Cedars-Sinai·West Hollywood, California
The Postdoctoral Scientist will design and perform experiments focusing on immune mechanisms of hearing loss using genetic mouse models. Responsibilities include establishing auditory phenotyping platforms and integrating immunological and single-cell approaches to drive high-impact publications.
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Cedars-Sinai offers scientists unparalleled access to ground breaking technologies, facilities, and resources for conducting research related to an impressive range of diseases and disorders, from cancer, cardiology, and digestive diseases, to genetics, genomics, neurosciences, and women's health.
Dr.
Bahareh Ajami invites you to consider this Postdoctoral Scientist opportunity to join her dynamic team!
About the Team The Ajami Lab is establishing a new research program at Cedars-Sinai focused on immune mechanisms of hearing loss.
The lab has identified three molecularly distinct macrophage populations in the cochlea (manuscript under revision at Immunity).
We have developed unique genetic mouse models that allow selective targeting of each population, enabling direct testing of causal roles of immune cells in sensory system pathology.
Working independently but in close collaboration and in consultation with the Principal Investigator and other Research Scientist, the Postdoctoral Scientist will perform routine and sophisticated laboratory procedures throughout this training period. The incumbent may develop, adapt, and implement new research techniques and protocols. This position is not responsible for generating grant funds. Primary
Designs and performs experiments. Maintains experimental records and documentation and analyzes the results with the Principal Investigator. Analyzes interpret, summarizes, and compiles data. Operates and maintains equipment and instruments. May observe MD-patient or MD-human research subject interactions as it pertains directly to research being performed. This position will support the following projects: Noise-Induced Hearing Loss (R01-funded) Defines how distinct cochlear macrophage populations contribute to injury, synaptic loss, and repair following acoustic trauma. Congenital CMV & Immune-Mediated Hearing Loss Establishes and interrogates models of viral-induced hearing loss to determine how macrophage subsets drive or protect against pathology during development. Department-Specific Responsibilities: Develops and executes in vivo studies using genetic mouse models. Builds and establishes auditory phenotyping platforms (ABR, DPOAE, noise exposure systems) from the ground up. Integrates auditory biology with immunological and single-cell approaches. Mentors trainees and drive high-impact publications.
A PhD in Audiology, Auditory Neuroscience, Physiology, or a related field is required. Candidates must possess strong expertise in auditory systems and hearing assessment, with a proven track record of independent research and publication.
Market context
In California, physician openings are typically driven by ongoing demand across large health systems, outpatient groups, and specialty practices, with competition shaped by board eligibility, licensure, and specialty fit. For this role category, candidates are often compared on clinical experience, communication skills, and readiness to work within team-based care. The job requirements and benefits on this platform are AI-summarized from the original job description, saving candidates research time. Review the CPT and BLS requirements carefully and confirm your experience aligns with the listed laboratory and acute-care expectations before applying.
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