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Profile / Expertise

✔ Stem Cell Biology (MSCs & iPSCs)

✔ Cell Differentiation

✔ Co-culture Systems

✔ Biochemical Assays


✔ Vascular Calcification

✔ Inflammation Mechanisms

✔ MicroRNAs (miRNAs)

✔ Atherosclerosis


✔ Flow Cytometry

✔ Molecular Profiling (qPCR, WB)

✔ Immunofluorescence & IHC

✔ In Vivo Models

Links

Contact

Profiles

+(33) 05 57 57 17 54

Line.kawtharany@inserm.fr

Linkedin

ReaserchGate

BIOMAT

ISACB

Dr. Line Kawtharany

IR (Inserm)

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Contact

Linkedin biotis-bordeaux

Secretary Email

33 (0)5 57 57 14 88

Bioingénierie Tissulaire (BioTis)       

Physical Address:

Batiment BBS (Bordeaux Biologie Santé), 5e étage

2, rue du Dr Hoffmann Martinot,

33000, Bordeaux, France

Mailing Address:

Université de Bordeaux, Campus Carreire

146, rue Léo Saignat, Case 84,

33076, Bordeaux Cedex, France

Projects

📚 Publications:

     Is a researcher in cellular and vascular biology, specializing in the mechanisms of inflammation and calcification involved in cardiovascular diseases. She holds a PhD in Molecular and Cellular Biology from Claude Bernard Lyon 1 University, where her doctoral work focused on the impact of microcalcifications on atherosclerotic plaque vulnerability. She is currently a research engineer at the BioTis laboratory (Inserm U1026, Bordeaux), working on the SINPAIN project, which aims to generate sensory neurons derived from induced pluripotent stem cells (iPSCs) for regenerative medicine applications. Throughout her research career—including her postdoctoral work at the American University of Beirut—she has developed strong expertise in studying the role of microRNAs in vascular calcification, as well as in investigating interactions between mesenchymal stem cells and leukemic cells. Line combines extensive technical skills in molecular, cellular, and biochemical biology with a solid scientific publication record, making her a valuable contributor to advancing the understanding of vascular pathological processes and the development of innovative therapeutic strategies.

READ MORE

Modeling Sensory Neuron-Chondrocyte Interactions in Osteoarthritis: An iPSC-Derived Microfluidic Platform for Drug Discovery