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idging the gap to human volunteer<br />

studies.<br />

Basically, no major restrictions exist in<br />

this field as long as the <strong>3R</strong> methodologies<br />

used are scientifically sound and relevant,<br />

have elucidating and discriminative power,<br />

and seem of interest at a particular<br />

stage of drug development. Therefore, a<br />

project such as START-UP was necessary,<br />

namely a co-ordinated initiative covering<br />

as much as possible all parties involved.<br />

Important stakeholders in this project are<br />

of course the pharmaceutical industry,<br />

scientists and researchers, animal welfare<br />

representatives, and regulatory bodies<br />

involved in pharmaceutical agencies in<br />

order to achieve a major collaborative<br />

activity. It is important to build up a<br />

realistic overview of the current use<br />

of experimental animals in the drug<br />

development process and to assess the<br />

possibility to implement new alternative<br />

strategies and tiered approaches in the<br />

different stages of the drug development<br />

process. The task of identifying existing<br />

gaps, scientific and technological<br />

bottlenecks, ethical concerns and issues<br />

related to Union politics has been carried<br />

out with success. Besides new chemical<br />

entities, biopharmaceuticals or new<br />

biological entities were also included in the<br />

study. Biological drugs such as monoclonal<br />

antibodies, peptides and proteins are<br />

becoming increasingly important. The<br />

same is true for nanotechnology and<br />

nanobiotechnological molecules. This<br />

creates new challenges as safety clearance<br />

of these new types of substances is<br />

more complex than is the case for<br />

traditional low-molecular-weight chemical<br />

substances. Safety testing in animals is in<br />

certain cases not even relevant since only<br />

a limited number of relevant species exist<br />

that can give answers on immunological<br />

events and antibody formation. On<br />

the contrary, up-to-date ‘fingerprint’<br />

techniques may offer possibilities to better<br />

target the problems and mechanisms<br />

involved so that only relevant molecules<br />

on a limited number of animals of the<br />

relevant species need some testing in<br />

order to guarantee safety and efficacy.<br />

The direct objectives of this project<br />

consisted of:<br />

• Gathering all relevant information,<br />

mentioned above, by organising two<br />

expert meetings with pharma- and<br />

biotech-experts and <strong>3R</strong> specialists<br />

(note that an additional third<br />

expert meeting was organised<br />

• Prioritisation of this information within<br />

the three domains of refinement,<br />

reduction and replacement<br />

• Organisation of three high-level<br />

workshops, one on each of the <strong>3R</strong>s<br />

• Developing a consensus ceport between<br />

all parties involved on the outcome of<br />

the expert meetings and workshops<br />

• Proposing roadmaps for<br />

the European Commission.<br />

All these objectives have been met within<br />

the given limited timeframe of 2 years.<br />

Deliverables & Milestones<br />

Achieved During 2010<br />

As the project was officially ran from 1<br />

March 2008 until 28 February 2010, the<br />

180 PROGRESS REPORTS FROM EU-FUNDED PROJECTS<br />

Progress Report 2011 & AXLR8-2 Workshop Report

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