Joel M Miller, PhD
Principal Investigator & Senior Scientist

Lab Direction & Management

Kenneth K Danh, BS
Research Assistant

Lab Factotum

Vanitha Sankaranarayanan, MS
Software Engineer

Realtime Programming

Dirk Strasser, MS
Research Fellow

Data Compiler

Mona Sane, DNB, MRCOphth
Postdoctoral Research Fellow

Joseph L Demer, MD, PhD
Leonard Apt Prof Ophthalmology, Chief Comprehensive Ophthalmology & Director Ocular Motility Lab at Jules Stein Eye Inst, UCLA.

Since meeting in DA Robinsons lab at Johns Hopkins, we've collaborated on biomechanical modeling, orbital imaging, & orbital tissue architecture.

Paul DR Gamlin, PhD
Prof & Chair of Vision Sciences, and Senior Scientist at the Vision Science Research Center of the Univ Alabama, Birmingham.

Combining Paul's motor neuron findings (Gamlin, etal, 1989) with our muscle force measurements (Miller, etal, 2002), we're addressing motor control issues raised by modern extraocular biomechanics.

Angel M Pastor, PhD
Dept Fisiologia y Zoologia, Facultad de Biologia, Sevilla, Spain.

Angel uses MFTs to study extraocular motor unit recruitment in cats.

Dinesh K Pai, PhD
Prof Computer Science at the Univ of British Columbia, Vancouver.

With CS doctoral student Qi Wei, we are working on algorithms for segmenting Gold Bead Tissue Marker (GBTM) flow fields.

Alan B Scott, MD
Senior Scientist at the Smith-Kettlewell Eye Research Institute.

We are assisting in the development of a practical application of myotoxicity-induced muscle hypertrophy.

Christine Wildsoet, OD, PhD
Prof of Vision Science & Optometry at the University of California, Berkeley.

With Demer's lab, we studied human eye shape & refractive error. With VS doctoral student James Su, we're using GBTMs to track growth patterns of myopic chick eyes.

Martin Wiesmair, DI(FH)
Software Engineer

LabOS Development

Wu Zhou, PhD
Asst Prof & Director of the Vestibular Research Lab at the Univ of Mississippi Medical Center.

We are assisting Zhou in using muscle force transducers (MFTs) to measure vestibular signals sent to individual eye muscles.