Cecilia Elisabeth Aulin

Cecilia Elisabeth Aulin

Research Specialist | Docent
Visiting address: CMM, L8:04, Karolinska universitetssjukhuset, 17176 Stockholm
Postal address: K2 Medicin, Solna, K2 Reuma Erlandsson Harris H, 171 77 Stockholm

About me

  • My research focuses on translational osteoarthritis (OA), spanning cellular systems, animal models, and observational clinical studies.

    I obtained my undergraduate degree and PhD in Biotechnology Engineering and Biomaterials at Uppsala University, where my research centered on regenerative medicine, particularly bone and cartilage regeneration. Following my PhD, I moved to Karolinska Institutet and the Center for Molecular Medicine (CMM) for a postdoctoral position at the Rheumatology Unit under Professor Lars Klareskog and Professor Helena Erlandsson Harris. There, I expanded my work on cartilage regeneration into the broader context of osteoarthritis and inflammatory joint disease.

Research

  • BIOFUNC – Translational OA cohort study

    BIOFUNC is a prospective, longitudinal clinical and molecular study aiming to identify key drivers of OA progression and enable the development of disease-modifying therapies.

    OA patients represent a heterogeneous population, although pain and impaired joint function are common clinical features. The disease is chronic and currently lacks curative treatment. A major challenge is to understand disease initiation, the mechanisms driving progression, and how these processes can be measured and monitored clinically.

    BIOFUNC integrates:

    • molecular profiling (biomarkers)
    • biomechanical assessment of joint function
    • patient-reported outcome measures (PROMs)

    The aims are to:

    • identify OA-specific biomarkers associated with clinical manifestations, particularly pain and joint function
    • detect patients with rapid disease progression to enable early intervention and improved follow-up
    • identify molecular targets for preclinical evaluation and development of disease-modifying therapies
    Preclinical studies 

    In parallel with the BIOFUNC cohort, we perform preclinical studies to investigate mechanisms of inflammation and pain in osteoarthritis (OA) and to develop novel therapeutic strategies.

    Although inflammation contributes to OA, classical anti-inflammatory treatments targeting TNF and IL‑1 have shown limited efficacy. We therefore focus on alternative inflammatory pathways, including alarmins (e.g. HMGB1) and oxidative stress–related mediators.

    Our aim is to develop local, disease-modifying therapies targeting inflammation and pain using injectable biomaterials. In collaboration with Ångström Laboratory (Uppsala), we develop polymer-based systems that can:

    • neutralize harmful molecules through functionalized materials
    • serve as drug delivery platforms for anabolic or anti-inflammatory agents

    By integrating cell-based systems, experimental OA models, and patient samples from BIOFUNC, we study:

    • the role of inflammatory mediators in OA
    • their association with pain and disease progression
    • their potential as therapeutic targets

    This translational approach enables direct linking of clinical findings from BIOFUNC to mechanistic studies and therapeutic development, with the long-term goal of establishing combination therapies that both reduce inflammation and promote cartilage regeneration.

    Selected Projects
    • Investigating the role of the alarmin HMGB1 in OA and its potential as a therapeutic target
    • Studying oxidative stress–related mediators in chondrocytes and experimental OA, with focus on pain and joint degeneration
    • Developing polymeric scavenging systems for neutralization of inflammatory mediators
    • Designing injectable biomaterials for local drug delivery in OA
    • Exploring strategies for cartilage regeneration in inflammatory joint environments

Teaching

  • * 2020-2022: Research School Director, National Clinical Research School in
    Chronic Inflammatory Diseases (NCRSCID). Responsible for planning and
    organizing a two-year educational program for PhD students in Sweden,
    including courses, workshops and administration. Funded by the Swedish
    Research Council.
    * Formal training
    * 2018 “Pedagogy for doctoral supervisors”,
    * 2017 “Doctoral supervision course”,
    * 2007 “Pedagogy for university teachers” and “Pedagogical voice
    training”
    * Co-supervisor for 5 PhD students (defended Nov 2019, March 2023, April
    2023, admitted June 2020, September 2022)
    * Supervisor for master theses in biomedicine/Medicine (>10 students, 2015-2026)
    * Supervisor for bachelor theses and Erasmus exchanges in biomedicine (8 students, 2015-2026
    * Course responsible for PhD course “Basic Inflammation”, 2018, 2021,  2023, 2025. 3 credits, Karolinska Institute
    * Course responsibility for Master level course in Biomaterials 2005-2009
    7.5 credits, Chemical engineering program, Uppsala University, Including
    lecturing, seminars, lab projects, course planning and administration

Articles

All other publications

Employments

  • Research Specialist, Department of Medicine, Karolinska Institutet, 2022-

Degrees and Education

  • Docent, Karolinska Institutet, 2022

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