Naimeh Mahheidari
@naimehmahheidari
I am a tissue engineering researcher advancing regenerative wound-healing biomaterials.
What I'm looking for
I am an assistant professor and PhD-trained tissue engineering researcher focused on developing biomaterials for skin regeneration and wound healing. My work bridges nanomedicine, hydrogel design, and in vivo functional tissue-regeneration studies.
I led and published my PhD research, including a PhD thesis paper in npj Regenerative Medicine (2024), and have multiple peer-reviewed articles on alginate/CMC hydrogels, diopside nanoparticles, and botulinum-toxin–loaded scaffolds. I have designed and administered preclinical animal studies and translational biomaterial projects.
I bring extensive hands-on laboratory expertise in nanoparticle synthesis, hydrogel fabrication, electrospinning, cell culture, and animal model experiments, supported by analytical competencies (UV-Vis, FTIR, XRD, DLS) and software tools (ImageJ, ChemDraw, Prism). I manage multidisciplinary projects from concept to in vivo evaluation.
I am an experienced mentor and teacher, with roles in student research committees, workshops, and course instruction, and I have received national awards and startup recognitions for wound-healing innovations. I seek to contribute leadership, rigorous experimental design, and translational focus to a collaborative regenerative-medicine team.
Experience
Work history, roles, and key accomplishments
Assistant Professor
Kerman University of Medical Sciences
Supervise student research and lead tissue-engineering projects focused on hydrogel-based wound healing and nanoparticle drug delivery; deliver workshops and administer research programs.
PhD Researcher
Shahroud University of Medical Sciences
Jan 2018 - Jan 2024 (6 years)
Led PhD research on skin wound healing using alginate/CMC hydrogels containing diopside nanoparticles and botulinum toxin A; published PhD thesis paper in npj Regenerative Medicine (2024).
Education
Degrees, certifications, and relevant coursework
Shahroud University of Medical Sciences
Doctor of Philosophy, Tissue Engineering
2018 - 2024
Activities and societies: PhD thesis: 'Skin wound healing in animal model using alginate/CMC hydrogel containing nanochorion, diopside nanoparticles and botolonium toxin A'; Supervisors: Professor Majid Salehi, Professor Mohammadreza Nourani, Dr Amir Atashi. Related publications include npj Regenerative Medicine (2024).
Doctoral research on tissue engineering focused on skin wound healing in animal models using alginate/CMC hydrogels with nanochorion, diopside nanoparticles, and botulinum toxin A.
University of Medical Sciences, Tehran
Master of Science, Nanomedicine
2014 - 2018
Activities and societies: MSc thesis: 'Preparation of colorimetric nanoparticles by using thiocyanate/GNPs in the presence of ferrite/copper/iodide ions for applying in Vibrio cholera biosensor'; Supervisor: Prof Khadijeh Eskandari.
Master's research in nanomedicine on preparation of colorimetric nanoparticles for application in a Vibrio cholera biosensor.
Hamedan University of Medical Sciences
Bachelor of Science, Nursing
2010 - 2014
Activities and societies: Undergraduate project: Assessment of fatigue based on two measures of fatigue in hemodialysis patients at a Hamedan hospital.
Bachelor-level training in nursing with an undergraduate project assessing fatigue in hemodialysis patients.
Availability
Location
Authorized to work in
Website
scholar.google.com/citationsJob categories
Skills
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