--Aneesh's paper was published on Biomedical Optics Express, Congratulations!.
--Fengqiang's paper was published on Journal of Biomedical Optics, Congratulations!
--We are excited to welcome Xianxu to join our group as a visiting scientist.
--Our research work is Feature of The Week 9/23/2013 on OCT news.
--Our paper is one of the top downloads in August 2013.
--Nicole’s abstract was accepted as poster presentation in BMES 2013 Annual Meeting for September 25-28 in Seattle.
--We are excited to welcome Yongyang Huang to our lab as Ph.D candidate.
--Our paper was accepted in Optics Express
--Aneesh Alex and Chao Zhou’s co-author paper was published in Nature Medicine as cover.
--Aneesh Alex and Chao Zhou’s co-author paper was accepted in Nature Medicine.
--Fengqiang gave a poster presentation in Brain 2013 in Shanghai.
We are interested in developing novel optical imaging technologies for biomedical applications, especially in developing optical coherence tomography (OCT) and microscopy (OCM) technologies to perform “optical biopsy” and generate 3D in situ images of tissue morphology, function and pathological status in real-time without the need to remove and process specimens. We are also interested in applying these technologies to a variety biological and clinical applications, including cancer research, neuroscience, developmental biology and tissue engineering. Currently, our group is working on developing methodologies to enable molecular-contrast for OCT and OCM, to extract 3D cerebral hemodynamic information of animal brains, and to evaluate functional development of embryonic hearts of fruit flies and zebrafish.
|1. Space-division multiplexing optical coherence tomography (SDM-OCT). (Details)
|2. Molecular-targeted OCT and OCM for cancer detection. (Details)
|3. OCT and OCM Imaging in Developmental Biology. (Details)
|4. 3D OCT imaging of Brain Functions. (Details)
|5. Evaluation of neuronal injury induced by spontaneous seizure in rat’s hippocampus using optical coherence microscopy (OCM). (Details)
|6. Label-free evaluation of angiogenic sprouting in microengineered devices using ultra-high resolution optical coherence tomography. (Details)