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Research Assistant I

The University Of Texas At Dallas

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At a glance

Compensation
No compensation found
Location
Dallas, TX
Role Type
Research
Work Authorization
Not specified

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Job overview

The Center for Advanced Pain Studies at UT Dallas seeks a Research Assistant I to join the Price Lab and support patch clamp electrophysiology studies. The position works on NIH grant-funded projects investigating chronic pain mechanisms and treatments in preclinical models and human tissues recovered from organ donors. The assistant provides technical support for research projects and conducts activities according to research protocols. Continued employment depends on funding availability and satisfactory performance.

Skills & qualifications

RequiredNice to have

Skills

Patch Clamp ElectrophysiologyCell CultureTissue Dissociation

Qualifications

Patch Clamp Electrophysiology ExperienceCell Culture ExperienceTissue Dissociation Experience

Full job description

Posting Number: S07296P

Job Description:

The Center for Advanced Pain Studies at UT Dallas has an opening for a Research Assistant I to join the Price Lab and support patch clamp electrophysiology studies.

This specific position will work on NIH grant funded projects that are aimed at understanding the mechanisms and treatments of chronic pain in preclinical models and with human tissues recovered from organ donors. The applicant should have experience with patch clamp electrophysiology, cell culture, and tissue dissociation. This position will provide technical assistance for various research projects and conducts research activities according to research protocol.

The Price laboratory is interested in the fundamental principles underlying neuronal plasticity leading to chronic pain. The lab aims to develop novel therapeutics based on these discoveries with the potential to either prevent the development of or permanently reverse chronic pain states. We focus on two major areas: plasticity in peripheral nociceptive neurons following injury and plasticity in central nervous system circuits that result from persistent stimulation of peripheral nociceptors. We utilize molecular, biochemical, genetic, behavioral, imaging and electrophysiological techniques combined with an overarching interest in pharmacology and drug discovery to tackle this problem.

This position is 100% grant funded. Continued employment is contingent on the availability of funds and satisfactory job performance.

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