… All of the cancer cell lines exhibit a −VE rate significantly greater than that of the benign
MCF-10A breast epithelial line (p-values all ≤0.01. The p-values are for the comparison of the …

… This section reproduces methods described by Quicke. We designed our LFM following the
principles set out by Levoy et al. We adapted a wide-field imaging system by placing an MLA …

Recent years have seen substantial developments in technology for imaging neural circuits,
raising the prospect of large-scale imaging studies of neural populations involved in …

… for a neuron at the origin due to other neurons at positions r i to be equal to 1 − P P T ~ …
P and P T correspond to the signal power from the target neuron and total measure power, …

… Ui is the resulting light-field at the native image plane of a 4-f system and is formulated as the
inverted and stretched version of Uo(x, p). Φ(x) … found using Zh are often different from the p …

Although membrane potentials (V m s) are fundamental to the functioning broadly of all cell
types, V m dynamics have mostly been studied in the so-called “excitable” cells (mainly …

All optical neurophysiology allows manipulation and readout of neural network activity with
single-cell spatial resolution and millisecond temporal resolution. Neurons can be made to …

The delivery of basic government services to remotely living and frequently mobile Indigenous
populations is a highly contentious issue; one which has recently received considerable …

The goal of this chapter is to establish a framework to evaluate imaging methodologies for
all-optical neurophysiology experiments. This is not an exhaustive review of fluorescent …

Light-field microscopes are able to capture spatial and angular information of incident light
rays. This allows reconstructing 3D locations of neurons from a single snap-shot. In this work, …