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Advancing Gene Therapy for Neurological Disorders: The Role of rAAV in Epilepsy and Beyond

On Purple Day, a global initiative dedicated to raising awareness about epilepsy, we highlight the potential of gene therapy in neurological disorders and rAAV-based therapies as a promising approach for treating genetic conditions affecting the brain.

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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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Breakthrough | WESTLAKE UNIVERSITY TEAM DEVELOPS HIGH-PERFORMANCE RED GENETICALLY ENCODED CALCIUM PROBE“SOMAFRCAMP!”WITH SENSITIVITY MATCHING TO GCAMP!

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

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Nature Breakthrough: AAV-ROOT Serotype Enables Precise Tracing of Fat-Sensing Neurons, Challenging Traditional Metabolic Regulation Concepts

This study revealed the role of DRG sensory innervation in regulating adipose tissue function, particularly through a novel AAV serotype—ROOT.

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CUSTOMER SUPPORT

Advancing Gene Therapy for Neurological Disorders: The Role of rAAV in Epilepsy and Beyond

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

Breakthrough | WESTLAKE UNIVERSITY TEAM DEVELOPS HIGH-PERFORMANCE RED GENETICALLY ENCODED CALCIUM PROBE“SOMAFRCAMP!”WITH SENSITIVITY MATCHING TO GCAMP!

Nature Breakthrough: AAV-ROOT Serotype Enables Precise Tracing of Fat-Sensing Neurons, Challenging Traditional Metabolic Regulation Concepts

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