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Compared to the commonly used jRGECO1a, SomaFRCAMPi exhibits a broader dynamic range, higher peak ΔF/F₀, and an improved signal-to-noise ratio (SNR).
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A complete guide comparing GCAMP6, jGCAMP7, jGCAMP8 and RiboL1-jGCAMP8, covering sensitivity, kinetics, soma targeting and RO-injection brightness performance.
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从经典GCAMP6到最新jGCAMP8，再到胞体定位改良版，不同传感器各有神通，这份选型指南帮你精准匹配实验需求。
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R-eLACCO2.1 is a red fluorescent genetically encoded sensor enabling in vivo, cell-resolution imaging of extracellular L-lactate and neural activity in awake mice, fully compatible with GCAMP and FLIM.
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RGEPO1/2—Developed by Kiryl D. Piatkevich’s team at Westlake Laboratory/Westlake University, these sensors enable real-time in vivo imaging of potassium ions.
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BrainCase next-gen neuroscience tools: precise viral vectors and genetic sensors for CAR-T/TCR-T and neuronal research
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On August 29, the research team led by Prof. Zhong Chen and Qingming Luo published “A whole-brain male mouse atlas of long-range inputs to histaminergic neurons.”
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Features：jGCAMP7 is a green genetically encoded calcium indicator(GECI) tailored to detect neuronal activity. The jGCAMP7 sensors show substantially better performance than the GCAMP6 sensors in vitro and in vivo. jGCAMP7s ：higher response to smal
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Features：Channelrhodopsins are light-gated ion channels that exist naturally in microalgae. hChR2 is a humanized version of ChR2 for mammalian expression. It is maximally excited by 470 nm light. The wild-type, as well as a few mutations, provide th
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Features ：Channelrhodopsins are light-gated ion channels that exist naturally in microalgae. hChR2 is a humanized version of ChR2 for mammalian expression. It is maximally excited by 470 nm light. The wild-type, as well as a few mutations, provide t
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