On August 28, 2020, Ruffinatti, Federico Alessandro; Lomazzi, Samuela; Nardo, Luca; Santoro, Romualdo; Martemiyanov, Alexander; Dionisi, Marianna; Tapella, Laura; Genazzani, Armando A.; Lim, Dmitry; Distasi, Carla; Caccia, Massimo published an article.Synthetic Route of 55779-48-1 The title of the article was Assessment of a Silicon-Photomultiplier-Based Platform for the Measurement of Intracellular Calcium Dynamics with Targeted Aequorin. And the article contained the following:
Ca2+ is among the most important intracellular second messengers participating in a plethora of biol. processes, and the measurement of Ca2+ fluctuations is significant in the phenomenol. of the underlying processes. Aequorin-based Ca2+ probes represent an invaluable tool for reliable measurement of Ca2+ concentrations and dynamics in different subcellular compartments. However, their use is limited due to the lack on the market of ready-to-use, cost-effective, and portable devices for the detection and readout of the low-intensity bioluminescence signal produced by these probes. Silicon photomultipliers (SiPMs) are rapidly evolving solid-state sensors for low light detection, with single photon sensitivity and photon number resolving capability, featuring low cost, low voltage, and compact format. Thus, they may represent the sensors of choice for the development of such devices and, more in general, of a new generation of multipurpose bioluminescence detectors suitable for cell biol. studies. Ideally, a detector customized for these purposes must combine high dynamic range with high fidelity in reconstructing the light intensity signal temporal profile. The ability to perform aequorin-based intracellular Ca2+ measurements using a multipurpose, low-cost setup exploiting SiPMs as the sensors is demonstrated. SiPMs turn out to assure performances comparable to those exhibited by a custom-designed photomultiplier tube-based aequorinometer. Moreover, the flexibility of SiPM-based devices might pave the way toward routinely and wide scale application of innovative biophys. protocols. The experimental process involved the reaction of 8-Benzyl-2-(4-hydroxybenzyl)-6-(4-hydroxyphenyl)imidazo[1,2-a]pyrazin-3(7H)-one(cas: 55779-48-1).Synthetic Route of 55779-48-1
The Article related to silicon photomultiplier calcium dynamics aequorin, aequorin, bioluminescence, calcium signaling, live cell, silicon photomultipliers, Biochemical Methods: Spectral and Related Methods and other aspects.Synthetic Route of 55779-48-1