Getting excited for #SfN24! Come check out our booth, poster, and lunch! https://e11.bio/sfn #barcoding #expansionmicroscopy #connectomics
E11 Bio
生物技术研究
Alameda，California 1,168 位关注者
E11 BIO is making single-cell brain circuit mapping a routine and accessible part of every neuroscientist’s toolbox.
关于我们
Building the Future of Brain Mapping E11 Bio is a non-profit philanthropically-funded Focused Research Organization developing next-generation technology to accelerate neuroscience and improve human health. We are a world-class team of scientists and engineers taking on one of the hardest problems in neuroscience: brain circuit architecture mapping. Through an open technology platform featuring unprecedented detail, speed, and scalable economics, and our unique emphasis on mapping circuit architecture, we are giving scientists an unparalleled look into brain organization and accelerating progress in fundamental neuroscience, neuropharmaceutical drug target discovery, and brain-inspired computing. E11 refers to the roughly one hundred billion (1e11) neurons characteristic of human brains.
- 网站
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https://e11.bio
E11 Bio的外部链接
- 所属行业
- 生物技术研究
- 规模
- 11-50 人
- 总部
- Alameda，California
- 类型
- 非营利机构
- 创立
- 2021
地点
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主要
获取路线
1600 Harbor Bay Pkwy
US，California，Alameda，94502
E11 Bio员工
动态
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The E11 Bio team will be presenting our work at Society for Neuroscience #SfN24 Oct 5-9! Come get a first peak of our protein barcoding circuit mapping technology. Find us at our booth (#1846), poster, luncheon, or schedule a coffee chat. https://e11.bio/sfn Sven Truckenbrodt, Johan Winnubst, Kathleen Leeper, Sung Yun (Rosa) Park, Julia Magdalena Michalska, Hugo Damstra, Jun Axup, Aashir Meeran, Andrew Payne
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We will be at BRAIN Initiative Conference presenting a poster on "Optical connectomics enables scalable single-cell brain circuit mapping". June 17, 11:15am-12:45 pm EDT Come meet the team: Sung Yun (Rosa) Park, Sven Truckenbrodt, Kathleen Leeper, Andrew Payne, Jun Axup
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We welcome Hugo Damstra to the E11 Bio team! ?? Hugo did his PhD at Utrecht University where he developed expansion microscopy techniques, including Ten-fold Robust Expansion (TREx) microscopy and GelMap (intrinsic calibration and deformation mapping for expansion microscopy). He joins our Read team to apply his skills to our optical connectomics platform!
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