The Gingery laboratory investigates local and systemic impacts of aging, cellular senescence, immune dysregulation, and metabolic dysfunction in musculoskeletal diseases and conditions. These include ...
The Gingery laboratory investigates local and systemic impacts of aging, cellular senescence, immune dysregulation, and metabolic dysfunction in musculoskeletal diseases and conditions. These include ...
... senescence in regenerative healing; and the molecular pathways that distinguish regenerative repair from fibrosis. Together, these studies aim to identify biological mechanisms that can be leveraged ...
... senescence in regenerative healing; and the molecular pathways that distinguish regenerative repair from fibrosis. Together, these studies aim to identify biological mechanisms that can be leveraged ...
The Gingery laboratory investigates local and systemic impacts of aging, cellular senescence, immune dysregulation, and metabolic dysfunction in musculoskeletal diseases and conditions. These include ...
The Gingery laboratory investigates local and systemic impacts of aging, cellular senescence, immune dysregulation, and metabolic dysfunction in musculoskeletal diseases and conditions. These include ...
... senescence in regenerative healing; and the molecular pathways that distinguish regenerative repair from fibrosis. Together, these studies aim to identify biological mechanisms that can be leveraged ...
... senescence in regenerative healing; and the molecular pathways that distinguish regenerative repair from fibrosis. Together, these studies aim to identify biological mechanisms that can be leveraged ...
... senescence, and the molecular pathways that distinguish regenerative healing from fibrosis. Together, these studies aim to identify biological mechanisms that can be translated into innovative ...
... senescence, and the molecular pathways that distinguish regenerative healing from fibrosis. Together, these studies aim to identify biological mechanisms that can be translated into innovative ...
... senescence in regenerative healing; and the molecular pathways that distinguish regenerative repair from fibrosis. Together, these studies aim to identify biological mechanisms that can be leveraged ...
... senescence in regenerative healing; and the molecular pathways that distinguish regenerative repair from fibrosis. Together, these studies aim to identify biological mechanisms that can be leveraged ...
... senescence, and the molecular pathways that distinguish regenerative healing from fibrosis. Together, these studies aim to identify biological mechanisms that can be translated into innovative ...
... senescence, and the molecular pathways that distinguish regenerative healing from fibrosis. Together, these studies aim to identify biological mechanisms that can be translated into innovative ...
... senescence in regenerative healing; and the molecular pathways that distinguish regenerative repair from fibrosis. Together, these studies aim to identify biological mechanisms that can be leveraged ...
... senescence in regenerative healing; and the molecular pathways that distinguish regenerative repair from fibrosis. Together, these studies aim to identify biological mechanisms that can be leveraged ...
... senescence, and the molecular pathways that distinguish regenerative healing from fibrosis. Together, these studies aim to identify biological mechanisms that can be translated into innovative ...
... senescence, and the molecular pathways that distinguish regenerative healing from fibrosis. Together, these studies aim to identify biological mechanisms that can be translated into innovative ...
Postdoctoral Research Fellow - T Cell Engineering Lab
Rochester, MN · On-site
$67K - $78K/yr
Overcoming tumor immune evasion, antigen loss, exhaustion, and senescence * Mechanisms of on-target/off-tumor toxicity and immune-related adverse events * Translational studies bridging preclinical ...
Postdoctoral Research Fellow - T Cell Engineering Lab
Rochester, MN · On-site
$67K - $78K/yr
Overcoming tumor immune evasion, antigen loss, exhaustion, and senescence * Mechanisms of on-target/off-tumor toxicity and immune-related adverse events * Translational studies bridging preclinical ...
Research Technologist - Gingery Lab - Limited Tenure
Rochester, MN · On-site
$27.99 - $41.98/hr
The Gingery laboratory investigates local and systemic impacts of aging, cellular senescence, immune dysregulation, and metabolic dysfunction in musculoskeletal diseases and conditions. These include ...
Research Technologist - Gingery Lab - Limited Tenure
Rochester, MN · On-site
$27.99 - $41.98/hr
The Gingery laboratory investigates local and systemic impacts of aging, cellular senescence, immune dysregulation, and metabolic dysfunction in musculoskeletal diseases and conditions. These include ...
Postdoctoral Research Fellow - T Cell Engineering Lab
Rochester, MN · On-site
$49K - $67K/yr
Overcoming tumor immune evasion, antigen loss, exhaustion, and senescence * Mechanisms of on-target/off-tumor toxicity and immune-related adverse events * Translational studies bridging preclinical ...
Postdoctoral Research Fellow - T Cell Engineering Lab
Rochester, MN · On-site
$49K - $67K/yr
Overcoming tumor immune evasion, antigen loss, exhaustion, and senescence * Mechanisms of on-target/off-tumor toxicity and immune-related adverse events * Translational studies bridging preclinical ...
... senescence, and the molecular pathways that distinguish regenerative healing from fibrosis. Together, these studies aim to identify biological mechanisms that can be translated into innovative ...
... senescence, and the molecular pathways that distinguish regenerative healing from fibrosis. Together, these studies aim to identify biological mechanisms that can be translated into innovative ...
Overcoming tumor immune evasion, antigen loss, exhaustion, and senescence * Mechanisms of on-target/off-tumor toxicity and immune-related adverse events * Translational studies bridging preclinical ...
Overcoming tumor immune evasion, antigen loss, exhaustion, and senescence * Mechanisms of on-target/off-tumor toxicity and immune-related adverse events * Translational studies bridging preclinical ...
Overcoming tumor immune evasion, antigen loss, exhaustion, and senescence * Mechanisms of on-target/off-tumor toxicity and immune-related adverse events * Translational studies bridging preclinical ...
Overcoming tumor immune evasion, antigen loss, exhaustion, and senescence * Mechanisms of on-target/off-tumor toxicity and immune-related adverse events * Translational studies bridging preclinical ...
Senescence information
What is senescence in the context of biology?
Senescence refers to the process by which cells or organisms gradually deteriorate with age, leading to a decline in function and increased vulnerability to death. In cells, senescence is a state where cells stop dividing but do not die, often as a response to stress or damage. This process plays a key role in aging and age-related diseases, but it also helps prevent the proliferation of damaged cells, thus protecting against cancer. Understanding senescence is important for research into aging, regenerative medicine, and therapies for age-associated conditions.
What are the key skills and qualifications needed to thrive as a gerontologist, and why are they important?
To thrive as a Gerontologist, you need expertise in aging processes, research methods, and health sciences, typically supported by a degree in gerontology or a related healthcare field. Familiarity with data analysis software, patient care systems, and knowledge of age-related assessment tools is essential. Compassion, patience, and strong interpersonal communication skills help build trust and support with older adults and their families. These skills ensure effective care, meaningful research, and advocacy for the well-being of the aging population.
What are some common challenges faced by researchers working in the field of senescence biology?
Researchers in senescence biology often encounter challenges such as the complexity of cellular aging mechanisms, variability in senescence markers across cell types, and difficulties in translating laboratory findings into clinical applications. Collaboration with multidisciplinary teams—including bioinformaticians, clinicians, and molecular biologists—is essential to address these challenges. Staying updated with rapidly evolving technologies and methodologies, while managing large data sets, is also a key part of the role.
What is the difference between Senescence vs Cell Biologist?
| Aspect | Senescence | Cell Biologist |
|---|---|---|
| Required credentials | Typically requires a PhD in biology, biochemistry, or related fields | Requires a PhD or master's in biology, cell biology, or related disciplines |
| Work environment | Research labs, biotech companies, academic institutions | Research labs, universities, biotech firms |
| Industry usage | Used in aging research, cancer studies, regenerative medicine | Involved in studying cell functions, mechanisms, and processes |
Senescence refers to the biological process where cells stop dividing and enter a state of growth arrest, often related to aging or stress responses. Cell Biologists study the structure, function, and behavior of cells, including processes like senescence. While senescence is a specific cellular process, cell biologists explore a broad range of cellular functions, making their roles complementary but distinct.
Full-time
Medical, Dental, Vision, Retirement
Re-posted 17 days ago
Mayo Clinic rating
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Job description
Sets up and performs routine and established lab procedures in support of lab goals, grant commitments, i.e. assays, cell/tissue culture, animal studies, etc. Monitors results, reports unusual outcomes and suggests modifications. Collects, enters and summarizes data. Assists in the maintenance of lab equipment and supplies. Performs basic statistical data analysis; prepares tables/charts/graphs and assists in organizing data. Presents at research laboratory meetings and contributes to writing of manuscripts. Works under supervision and may perform some assignments independently as discussed and approved by Principal Investigator.
The Gingery laboratory investigates local and systemic impacts of aging, cellular senescence, immune dysregulation, and metabolic dysfunction in musculoskeletal diseases and conditions. These include carpal tunnel syndrome, Dupuytren contracture, rheumatoid arthritis, connective tissue fibrosis, tendinopathy, rotator cuff tears, tendon injury and repair, skeletal biology, and wound healing. The goal is to develop evidence-based preventives and therapeutics. Dr. Gingery and her Musculoskeletal Biology and Immunology Laboratory uses multidisciplinary, state-of-the-art approaches, including bioinformatics and spatial, single-cell, and metabolomic multi-omics.
The Research Technologist would support ongoing projects. Duties will include routine, cell, molecular, model system and translational laboratory work under supervision of the PI. Candidate should be highly goal and detail oriented and have strong teamwork skills. Training will be provided on many in-lab techniques but previous experience working with model systems and molecular techniques is highly preferred.
Why Mayo Clinic
Mayo Clinic is top-ranked in more specialties than any other care provider according to U.S. News & World Report. As we work together to put the needs of the patient first, we are also dedicated to our employees, investing in competitive compensation and comprehensive benefit plans - to take care of you and your family, now and in the future. And with continuing education and advancement opportunities at every turn, you can build a long, successful career with Mayo Clinic.
Benefits Highlights
- Medical: Multiple plan options.
- Dental: Delta Dental or reimbursement account for flexible coverage.
- Vision: Affordable plan with national network.
- Pre-Tax Savings: HSA and FSAs for eligible expenses.
- Retirement: Competitive retirement package to secure your future.
Just as our reputation has spread beyond our Minnesota roots, so have our locations. Today, our employees are located at our three major campuses in Phoenix/Scottsdale, Arizona, Jacksonville, Florida, Rochester, Minnesota, and at Mayo Clinic Health System campuses throughout Midwestern communities, and at our international locations. Each Mayo Clinic location is a special place where our employees thrive in both their work and personal lives. Learn more about what each unique Mayo Clinic campus has to offer, and where your best fit is.
Equal Opportunity
All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, gender identity, sexual orientation, national origin, protected veteran status or disability status. Learn more about the "EOE is the Law". Mayo Clinic participates in E-Verify and may provide the Social Security Administration and, if necessary, the Department of Homeland Security with information from each new employee's Form I-9 to confirm work authorization.
Requires bachelor's degree in biology, chemistry, other relevant science, or an associates degree with 6 years of relevant laboratory experience. Must exhibit a solid understanding of lab techniques, equipment, and safety. Must have the ability to organize and carry out laboratory techniques independently and in a team setting. Experience with basic data analysis is required. This position requires demonstrated writing skills.
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Mayo Clinic is the largest integrated, not-for-profit medical group practice in the world. We're building the future, one where the best possible care is available to everyone — and more people can heal at home. Our relentless research turns into earlier diagnoses and new cures. That's how we inspire hope in those who need it most. At Mayo Clinic, experts work together to solve the most challenging unmet needs of patients. Our history of innovation dates back almost 150 years, when brothers Will and Charlie Mayo pioneered an integrated, team-based approach to medicine. Today, that trailblazing spirit drives innovations like Mayo Clinic Platform — which powers new technologies to change how care is delivered to all.
Industry
Hospitals
Company size
10,000+ Employees
Headquarters location
Rochester, MN, US
Year founded
1919