By Rolf Mai | 7. December 2021
Developers of orphan drug products face some important changes with the approval process in the UK after Brexit. To help companies prepare, the MHRA published new guidance: “How the MHRA will manage orphan medicinal products from 1 January 2021 in Great Britain (GB)”. While most of the criteria to qualify for orphan drug designation align with the EU, there are small but significant differences.
First, companies can only receive an orphan drug designation (ODD) when they apply for their marketing authorisation application, which means there will be no free protocol assistance or scientific advice. This sets MHRA apart from EMA, which offers discounted or free scientific advice as well as other avenues of support for orphan drug developers. The UK will continue to “offer incentives in the form of market exclusivity and full or partial refunds for marketing authorisation fees to encourage the development of medicines in rare diseases”, although the details on how these compare to EU ODD incentives are yet to be released. Those wanting scientific advice from the UK agency can still receive it, however, unless they are designated in the UK as a small to mid-size enterprise, they will have to pay for that expertise.It is an interesting move by the MHRA but while there are certainly negative aspects to it, I believe there are also advantages. The following are some of the pros and cons that my colleagues and I have observed …
By Maxime Stevens | 4. October 2021
BMS announced FDA and EC approvals for their innovative CAR T Cell Therapy for R/R Multiple Myeloma earlier this year. A ground-breaking achievement that gives many people new hope.
The emergence of targeted and precision therapies has increased treatment options for people living with cancer. CAR T-cell therapy is a novel treatment, so little is known about its long-term effects or whether any response will last long-term. Initial results from clinical trials are very encouraging, particularly for people who have few other treatment options after having standard treatments.
We are exploring opportunities partnering a company that has developed a CAR, based on the scFv of an antibody recognizing stage specific embryonic antigen-4 (IDA17) on cancer cell surface. They are currently poised to kick-off a Ph.I open-label, single-centre, study designed to investigate the safety and tolerability of a single infusion of autologous peripheral blood T-lymphocytes transduced with the anti-IDA17 lentivirus vector.