PIPPI project: community of practice in procurement based on value

13 des.
Ramon Maspons

Innovation has been present in the AQuAS blog with projects such as Antisuperbugs and Ritmocore but there are many more on the go right now. Today we put the focus on the purchase of innovation and on how this innovative methodology can have an impact on clinical practice.

We interview Ramon Maspons, engineer specialised in the management of innovation and technology, coordinator of innovation at AQuAS.

What tools does the health system at present have within its reach to add value to healthcare?

The public procurement of innovation is one of the facilitating instruments when adopting innovation and developing policies for technology and innovation. Due to the characteristics of the health sector this becomes a strategic element. There are other sectors where this does not happen because the public purchaser does not have market power.

In what way does innovation provide added value?

At a first level, we could say that if there is no application no value is generated. At a second level, I would say that the changes in the process are what add value. And at a third level, we could talk directly about the user.

A very brief article was published not long ago on this subject in the journal Annals de Medicina. Recently, in another context, the King’s Fund published a report on models of innovation.

Could you highlight an innovative project within the field of innovation?

Yes, the PIPPI project, coordinated by the Karolinska University Hospital in which AQuAS is involved, together with six other institutions in the hospital and university environment in Sweden, Holland, Italy, Austria, Spain, Finland and the United Kingdom. It is a platform made up of hospitals from the European Hospital Alliance, which is the network of the most relevant European hospitals, and then AQuAS. The focus of this work group is the new models of procurement based on value using digital technologies as an element to transform health services.

Work group of the PIPPI project

 

Have you considered changing the name of the project?

No, but in fact yes, because the name has curious meanings and connotations in different languages. This was one of the subjects that arose in the Kickoff meeting of the project.

Jokes aside, what is the involvement of AQuAS in the PIPPI project?

The expertise of AQuAS in assessment, innovation and the procurement of innovation is key. This project proposes an environment where the different stakeholders involved in change can come to an agreement and work together, both when revealing the needs of a health system, of hospitals, as well as when involving companies, technological centres, universities, patients and caregivers.

It is a very ambitious aim. What would you say is special about this project?

Its strategic focus of putting the different stakeholders involved in improving healthcare in the same project but having the support of the leadership of hospitals and an assessment agency. Identifying needs and solutions using this vast network of diverse expertise is one of the strengths of this project.

How will the PIPPI project work?

The project needs to develop a community of practice where challenges can be posed and solutions considered within an international framework.

Could you be a little more specific about which environments digital technologies will have an impact on in the health services?

By all means. We can include very different subjects such as co-creation with clinicians, telemedicine, data analytics, artificial intelligence, and so on. Some aspects are nearer on the horizon and others more distant. There exists a powerful reflection on digital technologies: it is said that everything that is digitalised is dematerialised and demonetised (it may be a subject too complex to go into here) and there are also those who say that, in the end, what is digitalised is democratised, but now that really would be going into other subjects.

Earlier you mentioned involving patients – who and what are we talking about exactly?

The patient is a key element in procurement based on value because the patient generates value and this is something difficult for other sectors to understand. When we talk of digital transformation, the involvement of patients is often as necessary as it is a sensitive issue and a certain methodology is therefore required, or specific game rules. We are talking about complex systems which require complex ways of working where, among other things, very diverse sensitivities, organisational models, governances, health systems or types of providers are involved. In short, what we are talking about is getting patients to become a part of identifying needs and taking decisions; we are talking about expert patient concepts, the participation of citizens and about health literacy.

And how are you going to achieve all this?

As members of this consortium, we have the experience, knowledge, methodologies and leadership to forge ahead with a project of this nature. I recommend looking at the presentation of Romualdo Ramos and Tanja Stamm of the Medical University of Vienna to know more about this project.

What is the aim of the PIPPI project in a few words?

Impossible in just a few words, but can I do it in nine? Facilitating the joint design of the best healthcare possible.

Antisuperbugs: 3 million euros for technological innovation in the prevention of resistance of microorganisms to antibiotics

31 maig

The healthcare market is one of the areas with the greatest purchasing impact in the public and private sector in Spain with a business turnover of 71 billion euros annually. It is a very complex market where the formulas used for purchasing both consumer goods and drugs, and services depend on the centres themselves. However, they also depend on the local regulations of suppliers, autonomous regions as well as state and community legislation.

This complexity does not only make it impossible for companies to make their products or services available to procurers but it is also often the interested parties in the purchasing that see the inclusion of these produces in their centre and their accessibility to their staff as a truly impossible mission.

And this is a whole lot more difficult when it comes to incorporating new technologies that meet the real needs of professionals.

In a panorama where investment in research and development is at its lowest point in recent decades, having a pre-commercial public procurement project subsidised by the European Union with 3 million euros is a big opportunity for companies that can offer their R+D services to create innovation which responds to the real needs of professionals.

An innovative public procurement project is an approach to innovation based on demand, where a group of procurers combine their resources to share risk in a joint R+D effort in the industry to provide solutions to needs which are not being met by the market. In the case of our project, it would be an ICT solution aimed at the early detection of microorganisms resistant to antibiotics (superbugs) in a healthcare environment, the Antisuperbugs project, coordinated by Jean Patrick Mathieu of the Agency for Health Quality and Assessment of Catalonia (AQuAS).

Antisuperbugs team (from left to right): Kristina Fogel, Sara Bedin, Maren Geissler, Dag Ilver, Benian Ghebremedhin, Jean Patrick Mathieu, Enric Limon, Gonçalo de Carvalho, Gemma Cabré, Esther Arévalo

The consortium coordinated by the AQuAS, an expert institution in the definition and execution of public procurement projects in innovation in Spain, consists of 6 contracting authorities (the Catalan Institute of Oncology IDIBELL (ES), Hospital Mútua of Terrassa (ES), Sheffield Teaching Hospitals NHS Foundation Trust (UK), Helios Kliniken (DE), Universitaetsklinikum Aachen (DE) and Autonomous Province of Trento (IT)), and two expert institutions in their area of research at RISE ACREO (SE) and Sara Bedin (IT).

Enric Limon of the VINCat Programme (Surveillance of Infections) of the CatSalut, principal researcher of the project, sees having a detector of microorganisms resistant to antibiotics as a business opportunity for a company.  In the United States, Asian and European Union markets, solutions are being sought that will make it possible to have a rapid detection system that activates early detection mechanisms. The resistance of certain microorganisms to antibiotics is creating a situation of alarm across the world to which the World Health Organisation (WHO) itself has drawn attention, estimating a figure of 50 million deaths in the years to come if adequate measures are not taken. The successful tendering companies will not only have access to funding but also receive the support of hundreds of professionals from six European institutions at the highest level in research and a potential market in a first phase of hundreds of hospitals and healthcare centres interested in purchasing a solution that they themselves have helped create.

Gonçalo de Carvalho, expert biologist in resistances at the Catalan Institute of Oncology, explains the need for this project to consider the possibility of creating new modules that when applied to the technologies themselves enable new detections to be made which makes purchasing them even more attractive to health institutions by adapting them to their own needs.

The tender which will be opened to companies in the next few months forms part of the Pre-Commercial Public Procurement programmes funded within the European Commission’s H2020 framework of reference. All the information regarding the Antisuperbugs project and the tendering options are available on the website of the project.

Interested companies can access the questionnaire of the open call of the market.

There is also the option for companies to offer their availability by putting in a tender as a consortium.

Post written by Jean Patrick Mathieu, Enric Limon and Gonçalo de Carvalho.

Antisuperbugs: 3 millones de euros para innovación tecnológica en prevención de microorganismos resistentes a los antibióticos

31 maig

El mercado sanitario es uno de los ámbitos con mayor impacto en el panorama público y privado español con un volumen de negocio de 71.000 millones de euros anuales. Es un mercado muy complejo donde las fórmulas que se utilizan para comprar tanto consumibles como fármacos y servicios depende de los propios centros, pero también de regulaciones locales de los proveedores, de las comunidades autónomas, de legislaciones estatales y comunitarias.

Esta complejidad crea no sólo la imposibilidad de las empresas para situar su producto o servicio a disposición de los compradores sino que muchas veces son los propios interesados en la compra los que ven que la incorporación de estos productos en su centro y al alcance de sus profesionales se transforma en una misión realmente imposible.

Y ésto es todavía más difícil cuando se pretenden incorporar nuevas tecnologías que cubran las necesidades reales de los profesionales.

En un panorama donde la inversión en investigación y desarrollo es de las más bajas de las últimas décadas disponer de un proyecto de compra pública precomercial subvencionado por la Unión Europea con 3 millones de euros es una gran oportunidad para las empresas que pueden ofrecer sus servicios de I+D para crear innovación que responda a necesidades reales de los profesionales.

Un proyecto de compra pública innovadora es un enfoque de innovación basado en la demanda, donde un grupo de compradores unen sus recursos para compartir el riesgo de un esfuerzo de I+D de la industria para crear soluciones a las necesidades actualmente no sastisfechas por el mercado. En el caso de nuestro proyecto, se trataría de una solución TIC orientada a la detección precoz de microorganismos resistentes a los antibióticos (superbugs) en un entorno de salud, proyecto Antisuperbugs coordinado por Jean Patrick Mathieu de la Agencia de Calidad y Evaluación Sanitarias de Cataluña (AQuAS).

Equipo Antisuperbugs (de izquierda a derecha): Kristina Fogel, Sara Bedin, Maren Geissler, Dag Ilver, Benian Ghebremedhin, Jean Patrick Mathieu, Enric Limon, Gonçalo de Carvalho, Gemma Cabré, Esther Arévalo

El consorcio coordinado por AQuAS, institución experta en la definición y ejecución de proyectos de compra pública de innovación en España, consiste en 6 autoridades contratantes (Instituto Catalán de OncologíaIDIBELL (ES), Hospital Mútua de Terrassa (ES), Sheffield Teaching Hospitals NHS Foundation Trust (UK), Helios Kliniken (DE), Universitaetsklinikum Aachen (DE) y Provincia Autónoma de Trento (IT)),  y dos instituciones expertas en sus ámbitos de investigación RISE ACREO (SE) y Sara Bedin (IT).

Enric Limón del Programa VINCat (Vigilancia de las infecciones) del CatSalut, investigador principal del proyecto, ve como una oportunidad de negocio para una empresa disponer de un detector de microorganismos resistentes a los antibióticos. Los mercados de Estados Unidos, Asia y la Unión Europea están explorando soluciones que les permitan disponer de un sistema de detección rápida que active los mecanismos de prevención. La resistencia de ciertos microorganismos a los antibióticos está creando una situación de alerta mundial sobre la cual ha llamado la atención la propia Organización Mundial de la Salud (OMS) situando la previsión en más de 50 millones de muertos en los próximos años si no se toman las medidas adecuadas. Las empresas que ganen la licitación dispondrán no sólo de recursos económicos sino del apoyo de centenares de profesionales de seis instituciones europeas del más alto nivel en investigación y un mercado potencial en una primera fase de centenares de hospitales y centros de salud dispuestos a comprar una solución que ellos mismos han ayudado a crear.

Gonçalo de Carvalho, biólogo experto en resistencias antimicrobianas del Institut Català d’Oncologia, explica la necesidad que este proyecto contemple la possibilidad de crear nuevos módulos que aplicados sobre las mismas tecnologías permita incorporar nuevas detecciones, hecho que todavía hace más atractiva su compra por parte de las instituciones sanitarias al adecuarse a sus propias necesidades.

La licitación que se abrirá en los próximos meses a las empresas se incluye dentro de los programas de Compra pública Precomercial financiados por el marco de referencia H2020 de la Comisión Europea. Tota la información sobre el proyecto Antisuperbugs y las posibilidades de licitar están disponibles en el web del proyecto.

Las empresas interesadas pueden acceder al cuestionario de la consulta abierta del mercado.

También existe la opción para las empresas de ofrecer su disponibilidad para licitar en forma de consorcio.

 

Entrada elaborada por Jean Patrick Mathieu, Enric Limon y Gonçalo de Carvalho.

Antisuperbugs: 3 milions d’euros per a innovació tecnològica en prevenció de microorganismes resistents als antibiòtics

31 maig

El mercat sanitari és un dels àmbits amb un major impacte de compra en el panorama públic i privat espanyol amb un volum de negoci de 71.000 milions d’euros anuals. És un mercat  molt complex on les fórmules que s’utilitzen per comprar tant consumibles com  fàrmacs i serveis depèn dels propis centres, però també de regulacions locals dels proveïdors, de les comunitats autònomes, de legislacions estatals i comunitàries.

Aquesta complexitat crea no solament la impossibilitat de les empreses per situar el seu producte o servei a disposició dels compradors sinó que moltes vegades són els propis interessats en la compra els que veuen que la incorporació d’aquests productes al seu centre i a l’abast dels seus professionals es transforma en una missió realment impossible.

I això és encara molt més difícil quan es pretenen incorporar noves tecnologies que cobreixin necessitats reals dels professionals.

En un panorama on la inversió en recerca i desenvolupament és de les més baixes de les últimes dècades disposar d’un projecte de compra pública precomercial subvencionat per la Unió Europea amb 3 milions d’euros és una gran oportunitat per a les empreses que poden oferir els seus serveis de R+D per crear innovació que respongui a necessitats reals dels professionals.

Un projecte de compra pública innovadora és un enfocament d’innovació basat en la demanda, on un grup de compradors uneixen els seus recursos per compartir el risc d’un esforç de R+D de la indústria per crear solucions a les necessitats actualment no satisfetes pel mercat. En el cas del nostre projecte, seria una solució TIC orientada a la detecció precoç de microorganismes resistents als antibiòtics (superbugs) en un entorn de salut, projecte Antisuperbugs coordinat per Jean Patrick Mathieu de l’Agència de Qualitat i Avaluació Sanitàries de Catalunya (AQuAS).

Equip Antisuperbugs (d’esquerra a dreta): Kristina Fogel, Sara Bedin, Maren Geissler, Dag Ilver, Benian Ghebremedhin, Jean Patrick Mathieu, Enric Limon, Gonçalo de Carvalho, Gemma Cabré, Esther Arévalo

El consorci coordinat per l’AQuAS, institució experta en la definició i execució de projectes de compra pública d’innovació a Espanya, consisteix en 6 autoritats contractants (Institut Català d’OncologiaIDIBELL (ES), Hospital Mútua de Terrassa (ES), Sheffield Teaching Hospitals NHS Foundation Trust (UK), Helios Kliniken (DE), Universitaetsklinikum Aachen (DE) i Província Autònoma de Trento (IT)),  i dues institucions expertes en els seus àmbits de recerca a RISE ACREO (SE) i Sara Bedin (IT).

Enric Limón del Programa VINCat (Vigilància de les infeccions) del CatSalut, investigador principal del projecte, veu com a una oportunitat de negoci per a una empresa disposar d’un detector de microorganismes resistents als antibiòtics. Els mercats d’Estats Units, Àsia i la Unió Europea estan explorant solucions que els permetin disposar d’un sistema de detecció ràpida que activi els mecanismes de prevenció. La resistència de certs microorganismes als antibiòtics està creant una situació d’alerta mundial sobre la qual ha cridat l’atenció la pròpia Organització Mundial de la Salut (OMS) situant la previsió en més de 50 milions de morts en els propers anys si no es prenen les mesures adequades. Les empreses que guanyin la licitació disposaran no solament de recursos econòmics sinó del suport de centenars de professionals de sis institucions europees del més alt nivell en recerca i un mercat potencial en una primera fase de centenars d’hospitals i centres de salut disposats a comprar una solució que ells mateixos han ajudat a crear.

Gonçalo de Carvalho, biòleg expert en resistències antimicrobianes de l’Institut Català d’Oncologia, explica la necessitat que aquest projecte contempli la possibilitat de crear nous mòduls que aplicats sobre les mateixes tecnologies permeti incorporar noves deteccions, fet que fa encara més atractiva la seva compra per part de les institucions sanitàries en adequar-les a les seves pròpies necessitats.

La licitació que s’obrirà en els propers mesos a les empreses s’inclou dins dels programes de Compra pública Precomercial finançats pel marc de referència H2020 de la Comissió Europea. Tota la informació sobre el projecte Antisuperbugs i les possibilitats de licitar estan disponibles a la web del projecte.

Les empreses interessades poden accedir al qüestionari de la consulta oberta del mercat.

També hi ha l’opció per a les empreses d’oferir la seva disponibilitat per a licitar en forma de consorci.

 

Entrada elaborada per Jean Patrick Mathieu, Enric Limon i Gonçalo de Carvalho.

The DECIPHER Project: from the interoperability to the procurement of innovation

8 juny
Jean Patrick Mathieu

In 2013 when Agència de Qualitat i Avaluació Sanitàries (AQuAS) relaunched the project DECIPHER (@DECIPHERpcpEU), we were pioneering in the field of Procurement of Innovation and little did we know on the journey ahead. The project proved to be a big challenge for the AQuAS, the Catalan Department of Health and the all consortium involved.

The European Commission Officers and the projects evaluators would also be faced with a new type of project and with the projects consortium and stakeholders, we all learned a lot in this exciting adventure.

The journey would end in March 2017 with the Barcelona final event, but the aftermath of the projects will definitely be felt in the years to come.

Rossana Alessandrello at the DECIPHER – FINAL EVENT (Barcelona 2017)

DECIPHER was a project funded by the European Commission under the 7th  Framework Programme (FP7) under a call for project in 2011 whose topic was “Patient Guidance Services (PGS), safety and healthcare record information reuse”.

The objective of the project was to enable secure cross-border mobile access to existing patient healthcare portals which are individually supported by public bodies.

DECIPHER would deploy Pre-commercial Procurement (PCP) to create step-change innovations in mobile patient ICTs. Using electronic patient records as the key enabling technology, this joint PCP would create technology-led service transformation in cross-border mobile healthcare, delivering qualitative and significant benefits to patients and healthcare organisations.

The Consortium consisted of ESTAR Centro (Tuscany), TicSalut (Catalonia) and CMFT (Manchester).  Suppliers will be challenged to build on outputs from epSOS, CALLIOPE, and LOD2, and advances in mobile technology. Moreover, experts from Greece, France, Finland, UK, Sweden and Ireland will provide support.

DECIPHER will generate a portfolio of interoperable applications, deployed on a pan-European platform. This resource will improve existing healthcare services by supporting mobility of patients and healthcare providers.

As a use-case scenario, the solutions were to focus on patients with a chronic health condition and Diabetes type II was selected.

From anywhere in the European Union, a patient will be able to use a secure mobile device safely to gain 24/7 access to their prescription data, emergency data, examination results and other health information.

By the end of the project, 6 prototypes solutions were funded of which 3 finalists received full funding to develop a full final version. Although the respective national Personal Health Records (PHRs) systems of the three procuring authorities are not able to implement those solutions in their current state, the achievements are important for DECIPHER:

  1. Invaluable experiences were gathered by all stakeholders involved in the project
  2. SMEs from all over Europe came under the radar of potential clients, the public procuring authorities in the consortium and those who were interested on the project
  3. AQuAS acquired an expertise in procurement of innovation that is now well-renowned in Europe and beyond.
  4. The lessons learned will be applied in the new PCP project coordinated by AQuAs, Antisuperbugs.

DECIPHER project was initially designed to address the interoperability issue in the healthcare sector. But, this project has been fundamental in the development of a model of procurement of innovation useful for the set-up of this kind of project. With this objective in Catalonia, we consider DECIPHER as a case use where AQuAS lead the path with a set of toolkit, methodology and expertise.

Post written by Jean Patrick Mathieu.