Molecular Matrix is pioneering innovative medical devices for tissue regeneration applications in multiple organ systems. We are seeking highly motivated, self-sufficient candidates who are interested in growing with our company in a fast-paced and exciting environment.
About the role: Reporting to the Research & Development Lead, the Research Associate will use cell culture and molecular biology techniques to support the development of tissue engineering medical devices. The Research Associate works primarily in R&D to support advancements in bioprocessing, scaffolding, and large-scale tissue formation.
About You: You are an experienced Bachelor's or Master's level cell biologist and/or molecular biologist who enjoys collaborating across disciplines in order to solve complex problems. You are good at communicating ideas, data, and bottle-necks to technical and non-technical audiences alike. You have knowledge or interest in tissue engineering and medical devices and are excited to bring your experience and enthusiasm to this nascent industry. You thrive in fast-paced environments.
Responsibilities:
- Perform molecular cloning: PCR, restriction digest, DNA assembly
- Perform gene expression assays using RT-PCR
- Develop new cell lines by modifying growth factor signaling
- Develop assays to screen, isolate, and validate cell lines
- Reagent preparation, aliquoting, inventory management
- Collaborate with the preclinical team to support preclinical trials of novel technologies
- Contribute to various group efforts in research and development
- Identify, suggest, purchase and operate supplies and equipment through established processes to support this role
- Mentor junior members with technical skills, and experimental design
Qualifications & Skills:
- Experienced in adherent mammalian cell culture
- Experience with molecular cloning and transfection including designing DNA constructs, producing plasmids, and delivering to cells using transfection or electroporation
- Cell line development: able to screen, isolate, and validate targeted cell populations
- Knowledge of basic cell biology with an ability to develop methods to manipulate
We offer great benefits (health, vision, and dental insurance and a retirement plan) and challenging, impactful work. Join our growing team, work with smart and dedicated people, and help develop cutting-edge technologies that will positively impact the world.
Job Type: Full-time
Salary: From $64,480.00 per year
Benefits:
- Dental insurance
- Health insurance
- Paid time off
- Retirement plan
- Vision insurance
Schedule:
- 8 hour shift
- Weekend availability
Ability to commute/relocate:
- Rancho Cordova, CA 95670: Reliably commute or planning to relocate before starting work (Required)
Education:
Experience:
- Mammalian cell culture: 2 years (Required)
Work Location: In person
At Molecular Matrix,
we believe in improving lives
through innovations in science
and technology.
Molecular Matrix is dedicated to developing next generation osteobiologic technology.
Nearly a decade ago, Molecular Matrix developed a breakthrough tissue regeneration technology. This platform technology gave rise to our first clinical product, a bone graft substitute used in orthopedic surgery for real-time bone tissue regeneration.
Charles Lee, CEO, CSO, and inventor of the technology, introduces Osteo-P technology, which provides a broad platform for bone engineering. Our technology can be used to repair damaged or missing bone while addressing many of the limitations and side effects seen in the orthopedic reconstruction field. The advancements brought by our technology will yield superior bone regeneration products and procedures for orthopedic, spine, and trauma applications.
MMI is on a continuous quest to innovate in the biotechnology and biomedical fields. Our vision is to develop life-enhancing and life-saving treatments that will be available worldwide. Research and development at our headquarters is under way to expand the therapeutic applications of our core technology. Our scientists are optimizing the technology for multiple tissue regeneration applications, both in vivo and in vitro.
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