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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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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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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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Exploring the "Jumpers" of the Genome (Part 1): The Application of Tol2 Transposon in Gene Function Research

The Tol2 transposon system, known for its efficiency and flexibility, has become an important tool in gene editing and gene therapy.

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CUSTOMER SUPPORT

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

Breakthrough | WESTLAKE UNIVERSITY TEAM DEVELOPS ADVANCED RED GENETICALLY ENCODED CALCIUM SENSOR “SOMAFRCAMPI” WITH SENSITIVITY MATCHING TO GCAMP FOR NEURONAL IMAGING IN VIVO

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

Exploring the "Jumpers" of the Genome (Part 1): The Application of Tol2 Transposon in Gene Function Research

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