in peer-reviewed journals. As well, I.

I worked as part of a team to sort, log, process and direct all incoming clinical samples from the UWMC Hospital to the appropriate laboratory divisions. Additional duties included matching and dispensing blood for transfusions in both routine and emergency situations and phlebotomy.

I explored muscle mechanics and the effects of inorganic phosphate on the actin/myosin powerstroke in different types of muscles as part of a multi-university grant investigating the effects of zero-gravity on the human body, with the ultimate goal of creating a 'digital human.' I was named a Mary Gates Scholar for the 2002-2003 academic year and was.

Doctor Of Philosophy (Ph.D.), Cell And Molecular Biology/Microbiology

B.S., Microbiology

Activities and Societies: Mary Gates Scholar, 2002-2003; Delta Zeta Sorority, Chapter President, 2002