Explore the Brain Case Rainbow Flexible Combo Program for flexible multi-virus ordering in neuroscience research. Freely combine optogenetics, chemogenetics, calcium imaging, and neurotransmitter sensor tools with optimized cost efficiency.
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Explore the Brain Case Rainbow Flexible Combo Program for flexible multi-virus ordering in neuroscience research. Freely combine optogenetics, chemogenetics, calcium imaging, and neurotransmitter sensor tools with optimized cost efficiency.
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PinkyCAMP, an mScarlet-based red GECI, offers high brightness, photostability, and multicolor compatibility for in vitro, ex vivo, and in vivo neural imaging.
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CaBLAM is ideal for long-term monitoring of neuronal activity (e.g., learning and memory), imaging in freely behaving animals, and photosensitive samples.
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Explore how tools like DREADDs, LiGluR, and Channelrhodopsin are advancing astrocyte calcium signaling research and its impact on neuroglial interactions and behavior.
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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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This study reveals how hearing loss impairs hippoCAMPal neurogenesis and cognition via weakened PnCvGluT2→LCNE input, and how activation can rescue these deficits.
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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. jGCAMP7f:fast kinetics, 3x and 2.
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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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