The Zidovska Lab @ NYU CSMR
Welcome! We are an experimental biophysics lab in the Center for Soft Matter Research in Department of Physics at New York University. Our lab uses approaches from soft matter physics and polymer physics to study chromatin, the functional form of DNA in cells, particularly its organization and dynamics in eukaryotic cell nuclei.
The Zidovska Lab @ NYU CSMR
Welcome! We are an experimental biophysics lab in the Center for Soft Matter Research in Department of Physics at New York University. Our lab uses approaches from soft matter physics and polymer physics to study chromatin, the functional form of DNA in cells, particularly its organization and dynamics in eukaryotic cell nuclei.
The Zidovska Lab @ NYU CSMR
Welcome! We are an experimental biophysics lab in the Center for Soft Matter Research in Department of Physics at New York University. Our lab uses approaches from soft matter physics and polymer physics to study chromatin, the functional form of DNA in cells, particularly its organization and dynamics in eukaryotic cell nuclei.
The Zidovska Lab @ NYU CSMR
Welcome! We are an experimental biophysics lab in the Center for Soft Matter Research in Department of Physics at New York University. Our lab uses approaches from soft matter physics and polymer physics to study chromatin, the functional form of DNA in cells, particularly its organization and dynamics in eukaryotic cell nuclei.
The Zidovska Lab @ NYU CSMR
Welcome! We are an experimental biophysics lab in the Center for Soft Matter Research in Department of Physics at New York University. Our lab uses approaches from soft matter physics and polymer physics to study chromatin, the functional form of DNA in cells, particularly its organization and dynamics in eukaryotic cell nuclei.
The Zidovska Lab @ NYU CSMR
Welcome! We are an experimental biophysics lab in the Center for Soft Matter Research in Department of Physics at New York University. Our lab uses approaches from soft matter physics and polymer physics to study chromatin, the functional form of DNA in cells, particularly its organization and dynamics in eukaryotic cell nuclei.
