The Steinberg lab is seeking a full time Research Assistant to support a project investigating the neuroinflammatory response to stroke and stem cell transplantation. Post-stroke inflammation is considered to be a critical determinant of stroke outcome. We use flow cytometry to assess this post-stroke inflammatory response. You would primarily assist with the flow cytometry experiments and you would be highly involved with mouse breeding. Other duties could include tissue sectioning and staining, qPCR, as well as rodent behavioral testing.
If interested, please send your CV to Marieke Boshuizen: mariekeb@stanford.edu.
Qualifications
The ideal candidate must have:
- A BA/BS degree in neuroscience, biological science or related field
- An ability to work independently and as part of a team
- Good organization and time management skills
- Efficient communication skills
- A willingness and ability to strictly follow instruction and protocols, and to work meticulously with attention to detail
- Full time commitment for a period of 1-2 years is required.
Desired Qualifications
It would be desirable for the applicant to have experience with some of the following: flow cytometry, rodent handling and behavioral testing, immunohistochemistry and microscopy, basic molecular techniques such as PCR, and tissue culture.
If interested, please send your CV to Marieke Boshuizen: mariekeb@stanford.edu.
Qualifications
The ideal candidate must have:
- A BA/BS degree in neuroscience, biological science or related field
- An ability to work independently and as part of a team
- Good organization and time management skills
- Efficient communication skills
- A willingness and ability to strictly follow instruction and protocols, and to work meticulously with attention to detail
- Full time commitment for a period of 1-2 years is required.
Desired Qualifications
It would be desirable for the applicant to have experience with some of the following: flow cytometry, rodent handling and behavioral testing, immunohistochemistry and microscopy, basic molecular techniques such as PCR, and tissue culture.
