Virus Vector - Viral Vector Production

E-mail：BD@ebraincase.com

Tel：+8618971215294

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.

Browse by products

Virus product library

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.

Learn more

Products & Service

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

Learn more

Support

Brain Case shares the scientific achievements of product users and provides practical techniques and tips.

Learn more

What customers say about Brain Case

News

Research Services | Neural Circuit Tracing + Targeted Spatial Omics + Neuronal Classification Analysi

Discover advanced neural circuit tracing, spatial omics, and neuronal subtype analysis services for decoding brain connectivity and cell-type function.

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

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

Brain Case completed tens of millions of CNY in angel round financing time:.

Its viral vector tools can serve the fields of brain science, cell gene therapy, and oncolytic viruses. On August 20, 2022, Brain Case(Shenzhen) Biotechnology Co., Ltd. (hereinafter referred to as Blinkers) announced the completion of tens of millions

Featured Content

Client Article | Nat. Commun. | Lixin Xie & Qingjun Zhou's Team Reveals the Role and Mechanism of

This study uncovers how the LC–SCG–LG axis in the sympathetic nervous system regulates reflex tear secretion under stress and stimulation.

Learn more

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.

Learn more

Client Article | Cell | High-Resolution Whole-Body Imaging of the Mouse Nervous System by the Guoqian

Using blockface-VISoR, researchers achieved 3D subcellular mapping of vagus, cranial, spinal, and sympathetic nerves in whole-mouse models.

Learn more

Client Publication | Cell | Jun Yan, Chun Xu, Zhiming Shen, and Xiaoquan Yang Collaboratively Map Who

This study maps macaque PFC single-neuron projectomes using AAV viral tracing, high-res 3D imaging, and Brain Case Biotech–provided vectors.

Learn more

Customer Article | Nature Neuroscience | Team Led by Yingjie Zhu at SIAT Reveals a Key "Gas-Brak

Social status and sex influence METH-seeking via distinct dopamine pathways. Dominant males resist METH; females show high susceptibility regardless of rank.

Learn more

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.

Learn more

Literature Review | Cell | Meningeal Lymphatics–Microglia Axis Is Closely Linked to Cognitive Funct

This study reveals how the meningeal lymphatics–microglia axis affects synaptic physiology and cognitive function, offering insights into neurodegenerative disease.

Learn more

Neuron Breakthrough! Furlanis, Hunker, and colleagues develop novel enhancer AAV tools for precise ta

Two Neuron studies develop enhancer AAV tools to precisely target cortical and striatal neurons, advancing circuit research and gene therapy.

Learn more

Mol. Psychiatry | Team Led by Miao He and Ling Gong Reveals Independent Circuits and Behavioral Regul

This study reveals CB⁺ and PV⁺ neuron subtypes in the medial mammillary body (MM), uncovering their distinct circuits and roles in behavior regulation.

Learn more

Client Publication | Advanced Science | Discovery of Glial Cell Interaction Mechanism in Depression b

This study reveals how microglia-derived IL-6 induces astrocyte apoptosis in the hippocampus, driving anxiety- and depression-like behaviors in a CSDS model.

Learn more

Who Uses Our Products

Learn more

${dede:global.cfg_webname/}$

WhatsApp Business Account

Tel： +8618971215294

E-mail： BD@ebraincase.com