Meni Wanunu

Meni Wanunu

Associate Professor


  • Experimental biological physics

About Meni Wanunu

Our research involves studying biosystems at the nanoscale (macromolecular and sub-molecular levels). Subtle changes in the chemical structure of biomolecules can enormously impact their function: In the morning sickness drug thalidomide, the enantiomeric form (mirror image of the same exact molecule) causes severe birth defects; a single base substitution in a gene, aka a mutation, is sufficient to cause disease by producing a malfunctioning protein; subtle changes in molecular structure to DNA, such as the addition of a methyl group, are now known to regulate gene expression. Many of the mechanisms by which miniscule chemical changes affect biomolecular function are unknown to date.

To address these questions, our group is developing novel techniques that probe how small molecular changes affect the global properties of macromolecules and biomolecules. Using various tools enabled by nanotechnology, we investigate biomolecular structure and dynamics at their corresponding size scale. Techniques used in the lab include micro- and nano-fabrication, organic and inorganic thin film deposition, interfacial chemistry and bioconjugate chemistry, scanning probe microscopy, vibrational spectroscopy, electronic/optical measurements, and many more. See our lab tools section to get an idea of the lab.


Mailing Address:

111 DA (Dana Research Center), Boston, MA 02111
Institutes, Labs & Research Centers
Chemical Imaging of Living Systems Institute
Chemistry and Chemical Biology

The Institute develops imaging tools to highlight chemical processes – enabling clinicians to better diagnose and treat disease.

Northeastern University Center for Renewable Energy Technology
Chemistry and Chemical Biology

Northeastern University Center for Renewable Energy Technology focuses on carbon-free technologies which are sustainable from materials and techno-economic point of view.

Wanunu Lab

Professor Wanunu’s research involves studying biosystems at the nanoscale (macromolecular and sub-molecular levels).

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