URECA Bulletin Board
* Note: The list below is only a small sampling of the opportunities available at
Stony Brook. Many students find opportunities by contacting faculty directly by email.
Analyzing breast cancer genomes with CRISPR at Cold Spring Harbor Laboratory
The Sheltzer Lab at Cold Spring Harbor Laboratory is seeking undergraduate researchers
for a cutting-edge project applying CRISPR to dissect drug targets in breast cancer.
The position can pay hourly or provide course credit, depending on the student’s preference.Cancer
cells require the expression of certain genes, called “addictions” or “genetic dependencies”,
that encode proteins necessary for tumor growth. Targeting the proteins encoded by
these genes can trigger cell death and durable tumor regression. The Sheltzer Lab is
applying CRISPR to study genetic dependencies in breast cancer in order to identify
new therapeutic vulnerabilities and targets for drug development. Additionally, through
CRISPR mutagenesis, we investigate the on-target and off-target effects of breast
cancer drugs, with profound implications for their clinical use. More information
on our previous research can be found in these publications (written by Stony Brook
Lin, A., Giuliano, C.J., Sayles, N.M., and Sheltzer, J.M. (2017) CRISPR/Cas9 mutagenesis invalidates a putative cancer dependency targeted in on-going clinical trials. eLife, 6:e24179.
Giuliano, C.J., Lin, A., Smith, J.C., Palladino, A.C., and Sheltzer, J.M. (2017) Combining CRISPR/Cas9 mutagenesis and a small-molecule inhibitor to probe the function of MELK in cancer. bioRxiv.
• Ability to work in the lab at least 12 hours a week (which could include evenings and
weekends, based on the student’s preference, though work during those hours is not a
• Ability to get to/from Cold Spring Harbor Laboratory.
• Prior lab experience in molecular biology is preferred but not mandatory.
• Strong communication, organization, and data analysis skills.
More information can be found on the Sheltzer lab website: http://sheltzerlab.labsites.cshl.edu/.
Interested students should send a CV and cover letter to Dr. Sheltzer at firstname.lastname@example.org
The Turner Lab in the Department of Anatomical Sciences is seeking undergraduate researchers for a project examining large-scale patterns of neuro-sensory evolution in living and fossil crocodiles. This paleontological research relies on a growing dataset of conventional CT and microCT scans of fossil crocodylomorph skulls. Undergraduate researchers will be responsible for digital segmentation of these CT datasets and creation of digital 3D models of brain, inner ear, and trigeminal nerve endocasts.
Crocodylomorpha is reptile group that includes living crocodylians and their close extinct relatives. Crocodylomorph evolution spans over 230 million years and multiple mass extinction events. The group has evolved over four orders of magnitude in body size and into ecological and phenotypic diversity paralleling those of Cenozoic mammals. Due to their taxonomic and ecological diversity, crocodylomorphs are a model system for studying how the demands of major habitat and ecological shifts result in large-scale evolutionary transformations. Crocodylomorphs have undergone several transitions from terrestrial predators into pelagic (open ocean marine), semi-aquatic (near-shore and river), and herbivorous niches. Overall brain shape and the positional sensing system of the inner ear are two of many systems expected to change across these ecological shifts.
Position Requirements. Ability to work in the lab at least 6-10 hours a week (more lab time can be accommodated if desired). No prior lab experience necessary, but experience in comparative anatomy or vertebrate biology is a plus. Student researchers will be trained on the use of VGStudio and/or Avizo software. Strong communication, organization, and data analysis skills. Additional Info: Possibility for course credit exists, as does the potential for independent student projects.
More information can be found on the Turner Lab website: http://theturnerlab.org/.
Interested students should send a CV and cover letter to Dr. Turner at email@example.com.
Cold Spring Harbor opportunities: (posted 10/19/17) The research of Dr. Lingbo Zhang’s Lab focuses on blood stem cell and cancer. The lab is interested in understanding how self-renewal of stem and progenitor cell is regulated under both normal and malignant conditions, and how the dysregulation of self-renewal process contributes to cancer maintenance during cancerogenesis and stem cell exhaustion seen in aging.The Lab is addressing these questions through utilizing both CRISPR/Cas functional genomic and chemical biology approaches to identify novel self-renewal regulators and metabolic vulnerabilities for blood stem and progenitor cells and to eventually control these molecular events to treat diseases. The Lab has recently identified multiple promising drug targets to treat blood cancers including myelodysplastic syndrome (MDS) and acute leukemia, and a clinical trial based on one of these drug targets to treat drug resistant MDS is currently under preparation. Students who are interested in characterizing drug targets and developing novel therapeutics for blood cancers could contact Dr. Lingbo Zhang at firstname.lastname@example.org<mailto: lbzhang@cshl (posted 5/11/17)
Opening with Stony Brook Rooftop Farm - please see >>
Looking for an Electrical Engineer/Biomedical Engineer/Computer Science/Engineering interested in a PAID internship-like position with possible benefits eligible (including health insurance) in the Stony Brook University Department of Neurobiology and Behavior in the “Experimental Neurorehabilitation Laboratory” starting from January 2 cnd 2017 until Summer 2017, with the possibility of longer employment based on performance. The eligible candidate will work on engineering aspects (making electrodes, cables, working on lab servers, software related to signaling, etc) of our biomedical project. The ultimate goal of our research in the lab is to introduce interventions (electrical stimulation, rehabilitation, and pharmacology) after neurological disorders in animal models. The successful applicant will start ASAP for a pre-training period prior to official employment.
Required Qualifications: Minimum BS in Electrical Engineering or Biomedical Engineering or Computer Sciences or related discipline (or on-track to graduate by Spring 2017); Ability to demonstrate professional competence in research activities; Experience working with small parts soldering working under magnification; Familiarity with various computer programs such as MatLab, Programming, Word, Excel and Powerpoint.
Preferred Qualifications: 4+ years experience with various types of small electrical parts and cable building.Experience working in a Biology- or Neuroscience-based laboratory. Experience with other types of electronics (oscilloscopes, amplifiers, etc), computers and data management.
Duties: Fabricate custom-made electrode implants and cables. Help with experimental planning as related to electrical theory. Help troubleshoot and fix noise and other electrical issues. Help post-doctoral fellows and graduate students with experiments.Discuss data with lab researchers and PI. Training of undergraduate and graduate students
We offer:Extension of this position to long term employment (based off performance). Work on exciting state of the art novel scientific projects related to biomedical science. Advanced training opportunities.Work with researchers in lab on multiple projects. Travel to conferences for professional development. Salary: Commensurate with experience
Required Applicant Documents: Resume/Curriculum Vitae; Two references
Application deadline: Please submit your complete application in English including your CV and references directly to the Search Committee Chair: email@example.com. Note, official title of position is adjunct faculty. (Posted 12/8/16)