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[Research Tool Highlight] Featured in Cell! Brain Case launches new product — Enhancer AAV Vectors, a breakthrough for research Tool !

[Research Tool Highlight] Featured in Cell! Brain Case launches new product — Enhancer AAV Vectors, a breakthrough for research Tool !

Comprising 15 transgenic driver mouse lines, 2 reporter lines, and over 1,000 enhancer AAV vectors designed for specific targeting of cortical subpopulations.

2025-08-26
Brain Case New Arrival | Novel High-Brightness Red PRV Virus – A Powerful Tool for Peripheral Nervous System Research

Brain Case New Arrival | Novel High-Brightness Red PRV Virus – A Powerful Tool for Peripheral Nervous System Research

PRV803 is a novel high-brightness red PRV virus designed for efficient peripheral nervous system tracing with enhanced red fluorescence expression.

2025-07-07
Breakthrough! The next-generation GABA sensor iGABASnFR2 and glutamate sensors iGluSnFR4f/4s enable high-sensitivity analysis of synaptic dynamics!

Breakthrough! The next-generation GABA sensor iGABASnFR2 and glutamate sensors iGluSnFR4f/4s enable high-sensitivity analysis of synaptic dynamics!

Breakthrough! The next-generation GABA sensor iGABASnFR2 and glutamate sensors iGluSnFR4f/4s enable high-sensitivity analysis of synaptic dynamics!

2025-05-19
Nature Methods｜mYongHong: A New Generation of Ultra-Stable Monomeric Red Fluorescent Protein

Nature Methods｜mYongHong: A New Generation of Ultra-Stable Monomeric Red Fluorescent Protein

Discover mYongHong, an ultra-stable monomeric red fluorescent protein for advanced microscopy, CLEM imaging, and super-resolution research.

2025-09-02
PRV-805 Grand Release! Independently Developed in China, Unlocking a New Chapter in Brain Science Research!

PRV-805 Grand Release! Independently Developed in China, Unlocking a New Chapter in Brain Science Research!

Brain Case introduces PRV-805 (PRV-△TK-DIO-mCherry), an innovative retrograde tracing virus. It precisely labels these neurons, enabling highly specific tracing of neuronal inputs.

2025-02-11
FingRs Tool Aids in Precise Labeling of Excitatory and Inhibitory Synapses

FingRs Tool Aids in Precise Labeling of Excitatory and Inhibitory Synapses

FingRs enable the multicolor, neuron-type-specific labeling of excitatory or inhibitory synapses across multiple brain regions, without affecting the expression of endogenous synaptic proteins or synaptic transmission.

2024-12-19
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