Imaging and Bioengineering Technology for Visual Systems – IBV

Topics

• Development of optical microscopy and other imaging modalities, such as high/super-resolution, NIRs and adaptive optics, for visualizing cells and circuitry in the eye utilizing light/optical approaches.
• Development of treatments for eye injury and diseases utilizing therapeutics and other bioengineering approaches.
• Development of Optical Coherence Tomography (OCT), ultrasound and photo-acoustic imaging for use in the eye.
• Imaging and modeling of blood flow, oxygen saturation, mechanical properties, visual function, and other novel intrinsic contrasts.
• Novel technological approaches to molecular imaging and optogenetics in ocular applications.
• Ophthalmic imaging applications that emphasize technical development, rather than the application of new technologies to investigate the biology of or disorders of vision.
• Development of contrast agents for including nanoparticles, for ocular applications.
• Therapeutic formulations and drug delivery strategies for treatment of ocular disorders: refinements for targeted bioavailability, improved efficacy using in vivo models or ex vivo globes.
• Bioengineering approaches for treatment of eye injury and correction of refractive error: corneal remodeling, other approaches or ocular device engineering.
• Development of low vision technologies such as assistive devices for wayfinding, vision rehabilitation tools and techniques, new resources for vision testing.
• Development of technology for and correction of refractive error.

Shared Interests and Overlaps

There are shared interests in hemodynamics and visual function with Imaging Technology for Neuroscience (ITN). Applications that emphasize OCT, optical and ultrasound techniques are reviewed in IBV. Applications that emphasize MRI modalities are reviewed in ITN.

There are shared interests in optical, OCT and photoacoustic imaging with Neuromodulation and Imaging of Neuronal Circuits (NINC). Applications that emphasize predominantly the eye are reviewed in IBV. Applications that emphasize brain imaging are reviewed in NINC.

There are shared interests in ocular therapeutic formulations and drug delivery devices with Bioengineering and Tissue Engineering for Neuroscience (BTEN). Applications that emphasize using in vivo models or ex vivo globes are reviewed in IBV. Applications that emphasize investigating in vivo models or ex vivo globes using cellular models are reviewed in BTEN.