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dr Małgorzata Lewandowska-Szumieł

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Affiliation:

Medical University of Warsaw, Department of Biophysics and Human Physiology

address:	Chałubińskiego 5, Warszawa, 02-004, Poland
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Participant:

E-MRS Fall Meeting 2003

began:	2003-09-15
ended:	2003-09-11
Presented:

E-MRS Fall Meeting 2003	Alternative methods bring a new input in biocompatibility testing
E-MRS Fall Meeting 2003	Materials for Medical Applications

Participant:

E-MRS Fall Meeting 2004

began:	2004-09-06
ended:	2004-09-10
Presented:

E-MRS Fall Meeting 2004	Cells and scaffolds for tissue engineering - what is needed for success?

Participant:

E-MRS Fall Meeting 2008

began:	2008-09-15
ended:	2008-09-19
Presented:

E-MRS Fall Meeting 2008	A bit of physics in our understanding of the cell and tissue interaction with scaffolds

Participant:

WANAMED-CePT 2015

began:	2015-07-14
ended:	2015-07-14
Presented:

Publications:

A bit of physics in our understanding of the cell and tissue interaction with scaffolds
Alginate hydrogel-candidate support for cell transplantation - preliminary observation in human chondrocyte culture
Alternative methods bring a new input in biocompatibility testing
Bone tissue engineered product based on human bone derived cells and polyurethane scaffold
Calcite-based material for tissue engineering ceramic scaffolds
Cells and scaffolds for tissue engineering - what is needed for success?
Culture of osteoblasts on nanostructured titanium – preliminary observation
Differentiation of cells from adipose tissue into osteoblasts in the presence of biomaterials in vitro (preliminary report)
Effect of Ca&P ions implantation on the corrosion resistance and biocompatibility of titanium
Effect of diisocyanate chemical structure on biocompatibility of segmented polyurethanes
Materials for Medical Applications
Mechanical characteristics of polymeric support as an important factor in osteoblast culture in vitro
Nanomechanical measurements of thin dextran layers
Omentum major as potential source of osteogenic cells for tissue engineering (preliminary report)
Optimization of polyurethane structure as the potential materials for bone tissue engineering applications
Poly(epsilon-caprolactone)- and poly(methyl methacrylate)-based scaffolds in human bone-derived cell cultures in vitro
Polyurethane-based material with calcite and aragonite for tissue engineering composite scaffolds
Porous polymeric scaffolds for bone regeneration
Synthesis of highly biocompatible hydroxyapatite nanopowders
A degradable and highly porous polyurethane scaffolds for bone tissue engineering