Stanislav Piletsky
Postdoctoral researcher in cancer nanomedicine
New York, New York, USA
Summary
Multidisciplinary nanotechnology researcher at the chemistry–biology interface focusing on nanoscale materials for biomedical applications. mskcc+1
Expertise in molecularly imprinted polymers (MIPs) and nanoMIPs with applied work on cell-surface mapping, diagnostics, and targeted delivery in cancer research. ac+1
Active developer of carbon-nanotube functionalization and sensor technologies, applying these to diagnostic sensor arrays and 'Diagnostic QR Code' platforms. mskcc+1
Demonstrated academic productivity and translational interest, evidenced by peer-reviewed publications, preprints, and contributions to patent filings. nih+2
Work
Education
Projects
Writing
Handle-free conjugation of small molecules generates tunable emissive defects on carbon nanotubes
May 1, 2025Publication (listed via NIST entry) on methods to generate tunable emissive defects on carbon nanotubes through small-molecule conjugation.
Controlled quantum well formation on DNA-wrapped carbon nanotubes via peroxide-mediated aryl diazonium reduction
August 1, 2024Preprint reporting methods to form emissive quantum-well defects on DNA-wrapped carbon nanotubes and exploring their optical properties and sensing applications.
Molecularly Imprinted Polymers for Cell Recognition
January 1, 2020Review article discussing approaches for molecular imprinting of cells and epitopes, solid-phase MIP synthesis, and applications of MIPs in imaging, drug delivery, diagnostics, and tissue engineering.
US20150119274A1 - Microplates with Enhanced Immobilisation Capabilities Controlled by Magnetic Field
April 1, 2015Patent application (inventor list includes Stanislav Piletsky) describing microplate inserts and magnetic-control immobilization for laboratory assays.