Virus Vector - Viral Vector Production

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Back-to-School Viral Vector Tools Sale —Grab Yours Today!

Enhancer AAV Vectors, a breakthrough for genetic research!

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

Pioneering Innovation in Gene Vector Research

With a focus on advanced neuroscience, we provide advanced technology platforms
to lead the innovation of viral tools for medical research.

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Brain Case provides a variety of vector tools, including AAV, lentivirus, rabies virus, and herpes simplex virus, for gene regulation, gene editing, as well as in vitro and in vivo experiments.

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Brain Case is a leading biotech company specializing in viral vectors for neural circuits, gene therapy, and tumor immunotherapy, with advanced GMP platforms.

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🎓 Back-to-School Promo | Boost Your Research with Exclusive Discounts! 🎉🎉

Kick off the new semester with powerful research tools designed to accelerate your discoveries. Enjoy limited-time discounts across our most popular viral vectors and services

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

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

Research Service | Whole-Brain Clearing Imaging & Analysis Service

High-transparency whole-brain clearing imaging with VISoR for precise 3D neural network analysis, cell mapping, and brain region quantification.

Featured Content

Client Article | J Hazard Mater | Hui-Li Wang’s Team at Hefei University of Technology Reveals the

This study reveals how lead exposure elevates HDAC2 in hippocampal neurons, impairing synaptic plasticity and memory, and how Hdac2-cKO restores function.

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Immunity｜Miao Jing’s team at the Beijing Institute for Brain Research develops a fluorescent sens

Discover LoX3-1.0, a genetically encoded fluorescent sensor enabling high-resolution tracking of CXCL10 dynamics and spatiotemporal immune signaling.

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Breakthrough | WESTLAKE UNIVERSITY TEAM DEVELOPS ADVANCED RED GENETICALLY ENCODED CALCIUM SENSOR “S

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

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Literature Insight | Combining Optogenetics, Calcium Imaging, and Retrograde Viral Tracing in Organoi

Human cortico-striatal organoids enable retrograde viral tracing, optogenetics, and calcium imaging to model circuit development and disease.

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Client Article | Zixuan He & Xiaojuan Zhu’s Team at Northeast Normal University | A medial habe

The IFVGLUT→MHbTac1→IPLVGLUT circuit regulates anxiety-like behaviors in mice. Study reveals MHb neurons, acute stress, and neural circuitry roles.

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Client Article | Sci. Transl. Med. | Xiaodong Liu & Changyu Jiang’s Team Reveals a New Mechanis

Reveals a New Mechanism of Microglial Remodeling of Spinal Pain Microcircuits—Synaptic Pruning

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Literature Review | Major Nature Discovery: GABAergic Neurons Drive Diffuse Midline Glioma Growth via

Nature study reveals GABAergic synapses between neurons and H3K27M+ DMG cells promote tumor growth, offering new insights for brain cancer therapy.

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Client Publication | IF=33, J. Hepatol. | Peixiang Lan, Zhishui Chen & Jing Liu's Team Uncovers S

Sour stimulation reduces liver ischemia-reperfusion injury (IRI) by modulating the brain-liver axis, showing potential for clinical application in hepatectomy.

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