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Noah Medical at this time introduced optimistic accuracy outcomes from a research of its Galaxy System surgical robot platform.
San Carlos, California-based Noah Medical designed Galaxy and its equipment to offer bronchoscopic visualization and entry. These capabilities present diagnostic and therapeutic procedures in affected person airways.
The system options superior imaging applied sciences that present real-time location updates for doubtlessly cancerous lesions. Noah mentioned in a information launch that it designed the know-how to enhance tool-in-lesion and diagnostic yield.
Galaxy acquired FDA clearance in March of this yr. Earlier in April, Noah Medical raised $150 million to help its surgical robotic platform.
The MATCH research examined the “tool-in-lesion” accuracy of the Galaxy System. Noah Medical revealed outcomes for assessment within the Journal of Bronchology & Interventional Pulmonology.
In regards to the outcomes from the Noah Medical MATCH research
In line with a information launch, the research demonstrated that the Galaxy’s TiLT Expertise achieves 100% profitable navigation to lesion. It additionally demonstrated 100% diagnostic yield and 95% tool-in-lesion accuracy. TiLT Expertise options built-in tomosynthesis and augmented fluoroscopy.
“The Galaxy System was designed in collaboration with physicians, for physicians,” mentioned Jian Zhang, Noah Medical founder and CEO. “These outcomes assist to validate the superior design and know-how of our system. This essential publication comes on the heels of the latest FDA clearance of Galaxy and the first-in-human trial now underway in Australia. The Galaxy System is on a speedy path to commercialization in pursuit of our mission to reinforce the standard of life for sufferers globally.”
MATCH aimed to evaluate the tool-in-lesion accuracy in peripheral lung nodules, confirmed by CBCT in a porcine mannequin. Noah mentioned the outcomes supply crucial insights as a result of present robotic platforms stay liable to CT-to-body divergence. The corporate mentioned confirming a excessive charge of tool-in-lesion may allow Galaxy to extend the speed of definitive prognosis.
Principal investigator Dr. Krish Bhadra known as Galaxy “a brand new class of image-guided robotics.” Bhadra, out of CHI Memorial Hospital in Chattanooga, Tennessee, mentioned the research “will get us one step nearer” to the purpose of fixing CT-to-body divergence in interventional pulmonology.
Editor’s Notice: This text was republished from MassDevice, a sister publication of The Robotic Report.
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