… (T2D) patients may be achieved by transplantation of pancreatic islets without the need for
exogeneous insulin administration (1–3). Engrafted islets have been shown to stabilize blood …

… On the basis of these criteria, we herein report a novel β-cell probe, PiF (pancreatic islet
fluorinated probe), with a dual-modality application both for optical and PET imaging of the β-cell …

… In this review we discuss the molecular imaging techniques that are currently available for
… The unique cytoarchitecture of human pancreatic islets has implications for islet cell function…

… Now, state-of-the art techniques such as 3D imaging of pancreatic innervation and targeted
in vivo neuromodulation provide further insights into the anatomy and physiological roles of …

… We hypothesized that depending on how a given islet was cut and imaged in 2D, some
regions would show such structures. Therefore, we tried to reproduce similar 2D views by …

… magnetic resonance imaging (MRI) with sensitive and convenient optical imaging provides
… and viability of transplanted pancreatic islet grafts. In this study, pancreatic islets (PIs) were …

… by different cell types within the islet environment. Here, in order to obtain such a
multiplexed view of all critical cell types and states in the T2D pancreas, we used imaging mass …

… Using in vivo optogenetics and high-speed Ca 2+ imaging, we show that these … cell to reach
a large number of beta cells within the islet. This provides for efficient regulation of beta cell …

… image of a live human pancreatic tissue slice with islets indicated by red arrows. (B)
Reflected light image of a live human pancreatic tissue slice with islets … light image of an islet (…

… synthetic strategies to decode complex cell-cell interactions in the pancreatic islet. Left: In
analytical approaches the islet is broken down, either literally or using imaging tools, to dissect …