Who we are and what we do

We are a team of professionals with long time experience of in-vivo pharmacology and toxicology. We assist pharmaceutical companies in their endeavours to find cures for diseases for which there are no effective treatments today and those who are working to improve the effectiveness of discovered drugs.

How we work

Together with the customer we develop a project plan. Depending on the challenge Adlego Biomedical either runs projects solitary or puts together a group of experts from our network to manage complex projects. Therefore, we can be cost effective and produce with the highest quality a variety of studies from standard DMPK studies to demanding effect studies and large toxicity studies.

Why are preclinical studies needed?

To enter into clinical trials pharmaceutical companies need to demonstrate to regulatory agencies that a new drug is effective and relatively safe to administer to humans. Information about interactions between a new drug and a living organism is obtained with use of preclinical methods.

Focus

Our main focus is to establish long-term collaboration with drug developing companies that are early in their development of new candidate drugs. With this approach we establish a relationship that is fruitful for both parties when disease models need to be developed to show proof-of-concept, and when DMPK and toxicity data are gathered. Since we are working with experts within the various fields of drug development and document all studies according to GLP the customer is guaranteed top quality reports, which fulfil the requirements of regulatory bodies. 79334397-258x120

Case

Although we have been working with many models of cancer we continue to get requests for models we have not used before. Before we use a new model in proof-of-concept studies we validate it to obtain information about growth rate and to show that the tumour is sensitive to current therapies. We commonly also use histological techniques to further analyze the effect of therapies. Here is an example from the validation of the ACHN tumour model: Bild31

Our Partners

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On Target Chemistry Link
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On Target Chemistry Link

Latest News

Adlego participate in the fight against Corona virus

Adlego participate in the fight against Corona virus

Adlego Biomedical AB participates in two projects financed by the European Commision to evaluate DNA vaccines and antivirals designed to protect against SARS-CoV-2 infections. The OpenCorona project is lead by Professor Matti Sällberg at the Karolinska...

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Nya vaccin mot hepatit

Nya vaccin mot hepatit

Magnus Johansson har fått 4,8 miljoner kronor för att utveckla nya vaccin mot hepatit B, hepatit D och hepatit C. Miljontals människor drabbas varje år av dessa sjukdomar och får kroniska besvär. Trots att alla tre skadar levern krävs olika sorters vaccin och...

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The use of iPrecio pumps for infusion

The use of iPrecio pumps for infusion

For a long period of time osmotic minipumps from Alzet has been available for infusion of compounds in drug developing studies. These pumps are, however, limited in volume and flexibility and therefore we have investigated the use of the programmable iPrecio pumps....

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Latest Publications

DNA launched suicidal flaviviruses as therapeutic vaccine candidates

DNA launched suicidal flaviviruses as therapeutic vaccine candidates

Research background
Chronic liver disease, resulting from Hepatitis B virus (HBV), Hepatitis D virus (HDV), or Hepatitis
C virus (HCV) infections, contributes to a major health burden worldwide. The relatively high
cost of the HCV treatment brings concerns about the accessibility, especially in the developing
countries. Hence, there exists a need for cost effect interventions with high efficiency. The use
of DNA prime-viral vector has been validated in prime-boost vaccination. The use of Flavivirus
subgenomic replicons as DNA based vaccine will provide excellent stability and high expression
of the vaccine candidate genes in combination with immune activation…..

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Mass spectrometry of macromolecules

Data on the use of accelerator mass spectrometry (AMS) in conjunction with in vivo studies of macromolecular drugs are scarce. The present study shows the versatility of this technique when investigating the pharmacokinetics (PK) of a macromolecular drug candidate, a...

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