FundamentalXR targets surgical readiness for advanced eye therapies

Tern plc

FundamentalXR is tackling a simple but important problem: advanced eye therapies need surgeons who can perform highly specialised procedures safely and consistently before treatments can scale.

The company has developed a simulation for subretinal gene therapy delivery, a procedure that requires precise surgical control and confidence around delicate retinal tissue. As complex therapies advance, the ability to train clinicians consistently may become a key factor in how quickly treatments move from scientific promise to wider clinical use.

FundamentalXR’s technology combines virtual reality with haptic feedback, allowing surgeons to practise both the visual and physical elements of a procedure in a controlled setting. Specialist procedures cannot rely only on conventional training models, which are often limited by operating theatre access, geography and the availability of suitable cases.

The company is therefore targeting an important part of the adoption pathway for new therapies. Its platform is designed to help reduce training friction, support procedural consistency and give healthcare providers a more scalable way to prepare surgical teams.

Tern plc (LON:TERN) backs exciting, high growth IoT innovators in Europe. They provide support and create a genuinely collaborative environment for talented, well-motivated teams.

Share on:
Find more news, interviews, share price & company profile here for:

Latest Company News

What HCPs say could reveal prescribing intent

Talking Medicines is using AI to analyse HCP conversations and identify the clinical and practical factors that may influence prescribing intent.

AI control of machines raises new security questions

AI is gaining the ability to control physical equipment, but establishing that machines are genuine, authorised and secure will be an important part of making this technology safe to deploy.

CAR-T therapy brings new approach to multiple myeloma treatment

CAR-T therapy is being used in multiple myeloma and is being studied earlier in the treatment pathway, with research focused on improving durability, safety and access.

Tern cuts H1 loss by 60% as portfolio growth and funding strengthen

Tern reduced its first-half loss by 60%, with net asset value improving and further fundraising strengthening the balance sheet. Additional funding has supported Talking Medicines and Device Authority, while continued progress across the portfolio provides further scope for value creation.

AI control of machines creates a new market for device trust

AI is beginning to control physical machines, increasing demand for technology that can verify device identity before those machines are allowed to act.

Peptide drug development expands beyond GLP-1

GLP-1 success is widening interest in peptide drug development, with the next phase focused on proving clinical value across new therapeutic areas.

Search