Innovative biotherapeutics
Develop research and bring to market new biotherapeutics
Our specialized team explores the challenges and opportunities associated with biotherapies, and supports healthcare players in accelerating the research, development and market launch of their innovative biotherapies.
They trust us
The challenges related to advanced and innovative biotherapeutics
Since biologics first appeared, their rise on the market of biotherapeutics has been impressive and is expected to continue. They should ultimately represent more than half of the drugs used in volume and nearly 80% of the value of this market.
Indeed, advanced biotherapeutics have offered a new way to treat diseases that were previously untreated, in oncology, rheumatology, diabetology, and in inflammatory diseases to name only the most emblematic, as well as in infectious diseases, blood diseases, and other disorders.
However, major challenges remain in their development and production, resulting in high prices and extensive discussions with healthcare system regulators.
This therapeutic category presents a wide range of challenges:
Biotherapeutics by definition require mastering complex innovative technologies, whether in their design, formulation or related analytical techniques. In addition, in many cases, their operating mechanism acts on the patient’s immune system, and certain molecules have demonstrated great therapeutic abilities but also significant side effects. As a result, several approaches are being pursued, such as targeted therapies, the use of vectors (a true extension of biotherapeutics), or personalized medicine (a fundamentally different approach).
What are the technologies of the future? How do we speed up R&D, in particular through the use of data and prediction models? How do we work on side effects? How do we improve patient targeting without switching to personalized medicine?
The production of innovative advanced biotherapeutics has completely revolutionized the pharmaceutical industry. Macromolecules such as Anti-TNF-alpha, monoclonal antibodies, or recombinant proteins require specialized equipment and know-how. Bioproduction generally involves long processes, with many production stages including purification and quality control. The choice of the production line is key to obtain the right industrial performance. The production line sizing is delicate, and it is almost impossible to adjust it to cope with fluctuations in demand. Finally, production on several sites is a complex activity from a regulatory point of view. As the products are fragile and often injectable, they need to be sterile. These challenges are amplified for the new CAR-T cell therapies, which also require special logistical control.
How do we switch from batch production to continuous production? What are the best organisms to produce advanced biotherapeutics? How do we reduce the length of the processes and the complexity of the controls while maintaining the same level of security? How do we improve the logistics of biologics? What industrial strategy should we adopt?
Innovative advanced biotherapeutics are injectable products; they are therefore sterile products, and their administration may require the intervention of a healthcare professional. In addition, their circulation in the body depends on the injection conditions, and crossing the blood-brain barrier remains an unresolved challenge to this day. Finally, targeting an organ or a specific area of the body is a key issue to increase therapeutic activity while containing side effects.
What are the best technologies for developing targeted biotherapeutics? How do we go beyond the current limits of science? What are the solutions to deliver or activate the biologic to the right place? How can biotherapeutics be combined with other technologies to optimize them?
Biologics are expensive due to the complexity of their development, production, and supply chain. The increasingly significant therapeutic role they play therefore constitutes a challenge for healthcare systems. The marketing of innovative advanced biotherapeutics is subject to extensive scientific and clinical demonstration phases, as well as economic phase, in order to fuel discussions with decision-makers in charge of the regulation and financing of these therapies. In addition, to improve their administration, some biotherapeutics are coupled with the use of a medical device, and these arrangements are struggling to find an administrative way for their marketing.
How to accelerate market access for innovative advanced biotherapeutics? How do we demonstrate the value of biologics? How do we ensure the correct use of innovative biotherapeutics by prescribers?
The first biosimilars appeared in the first decade of the 21st century. Due to the complex nature of producing biological drugs, manufacturing a biosimilar is not straightforward, and the manufacturer must demonstrate the similarity of the active substances according to very strict specifications which involve holding clinical trials. The objective is to prove that the biosimilar will provide the same efficacy and safety as the reference biologic, after which its marketing authorization is issued. Despite these procedures, pharmaceutical manufacturers are interested in this path because of the size of the market, and they are restructuring a market that is still young.
What strategy should be adopted in the face of the arrival of biosimilars? Which priority market segments will biosimilars reach? What are the regulations in the different regions of the world?
Innovative advanced biotherapeutics benefit from a generally positive image. However, their degree of innovation, their production process, and their use in severe pathologies can worry patients. In recent decades we have seen an increase in vaccine hesitation for example. Significant side effects or administration by injection hamper good adherence and compliance to treatment.
How do we measure and promote the acceptability of innovative biological therapies? How do we improve patient compliance? How do we place the patient at the center of the innovation process? How can we improve care pathways?
How we support you in your projects related to advanced and innovative biotherapeutics
Since its creation, Alcimed has supported its clients on many issues related to biotherapeutics, from innovation to appropriate use on the market. Indeed, we have carried out over 500 projects for various clients in this field on all types of molecules with different challenges: R&D, marketing, opportunity study, market access, or even life-cycle management, for example.
The diversity of our clients (pharmaceutical companies, biopharmas, biotechs, research institutes, university hospital centers, etc.), the geographic areas we explore, and the types of projects we develop, give us a global and comprehensive insight into issues related to advanced biotherapeutics.
Our projects cover areas as diverse as new technologies, prioritization of the R&D portfolio, search for partners or acquisition targets, preparation for the launch of new biologics, understanding of disease management and patient care pathways, assessment of market opportunities, market access, pricing and reimbursement model, regulatory developments, building roadmaps, and many more!
What they say
"Like a compass, Alcimed helped us determine the fields in which we wanted to develop, in this case biosimilars. Alcimed is our strategic, marketing and operational ally."
Bertrand Mérot
CEO
Examples of recent projects carried out for our clients in advanced and innovative biotherapeutics
Preparation for the launch of a biotherapeutic product: support for a pharmaceutical leader in optimizing its prescriber engagement plan
As part of the expected launch of a new biotherapeutic solution to fight psoriasis, Alcimed supported a leading client in the pharmaceutical industry to optimize its engagement plan for its prescribers.
In this context, our team explored the challenges of the prescribers’ practice and patient management throughout their journey and assessed the level of receptivity of prescribers to this future solution.
Alcimed’s recommendations made it possible to adjust the messages and target key prescribers for a successful launch.
Transition strategy for a pharmaceutical player moving from a leading biotherapeutic product in its market to the launch of a new offer
Alcimed supported one of its clients to ensure the transition between two biotherapeutics: one already on the market in a leading position, the other in the process of being launched.
Through a targeted bibliographic analysis, interactions with the various stakeholders, and the organization of a workshop, our team analyzed the respective receptivity of the two biotherapeutics among prescribers and the strengths and weaknesses of the client’s products, identified the specific expectations of prescribers, and assessed the impact of newcomers on our client’s two biotherapeutics.
Inspired also by other examples of successful transition outside the market under consideration, we were able to define the major key steps of the transition to be carried out and order them over time so as to maintain our client’s leadership position.
Definition of the personalized medicine positioning of an immunotherapy player
Alcimed supported one of its leading clients in immunotherapy to understand how to position itself in personalized medicine and what arguments to put forward to differentiate itself from the competition.
Through bibliographic research and interviews with experts, our team investigated to understand the expectations of the different stakeholders of this specific care chain in terms of personalized medicine, and how our client could legitimize its place in this field from a scientific and medical point of view.
This research made it possible to build a precise sales pitch for medical sales representatives and MSLs and to prepare the materials used during a webinar and a congress with the medical professionals.
Evaluation of the advanced biotherapeutics market for human medicine and search for partners for a production platform
Alcimed supported one of its clients, a global pharmaceutical leader, to characterize the advanced biotherapeutics market by evaluating the top 30 molecules for human use in this market, in order to identify potential partners to develop and strengthen its production platform.
Subsequently, our team compared the cost-benefit balance of the identified innovative technologies against conventional technologies and tested the receptivity of potential partners to enable our client to expand its production activities.
Evaluation of the potential of a new diagnostic tool as part of the development of biotherapies for a leader in diagnostics
Alcimed supported one of the world’s leading in vitro diagnostic companies in the evaluation of a diagnostic technology to monitor the efficacy of new biotherapies and to detect unwanted immunosuppression.
Through targeted literature searches, interactions with key experts involved in the development of new biotherapies and the organisation of a workshop, our team assessed the interest of pharmaceutical companies in the technology being developed and identified the specific expectations of the market, particularly in terms of applications and categories of biotherapies to be prioritised.
Among other things, our work helped our client to prepare a response to a European call for projects.
Support for a cell therapy company in making the right strategic choices for positioning its therapy in the Parkinson's patient pathway
Alcimed supported a cell therapy player in a project aimed at identifying and understanding the possible routes of access for its new therapy in Parkinson’s patients.
By conducting investigations in 6 countries on 2 different continents, our team mapped the stages in the Parkinson’s patient pathway in order to identify the best route to the patient and tested the receptivity to this new therapy in each country of interest. Based on the available literature and feedback from opinion leaders on the subject, we constructed hypotheses to estimate the potential market for this new therapy by country.
The work carried out by our team provided our client with the key elements needed to rationalise its development strategy and its future clinical trials.
Creation of an innovative access model for "first-in-class" gene therapy
We supported a European pharmaceutical company in the pre-launch phase of the first gene therapy for a given pathology. The question was how to best prepare the acceptance by the healthcare authorities of this innovative therapy, delivered punctually and a priori with a high cost compared to the reference drugs.
We were able to assess the perception of public institutions and prescribers of the value provided by this gene therapy drug, thanks to discussions and a benchmark of already approved gene therapies, then tested the potential of different funding models for this biotherapy (ex: “Pay-for-Performance”, subscription model, etc.).
An innovative access model emerged, supported by a pan-European action plan to ensure the successful marketing of our client’s gene therapy.
Support on how to achieve the market access of a gene therapy in the US and EU5 for a pharma player
We supported a pharma player in achieving their market access strategy through the understanding of payers’ expectations, requirements and receptivity to gene therapies targeting rare diseases in the USA and in 5 European countries.
At first, our team deciphered the Pricing & Reimbursement (P&R) organizations, processes and country-dependent specificities for expensive gene therapies in the next 5-10 years. In a second phase, we analyzed payers’ expectations/requirements on types of evidence for a gene therapy and their receptivity to innovative funding models. Finally, our team completed the payers’ landscape with a case study from an already-marketed gene therapy.
In the end, we gave our client recommendations on how to achieve market access of a gene therapy in the US and EU5 and on how payers’ expectations and country-dependent specificities should be taken into consideration in the design of clinical studies.
You have a project?
To go further
Healthcare
Oral delivery of biologics: what developments for the next few years?
Although in development, biologics are limited by oral administration. So what are the solutions? Here's a closer look at future developments.
Healthcare
How can AI accelerate drug discovery?
The difficulty to come up with therapeutic solutions for rare diseases, the emergence of resistance to certain drugs or pressure on the price of drugs urge pharma companies to rethink their R&D ...
Healthcare
AI: a tool to optimize the design and facilitate the conduct of clinical trials
How AI can improve clinical development in the pharmaceutical industry? Thanks to the digitization of clinical studies’ results and to the data sharing initiatives, the development of Artificial ...
Founded in 1993, Alcimed is an innovation and new business consulting firm, specializing in innovation driven sectors: life sciences (healthcare, biotech, agrifood), energy, environment, mobility, chemicals, materials, cosmetics, aeronautics, space and defence.
Our purpose? Helping both private and public decision-makers explore and develop their uncharted territories: new technologies, new offers, new geographies, possible futures, and new ways to innovate.
Located across eight offices around the world (France, Europe, Singapore and the United States), our team is made up of 220 highly-qualified, multicultural and passionate explorers, with a blended science/technology and business culture.
Our dream? To build a team of 1,000 explorers, to design tomorrow’s world hand in hand with our clients.
Biotherapeutics, also called biologics or biological drugs, take their name from their production process: macromolecules (usually proteins), genes or specific cells, more or less complex, are produced by cells or living organisms genetically modified to code for the desired molecule or cell. These are then purified and formulated into drugs.
Biologics include a wide variety of innovative advanced biotherapeutics such as therapeutic antibodies, immunoglobulins and fusion proteins, hormones, cytokines, growth factors, coagulation factors, as well as vaccines, cellular therapy, and gene therapy.
The size of the global biotherapeutics market varies according to the definition of the market segments covered. Nevertheless, by 2024, the market is expected to be worth around USD 300 billion worldwide, making it a fast-growing market with an estimated CAGR of over 9% between now and 2030.