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Palanker group

The group

Daniel

Daniel Palanker, Ph.D.

Professor

    

Mohajeet

Mohajeet Bhuckory, PhD

Instructor

  
  • Cellularl migration into 3-D subretinal prosthesis
  • Electrophysiology in-vivo

Roopa Dalal, M.Sc.

Roopa Dalal, M.Sc.

Senior Research Associate

  
  • Histology, immunohistochemistry, electron microscopy

Ted Kamins, PhD

Ted Kamins, PhD

Consulting Professor

  
  • Design and fabrication of photodiode arrays for retinal prosthesis

Davis

Davis Pham-Howard

Lab manager

  
  • Support of the animal studies
  • General lab management
  • Confocal image processing

Keith Ly

Keith Ly, PhD

Postdoctoral fellow

  
  • Modeling of the neural response to subretinal stimulation
  • Visually-evoked potentials in rats
Anna Kochnev Goldstein

Anna Kochnev Goldstein

Graduate student, EE

  
  • Modeling of neural stimulation

Andrew Shin

Andrew Shin

Graduate student, Material Sciences

  
  • Novel high impedance materials
  • Fabrication of photovoltaic arrays

Bingyi Wang

Bingyi Wang

Graduate Student, Physics

  
  • Modeling of neural stimulation
  • 3-D retinal interfaces
  • Photovoltaic retinal prosthesis

Ludwig Galambos, MSc

Ludwig Galambos, MSc

Research Associate

  
  • Fabrication of the photodiode arrays for retinal prosthesis

Yueming Zhuo

Yueming Zhuo

Graduate student, EE

  
  • Phase-resolved OCT
  • Template matching in phase imaging
  • Adaptive optics
Nathan Jensen

Nathan Peter Jensen

Graduate student, EE

  
  • Computational modeling of electric field in electrolyte
Sarthak Vinay Shah

Sarthak Vinay Shah

Medical student

  
  • Retinal migration into 3-D implants
  • Retinal resistivity
Quentin

Quentin Devaud

Visiting graduate student, EPFL

  
  • Modeling of the subretinal debris layer
  • Image multiplexing algorithms
Nicharee

Nicharee Monkongpitukkul

Research fellow, MD

  
  • Control of the retinal migration into 3-D implants
VlVadimir Mamchik

Vladimir Mamchik

Undergraduate student

  
  • VEP measurements
  • Immunohistochemical imaging of the retina