BioMedical Sustainable Elastic Electronic Devices (BMSEED)的封面图片
BioMedical Sustainable Elastic Electronic Devices (BMSEED)

BioMedical Sustainable Elastic Electronic Devices (BMSEED)

生物技术研究

Mesa,Arizona 221 位关注者

In Vitro Research Tools to Better Predict In Vivo Behavior

关于我们

BMSEED is a manufacturer of stretchable microelectrode array (sMEA) and cell stretcher technology. Our elastically stretchable MEAs remain electrically functional while being stretched, enabling real-time, high-resolution analysis of cell behavior under mechanical forces. This capability allows researchers to replicate the dynamic, biomechanical conditions found in the human body, offering a more accurate and comprehensive approach to disease/injury modeling and pre-clinical drug screening. More than 9 in 10 drugs that enter clinical trials fail to receive FDA approval, costing pharmaceutical companies over $64B annually. A key reason for these failures is that many diseases are caused by a combination of genetic, environmental, and lifestyle factors, yet most research tools only perform a single function, thus focusing only on a single disease mechanism. To improve clinical trial success rates, diseases with multi-factorial causes must be studied using multi-functional assays to replicate real human conditions. BMSEED’s core value proposition is to provide these multi-functional tools by combining stretchable MEA technology with advanced cell stretching systems. Our cell stretcher (MEASSuRE) integrates electrophysiology, mechanical stretching, and live cell imaging into one easy-to-use platform using stretchable MEAs. By improving the accuracy of pre-clinical screening, we aim to reduce the high costs of failed clinical trials by eliminating inadequate drug candidates early in the pre-clinical stages, and ultimately improving patient outcomes. Website: www.bmseed.com Phone: +1 (609) 532-9744 Email: [email protected]

网站
https://www.bmseed.com
所属行业
生物技术研究
规模
2-10 人
总部
Mesa,Arizona
类型
私人持股
创立
2012
领域
Biotechnology、Cell Stretching、Electrophysiology、Cell Imaging、MicroElectrode Arrays、Life Science Research、In Vitro Research、Mechanobiology、Traumatic Brain Injury、Spinal Cord Injury、Repeated Concussions、In-Situ, Real-Time Monitoring、Cardiac和hiPSC Maturation

地点

  • 主要

    245 W 2nd Street

    Suite 51

    US,Arizona,Mesa,85201

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