Research Areas

Paul Lapchak, PhD, FAHA, is developing natural product analogs to treat acute ischemic stroke. Natural products derived from plants and other natural sources are an untapped resource of bioactive compounds. The emphasis is on polyphenolic compounds based upon fistein and curcuminoid analogs produced by chemical modification of the spice curcumin.

Curcumin derivatives have novel mechanisms of action that can be applied to treat stroke; they also have excellent low-no toxicity profiles.

The Lapchak Lab is also actively engaged in studies to further the development of transcranial laser therapy to promote recovery of function following a stroke by elucidating the mechanism of action of light therapy. In addition, the Lapchak Lab is working to develop new methods to attenuate thrombolytic-induced brain hemorrhage and provide neuroprotection to hemorrhage patients.

See Lapchak's presentation on Stroke Drug De-Risking & Development For Industry .

Other important projects include:

  • Testing neuroprotective agents to attenuate ischemia-induced spinal cord injury and paraplegia
  • Studying the role of cytochrome oxidase in laser-induced neuroprotection
  • Developing therapies to use in combination with thrombolytics to treat stroke
  • Testing novel nanoparticles to treat stroke and traumatic brain injury