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BC-0078 rAAV-hSyn-G<span class='text-danger'>CAMP</span>6m
BC-0078 rAAV-hSyn-GCAMP6m

特点:GCAMP6 是一种超灵敏的荧光蛋白,可以特异高效地反映细胞内游离Ca2+浓度的变化,在活体下,对单个动作电位诱发的钙信号,GCAMP6 比GCAMP3强10 倍,动力学快2倍。结合活性适中,适用的范

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BC-2011 rAAV-hSyn-G<span class='text-danger'>CAMP</span>6m-Xc
BC-2011 rAAV-hSyn-GCAMP6m-Xc

特点:GCAMP6 是一种超灵敏的荧光蛋白,可以特异高效地反映细胞内游离Ca2+浓度的变化,在活体下,对单个动作电位诱发的钙信号,GCAMP6 比GCAMP3强10 倍,动力学快2倍。结合活性适中,适用的范

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Breakthrough | WESTLAKE UNIVERSITY TEAM DEVELOPS ADVANCED RED GENETICALLY ENCODED CALCIUM SENSOR “SOMAFR<span class='text-danger'>CAMP</span>I” WITH SENSITIVITY MATCHING TO G<span class='text-danger'>CAMP</span> FOR NEURONAL IMAGING IN VIVO
Breakthrough | WESTLAKE UNIVERSITY TEAM DEVELOPS ADVANCED RED GENETICALLY ENCODED CALCIUM SENSOR “SOMAFRCAMPI” WITH SENSITIVITY MATCHING TO GCAMP FOR NEURONAL IMAGING IN VIVO

SomaFRCAMPi with Sensitivity Comparable to Green Probes GECIs, highlighting its potential advantage in enhancing the accuracy of neuronal activity imaging.

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BC-4390 rAAV-hSyn-DIO-NES-FR<span class='text-danger'>CAMP</span>i
BC-4390 rAAV-hSyn-DIO-NES-FRCAMPi

Features :Researchers explored topological inversion and soma-targeting strategies, designing a red gene-encoded calcium ion indicatorFRCAMPi(for enhanced in vivo performance). It demonstrated up to 2-fold higher dynamic range and single action pote

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BC-4389 rAAV-hSyn-DIO-NES-SomaFR<span class='text-danger'>CAMP</span>i
BC-4389 rAAV-hSyn-DIO-NES-SomaFRCAMPi

Features :Compared to the widely used jRGECOla, FRCAMPi and soma-targeted FRCAMPi (SomaFRCAMPi) exhibit up to 2-fold higher dynamic range and peak F/F0 action potentials in cultured neurons and in vivo. In wide-field imaging of the mouse primary som

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BC-0079  rAAV-hSyn-G<span class='text-danger'>CAMP</span>6f(内含测试报告)
BC-0079 rAAV-hSyn-GCAMP6f(内含测试报告)

特点:GCAMP6 是一种超灵敏的荧光蛋白,可以特异高效地反映细胞内游离Ca2+浓度的变化,在活体下,对单个动作电位诱发的钙信号,GCAMP6 比GCAMP3强10 倍,动力学快2倍。快速动力学曲线,解离最

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新突破 | 西湖大学团队研发高性能红色钙成像蛋白SomaFR<span class='text-danger'>CAMP</span>i,灵敏度比肩绿色探针!
新突破 | 西湖大学团队研发高性能红色钙成像蛋白SomaFRCAMPi,灵敏度比肩绿色探针!

FRCAMPi 和 SomaFRCAMPi 红色钙成像探针——Kiryl Piatkevich教授领衔,动态范围、信噪比全面领先,助力精准脑科学成像!

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BC-4182  rAAV-hSyn-NES-SomaFR<span class='text-danger'>CAMP</span>i
BC-4182 rAAV-hSyn-NES-SomaFRCAMPi

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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BC-4184  rAAV-hSyn-NES-FR<span class='text-danger'>CAMP</span>i
BC-4184 rAAV-hSyn-NES-FRCAMPi

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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BC-4183 rAAV-CAG-DIO-NES-SomaFR<span class='text-danger'>CAMP</span>i
BC-4183 rAAV-CAG-DIO-NES-SomaFRCAMPi

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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