Life sciences Using laser-printed sensors to understand birth malformations Laser-printed mechanical force sensors placed directly in the developing brains and spinal cords of chicken embryos could help understand and prevent birth malformations such as spina bifida. Latest Content Using laser-printed sensors to understand birth malformations From life sciences to industry: Advancements in optical filters Exploring the frontiers of optical filters New technologies Edmund Optics to distribute Chromacity's ultrafast lasers White papers From life sciences to industry: Advancements in optical filters This white paper explores the technical advancements and capabilities of Chroma Technology's filters, highlighting their applications and the company's approach to custom solutions. Webcasts On demand - Innovation Award Shortlist: Biophotonics and medical engineering More content Using laser-printed sensors to understand birth malformations From life sciences to industry: Advancements in optical filters Exploring the frontiers of optical filters The importance of high optical density in optical filters Chroma Technology: 30+ years of innovation in precision optical filters Research into 3D-printed ocular devices brings hope to sufferers of cataracts Injecting nanoparticles could enable near-infrared light vision, research suggests Microscopic heart vessels imaged by new super-resolution technique MRI error-detecting sensor developed Shapeable mirror found to improve x-ray microscopes Low-intensity light used to fight chronic stress in new study Silicon nitride platform expands PIC development for life sciences applications Pagination Page 1 Next page Next ›