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SSL - Proof of Concept for Medusascope

SSL - Proof of Concept for Medusascope
SSL - Medusascope 概念验证
批准号:
710742
负责人:
金额:
$12.74万
依托单位:
依托单位国家:
英国
项目类别:
GRD Proof of Concept
财政年份:
2015
资助国家:
英国
项目状态:
已结题
起止时间:
2015 至 --

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中文摘要
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英文摘要
This Proof of Concept project will take the designs for a new endoscopic surgery instrument(Medusascope) developed by Surgical Synergy Limited over the last 2 years and turn theminto a basic working prototype. The project has been defined to confirm, through physicalmodelling and prototype development, that the detailed designs can be manufactured costeffectively and will deliver the anticipated benefits.This will enable a robust and informeddecision to be made on developing this prototype into a workable instrument capable ofclinical testing, then proceeding to accreditation for use in live surgery.Endoscopic surgery has increased in scale and scope every year for the last 25 years,becoming the preferred intervention for many conditions such as those treated in prostate andgall bladder surgery and is now increasingly accepted and advocated in joint surgery,neurosurgery and spinal surgery. Many of the instruments used for endoscopic interventionsremain similar to those used 200 years ago by surgeons, excepting only their smaller size.The constraints imposed by these instruments have directly led, through discussions withsurgeons from a number of disciplines, to a detailed set of requirements and statement ofimprovement needed. This is the design brief that underpins the product definitions to betested through this project. This instrument, especially its 2nd generation flexible version,will allow more types of operation to be undertaken endoscopically to the significant benefitof patients: quicker operations, less scarring and pain, less collateral damage and infections -resulting in faster recovery and return to normal.The Medusascope represents a radical new disposable approach, uses a range of modernsynthetic materials, adopts a modular design and a multifunctional purpose. It will be usableacross all surgical disciplines to complement existing high tec
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