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Jing Wang, Zhaofa Wu, and Yulong Li’s research teams develop a novel probe to analyze the spatiotemporal dynamics and regulatory mechanisms of intracellular adenosine in vivo.

HypnoS - A high-performance fluorescent sensor spatiotemporally reveals cell-type specific regulation of intracellular adenosine in vivo.

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Powerful Research Tools | In-Depth Analysis of 8 Red Calcium Sensors to Unlock Neural Activity Mysteries!

Calcium signals recording is a technique that uses calcium indicators to detect the concentration of calcium ions within tissues, we will provide a detailed introduction to several red calcium sensors.

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Tet-off VS Tet-on System | Neuronal Activity Dependent Tool Series

#Principle # The key components of the tetracycline (Dox)-induced gene expression system are tetracycline response element (TRE) and tetracycline repressor protein (TetR). After years of development, this system has also been optimized many times. The com

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Cre-loxP & Flp-FRT system | Everything you want to know about recombinase is here

What are Cre and loxP? In 1981, Nat Sternberg et al. reported a protein cloned from the P1 bacteriophage of Escherichia colia 38 kDa recombinase encoded by 343 amino acids called Cre (Cyclization Recombination Enzyme). It specifically recognizes loxP site

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CUSTOMER SUPPORT

Jing Wang, Zhaofa Wu, and Yulong Li’s research teams develop a novel probe to analyze the spatiotemporal dynamics and regulatory mechanisms of intracellular adenosine in vivo.

Powerful Research Tools | In-Depth Analysis of 8 Red Calcium Sensors to Unlock Neural Activity Mysteries!

Tet-off VS Tet-on System | Neuronal Activity Dependent Tool Series

Cre-loxP & Flp-FRT system | Everything you want to know about recombinase is here

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