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[Chinese scientists “install switches” in the brain to treat epilepsy. International colleagues: Other gene therapies cannot achieve this.] On November 5, the New England Journal of Medicine (NEJM) published a breakthrough study completed by Chinese scientists—the world’s first human clinical study of chemical genetic neuromodulation. In the comments issued by international colleagues, they believe that this study innovatively combines gene therapy with small molecule drugs, allowing the intensity of treatment to be adjusted as needed, which is something that cannot be achieved with other existing types of gene therapy. The research was jointly completed by Professor Zhao Guoguang’s team from Xuanwu Hospital of Capital Medical University, Professor Luo Minmin’s team from the Beijing Institute of Brain Science and Brain Integration, and Kinda Jiuzhou (Beijing) Biotechnology Co., Ltd. Its biggest innovation is that through a single gene delivery, the neurons in a specific brain area express an "artificially designed receptor" that does not exist in nature. It only recognizes a specific small molecule drug. It is "silent" when not taking the drug and is activated when taking the drug.
#gene therapy#brain science#Chemical#medicine#molecular#Gene#Futures Market Intelligence#TMT Industry Observation11-05 21:49
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[Musk announced the progress of Neuralink’s new brain-computer product: “Blindsight” is ready, only awaiting regulatory approval] On October 30, Musk disclosed the latest product progress of his brain-computer company Neuralink, calling its first product “Telepathy” and its second product “Blindsight.” Musk said that Blindsight is technically ready and only awaits regulatory approval. This product called "Blindsight" is said to be able to restore sight to patients who are blind or congenitally blind.
#Musk#brain science#human brain engineering10-30 16:18
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[The concept of brain-computer interface moved up, and Baiyang Medicine and Beautiful Medical rose by more than 10%] On October 30, the concept of brain-computer interface moved upward in the afternoon, with Baheal Pharmaceutical and Beautiful Medical rising by more than 10%. Previously, Aoyang Health had three consecutive boards, Boji Pharmaceutical, iPeng Medical, Innovative Medical, and Xiangyu Medical followed suit. In terms of news, the launch meeting of three major national science and technology projects on "Brain Science and Brain-inspired Research" undertaken by the Beijing Institute of Brain Science and Brain-inspired Research was recently held.
#brain computer interface#brain science#interface#Live broadcast#human brain engineering10-30 13:02
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["Brain Science and Brain-inspired Research" National Major Science and Technology Projects Officially Launched] October 30th: Recently, the launch meeting of three "Brain Science and Brain-inspired Research" national major science and technology projects undertaken by the Beijing Institute of Brain Science and Brain-inspired Research was held. The three major projects are "R&D and clinical transformation of flexible high-throughput semi-invasive brain-computer interface system for motor function reconstruction", "R&D and clinical application of high-density medical feedthrough and system integration technology for implantable brain-computer interface" and "Research on multi-brain area joint motion encoding and decoding and long-term stable motion brain-computer interface system". The implementation of the project will effectively promote China's innovative development in the direction of semi-invasive brain-computer interface systems, feedthrough technology and motion control, and provide an important guarantee for improving China's brain-computer interface technology research and development and clinical application support capabilities. (Securities Times)
#brain computer interface#brain science#interface#Qualcomm10-30 10:48
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[A megapixel wireless mesoscopic microscope weighing only 1 gram was successfully developed] On October 20, we learned from Tsinghua University that the university’s Dai Qionghai team and the People’s Liberation Army General Hospital Dai Pu’s team jointly researched and successfully developed the megapixel “wireless mesoscopic microscope” Airscope. This equipment breaks through the shackles of traditional observation and achieves large-scale, high-precision brain neuroimaging of animals in a state of free movement, providing a new tool for brain science research and the development of brain-computer interface technology. Relevant results were published in the international journal "Nature".
#brain computer interface#brain science#interface#animal10-20 07:02
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[Researchers have discovered that a single neuron can also perform "intelligent computing"] October 16th, a study completed by Chinese scientists showed that the tree-like branching structure (dendrite) of a single neuron can complete key calculation steps in advanced cognition. Relevant results were published online in the international academic journal "Science" on the 16th. Xu Ninglong, leader of the team and researcher at the Center for Excellence in Brain Science and Intelligent Technology of the Chinese Academy of Sciences, said that this study updated the traditional view that "a single neuron is just a simple network node in cognitive computing" and showed that cognitive computing that supports flexible behavior can be completed within a single neuron. It opened up a research paradigm to analyze the underlying mechanism of cognitive flexibility from the nerve cell level, and is expected to inspire the design of more efficient and flexible artificial intelligence systems by drawing on the dendritic multi-compartment computing principle.
#AI#brain science#cell#research#Futures Market Intelligence10-16 09:41
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[Brain neurons have precise division of labor. Chinese scientists have cracked the underlying mystery of the brain's flexible decision-making] On October 16, we learned from the Center for Excellence in Brain Science and Intelligent Technology (Institute of Neuroscience) of the Chinese Academy of Sciences that Xu Ninglong's research team at the center discovered that dendritic computing of neurons in the cerebral cortex participates in cognitive computing processes in flexible decision-making, filling the long-term lack of direct evidence between dendritic computing and advanced cognitive functions. This research lays a theoretical foundation for uncovering the intelligence mechanism of the human brain and developing new artificial intelligence systems. The results were published in the international academic journal "Science" on October 16. This research subverts traditional cognition and breaks the inherent view that "a single neuron is just a simple node in the cognitive network". It proves that a single neuron can complete complex advanced cognitive calculations and finds the underlying mechanism at the cellular level that makes human thinking flexible and changeable. This research result creates a new paradigm in brain cognition research and is expected to support scientists in designing more efficient and flexible artificial intelligence systems.
#AI#neuroscience#brain science#cell#Futures Market Intelligence10-16 02:22
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[Domestic first brain-computer rehabilitation technology, hemiplegic patient successfully played "Little Star"] October 13th, October 12th, Union Hospital Affiliated to Tongji Medical College of Huazhong University of Science and Technology announced a first-of-its-kind clinical result in China: the team successfully developed the first domestic brain-computer interface fine movement reconstruction system based on high-channel matrix electrical stimulation. Relying on this innovative technology, a patient with hemiplegia of the right limb due to brain glioma, after nearly two months of standardized rehabilitation training, successfully realized finger flexion and extension, fine key pressing and other movements, and was able to play simple music such as "Little Star" in a coherent manner. This system innovatively integrates non-invasive brain-computer interface and functional electrical stimulation technology to build a closed-loop neural rehabilitation pathway of "idea decoding - precise electrical stimulation - muscle contraction - action execution - sensory feedback", and expands brain-computer interface rehabilitation training to single-finger and multi-finger collaborative fine finger movement training, bringing new hope for patients with motor dysfunction related to neurological diseases to rebuild fine motor functions. (CCTV Finance)
#brain computer interface#interface#Qualcomm#medicine#brain science#human brain engineering10-13 15:48
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[Chengdu brain-computer interface industry is expected to add technological achievements] September 14th, according to "Chengdu Release" news, Chengdu's brain-computer interface industry is expected to add technological achievements. Recently, reporters learned from Xinjuwei Technology (Chengdu) Co., Ltd. (referred to as "Xinjuwei") that the company is promoting the research and development of a high-channel density EEG collection AFE chip for non-invasive brain-computer interfaces, and plans to officially release it in the first half of 2027. This product is the industry's first high-performance 32-channel acquisition chip developed for non-invasive brain-computer interfaces.
#brain computer interface#chip#interface#Qualcomm#human brain engineering#brain science09-14 10:04
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[Hubei: Promote the expansion of "optical core screen terminal network" to "sensor memory transmission computing" and accelerate the construction of the "World Optical Valley"] On September 10, the Hubei Provincial People's Government issued the "15th Five-Year Plan for the Construction of Digital Hubei". The plan points out that the digital industry doubling project will be implemented. We will strengthen the pillar industry of optoelectronic information, promote the expansion of "optical core screen terminal network" into "sense memory transmission and computing", deepen collaboration with industries such as intelligent connected cars, and accelerate the construction of the "World Optics Valley". Cultivate emerging industries such as artificial intelligence, low-altitude economy, and space-time intelligence, and lay out future industries such as embodied intelligence, 6G, brain science, and brain-computer interfaces. Implement a new gradient cultivation plan for digital intelligence education and cultivate more than 500 innovative enterprises in the digital economy. Promote the upgrading of digital industrial parks and create five or more tens-billion-level digital industry clusters.
#AI#brain computer interface#embodied intelligence#brain science#6G#interface#Big car news#digital economy09-10 15:44