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Methods and systems

With pharmacology as the major target area, Pipeline Biotech performs both in vivo and in vitro studies, although in vivo studies are used more frequently. In vivo studies (animal studies) are used to define disease models and interpret the results of assays in these models, whereas in vitro test systems (cell-based research) are used to screen drug candidate action and enable mechanistic studies during the different stages of disease progress.

Naturally, the method used depends on the specific aims of the assignment in question.

Mice and rats

Mice and rats are the disease models used most frequently. We only use well-established and scientifically recognised models so as to be sure that the effects of the agents tested can be validated both predicatively and indicatively. Alternatively, new models can be defined and validated prior to the research – and always in close co-operation with the client.

In cases where mice and rats are not considered the most suitable of models, smaller non-GLP studies can be performed using dogs and/or pigs.

Client models

The reliability of the research results depends on the suitability of the models used. If our models are not appropriate to your particular activities, we can establish and validate your own models – or develop new ones to meet your specific requirements. We can provide you with all the assistance you need in developing new experimental models based on pharmacological, surgical or genetic techniques so as to reproduce human pathological syndromes.

Target areas

So far, studies carried out by Pipeline Biotech have been related to diseases such as cancer, diabetes, asthma, allergy, inflammation, osteoporosis and hormonal dysfunction. However, we also routinely carry out research studies aimed at the areas of bioavailability, biodistribution and metabolism. Recently, activities related to functional genomics have become increasingly relevant. In vivo screenings help us discover how genes work, how and when they are expressed, how they interact, and what roles they play in health and in the development of disease. Functional genomics is the area of research most likely to provide useful new knowledge for the medical industry as it is set to identify thousands of new biological targets for drug development.

Experience makes experts. Open-minded experts make discoveries.

We at Pipeline Biotech are always ready to tread new paths and apply new approaches.

   

Proviral tagging in animal models. The retroviral integration process involves the insertion of a provirus in a random position in the host cell genome. Provirus insertions may thus cause various types of mutations. Provirus-tagging techniques have been important to the identification of genes by functional screening. For example, this technique has been applied to identify genes involved in the development of cancer.