Microtubules form important cytoskeletal structures that play a role in establishing and
maintaining neuronal polarity, regulating neuronal morphology, transporting cargo, and …

Confocal microscopy uses a confocal aperture in front of a detector to eliminate out-of-focus
blur, providing optical sectioning, high spatial resolution, and high contrast. It enables …

Optofluidic tunable microlens arrays (MLAs) can manipulate and control light propagation
using fluids. Lately, their applicability to miniature lab-on-a-chip systems is being extensively …

Human chromosomes are captured along microtubule walls (lateral attachment) and then
tethered to microtubule-ends (end-on attachment) through a multi-step end-on conversion …

Standard optical systems in ophthalmology are strictly dedicated either to retinal or to
anterior segment imaging due to the refractive properties of the eye. We demonstrate a …

A conventional optofluidic lens usually has one liquid-liquid (LL) interface, which can be
deformed to achieve variable focal length. Such a single lens cannot be used alone to …

Light sheet microscopy has developed quickly over the past decades and become a popular
method for imaging live model organisms and other thick biological tissues. For rapid …

Light sheet microscopy is a powerful technique for rapid, three‐dimensional fluorescence
imaging of large specimen such as drosophila and zebrafish embryos. Yet, beam …

Developing efficient brain imaging technologies by combining a high spatiotemporal
resolution and a large penetration depth is a key step for better understanding the …

The retina decomposes visual stimuli into parallel channels that encode different features of
the visual environment. Central to this computation is the synaptic processing in a dense …