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Science Corp. Raises $230M for Blindness Implant

Science Corp. Raises $230M for Blindness Implant
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📊Read original on Bloomberg Technology
#neurotech-funding#bci#brain-implantscience-corp.-blindness-implantscience-corp

💡$230M fuels brain implant for blindness—huge for AI in neurotech BCI

⚡ 30-Second TL;DR

What Changed

Science Corp. secures $230M in funding

Why It Matters

Signals strong investor confidence in neurotech BCI for medical applications. May spur AI-driven neural decoding innovations in vision restoration.

What To Do Next

Visit Science Corp. site to track BCI tech releases for ML research opportunities.

Who should care:Researchers & Academics

Key Points

  • Science Corp. secures $230M in funding
  • Investment targets commercialization of blindness implant
  • Additional funds for advanced brain devices development

🧠 Deep Insight

Background and context from public sources — not the original article. 6 sources cited.

🔑 Enhanced Key Takeaways

  • PRIMA implant, a 2mm x 2mm x 30µm subretinal photovoltaic chip paired with special glasses using near-infrared light, restored functional central vision in over 80% of patients with geographic atrophy from AMD in clinical trials published in NEJM.[1][2][6]
  • Science Corp., founded by Max Hodak, launched a patient registry for AMD, retinitis pigmentosa, and Stargardt disease patients to prioritize access to PRIMA and future implants, with clinical partnerships at 18 locations.[4]
  • Company submitted regulatory applications for PRIMA commercial approval in the US and Europe in June 2025, following UPMC's first US implant in 2020.[2][4]

🛠️ Technical Deep Dive

  • PRIMA consists of a wireless subretinal implant (2mm × 2mm × 30µm) that functions as an array of artificial photovoltaic pixels, converting projected near-infrared light from glasses-mounted camera into electrical pulses to stimulate remaining bipolar cells in the retina.[1][2][6]
  • Special glasses include an embedded camera, infrared projector for power and data transmission, zoom-in magnification, and adjustable contrast settings; provides black-and-white vision at low resolution currently.[1][2][3]
  • Implant safely placed under atrophic macula; serious adverse events mostly resolved within 2 months post-implantation, with no significant decline in peripheral vision.[1]

🔮 Future ImplicationsAI analysis grounded in cited sources

Science Corp. plans European sales of PRIMA by 2027
Company filed for European regulatory approval and stated hopes to begin selling the device next year after 2026 trial results and submissions.[3]
Next-gen PRIMA with digital image processing enters trials by late 2026
Science is developing improved implant and glasses with eye tracking and optimized performance, with next-generation chip trials expected in 2026.[5][6]
PRIMA expands to treat retinitis pigmentosa and Stargardt via patient registry
Registry targets these diseases for priority access to emerging next-generation implants matching specific conditions.[4]

Timeline

2020-01
UPMC performs first US PRIMA implant in clinical study led by Joseph Martel.
2025-06
Science Corp. submits PRIMA applications for commercial approval in US and Europe.
2025-10
NEJM publishes PRIMAVERA study showing PRIMA restores vision in 80% of GA-AMD patients.
2026-02
University of Pittsburgh announces trial results with over 80% regaining central vision.
2026-03
NEJM editorial hails PRIMA as first treatment to restore vision in advanced GA-AMD.
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