Dublin / Helsinki / New York / Pittsburgh / Andover / /
Company
3D AO-SDOCT LC / J. Wang S. A. / H. A. Quigley A. E. / analyzable LC / 3D LC / Physical Sciences Inc. / A. S. Vilupuru N. V. / USA 3 Physical Science Inc. / /
Continent
America / /
Country
Fiji / United States / /
Currency
pence / USD / / /
Facility
University of Pittsburgh’s Institutional Review Board / Ear Institute / University of Pittsburgh Medical Center / University of Pittsburgh / Ear Infirmary / University of Pittsburgh School / 6°x6° square / Massachusetts Institute of Technology / /
IndustryTerm
possible tool / imaging / transverse and axial resolution imaging / software suite / image processing techniques / segmentation algorithm / cubic spline algorithm / automated segmentation algorithm / retinal imaging system / /
Organization
US Department of Health and Human Services / National Institute of Health / Research Center / Food and Drug Administration / Massachusetts Institute of Technology / Eye and Ear Foundation / Center for Devices / University of Pittsburgh / Pittsburgh / Eye and Ear Institute / Center for Devices and Radiological Health / University of Pittsburgh School of Medicine / Department of Bioengineering / UPMC Eye Center / Swanson School of Engineering / Bank of England / /
Person
P. A. Sample / R. N. Weinreb / R. Susanna / Jr. / Y. P. Chui / Humphrey Field Analyzer / Nat / F. A. Medeiros / J. Y. Tinevez / A. J. Tatham / D. J. White / V / W. Kim / A. Miki / E. Frise / V / C. Bowd / O. Tan / V / M. D. Roberts / V / K. H. Park / R. A. Bourne / D. M. Kim / C. Boden / R. M. Vessani / S. Schuman / S. Lam / S. H. Kim / L. M. Zangwill / /
Position
current consultant / head / ” Exp / head / ” Brain Res / R. N. / /
ProvinceOrState
Pennsylvania / South Carolina / M. B. / A. B. / Massachusetts / /
Repeatability of in vivo 3D lamina cribrosa microarchitecture using adaptive optics spectral domain optical coherence tomography