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Científica con bata blanca examinando muestras al microscopio en un laboratorio biomédico luminoso
Laboratorio de investigación biomédica, imagen alusiva a los tratamientos en investigación que han recibido pasaportes de innovación en el Reino Unido · Imagen generada por EPM

UK fast-tracks three investigational therapies through innovation passports

The United Kingdom has awarded ILAP Innovation Passports to three investigational treatments: brezosiran for Huntington's disease, BGB-58067 for non-small cell…

--- The context --- The United Kingdom has extended coordinated support to three treatments that remain under investigation. It has done so through its Innovative Licensing and Access Pathway, known as ILAP. The reasoning behind it is social before it is administrative. Huntington's disease is rare, inherited and ultimately fatal, and it burdens patients and families heavily. Alzheimer's disease is progressive and is the most common cause of dementia. An estimated 982,000 people were living with dementia in the UK in 2024, and the number is expected to rise. --- The facts --- Following assessment by the pathway's selection panel, Innovation Passports have been awarded to three products. Brezosiran from Alnylam is a chemical small interfering RNA for Huntington's disease. BGB-58067 is a small molecule oncology therapy from BeOne, a PRMT5 inhibitor whose expected lead indication is first-line non-small cell lung cancer. Diranersen from Biogen is an antisense oligonucleotide for early Alzheimer's disease. Non-small cell lung cancer is the most common type of lung cancer. It accounts for around 80–85% of cases. Around 50,200 people are diagnosed with lung cancer in the UK each year. The pathway remains open to new candidates. Applications for the next round open on 9 November and remain open until 11 February 2027. Entry is open to commercial and non-commercial developers worldwide. Their products must not yet have entered their confirmatory trial. One point deserves to be stated without ambiguity. The three products are still in development. They are investigational treatments and none of them is approved. Any future availability will depend on evidence of safety, effectiveness and value. --- The positions --- Jacob George, the regulator's chief medical and scientific officer, argued that the pathway is a globally unique initiative. In his attributed case, it is designed to accelerate access to transformative new medicines. He also said the three therapies show real promise in addressing unmet needs. John Spoors, of NICE, welcomed the awards. He valued the chance to support evidence generation and early engagement on future evaluation. Rob Peel, who chairs the Scottish Medicines Consortium, backed the recognition of promising therapies. He noted that these conditions keep burdening patients, families and healthcare systems. Andrew Champion, programme director at the Welsh therapeutics and toxicology centre, called the awards an encouraging step. He argued for bringing the needs of patients and of the health service in Wales into the process. Yvonne Greenstreet, Alnylam's chief executive, noted that no therapies are approved to slow the progression of Huntington's disease. She welcomed the chance to work with the regulator and pathway partners as brezosiran advances. James Harris, of BeOne, pointed to unmet needs in MTAP-deficient tumours, for which no targeted therapies are currently available. Kylie Bromley, of Biogen, described Alzheimer's as one of the greatest health and social care challenges of our time. She welcomed the designation granted to diranersen. --- What remains unknown --- What remains unknown is decisive. There are not yet results establishing that these treatments are safe and effective. Nor is there a completed assessment of their value to the public system. Without that evidence, there is no availability timetable and no funding commitment that anyone can honestly treat as settled. It is also unknown which individual patients might benefit if the products advance. Nor under what conditions they would be offered. --- Unanswered questions --- Will brezosiran show that it can alter the course of Huntington's disease without unacceptable risks? Can BGB-58067 become a real option for people who today have no targeted therapies for their tumour? What evidence will diranersen produce in early Alzheimer's disease, and will it be enough to justify access? When will families know whether any of these treatments will truly reach the public system? --- EPM analysis --- The most interesting value of this model is not the award, but the coordination. Bringing the regulator, the health system and the assessors together from the start can prevent years of movement between separate offices. For diseases with unmet needs, that time saved matters. Provided speed is never confused with shortcuts. The counterpart is expectation. Announcing passports for devastating diseases creates hope among people who cannot afford badly managed disappointment. Transparency about the real status of each product is therefore not a technical detail. It is the condition for innovation to arrive with public trust. And not as an inflated promise. 📌 EPM Take: In EPM's view, the British decision is right to treat access as a collective problem that is solved by coordinating the regulator, the public system and the assessors from the very beginning, because no patient gains when each institution waits for another to finish its part. A passport neither cures nor approves anything, and that should be said plainly, but it does organise the road so that evidence is generated with the people who are waiting in mind. If that coordination cuts delays without cutting standards, the model can benefit most those living with diseases the market has neglected, who depend entirely on a public system that works well and on time.
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