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UCB New Medicines™ is deploying a wide range of innovative and proprietary science and technologies in its search for breakthrough medicines. Please click on the links below to find out more.
| Science/Technology | Description |
|---|---|
| Powerful proprietary antibody technology | UCB SLAM is creating high affinity antibodies against molecular targets involved in disease. It is the start point for UCB’s antibody-based drugs. |
| Making antibodies work in the therapeutic environment | UCB’s antibody technology includes humanising antibodies for safety and efficacy, antibody protein expression and antibody protein science. |
| Gene-to-Drug research, proprietary genetic mapping and genomic sequencing of the target protein | UCB’s Gene-to-drug research has led to the discovery of the sclerostin antibody, a neutralising antibody that increases bone deposition and strength in bone diseases. |
| Synergy between biologicals and small molecule research | UCB’s A2Hit™ Antibody to Hit technology uses information from antibodies to design new small molecule drugs. |
| Screening compounds to find the right small molecules to develop into drugs | UCB’s Hit Discovery from the Chemical Universe uses virtual and fragment screening. |
| Advanced modelling, simulation and data visualisation techniques to develop hits into effective new drugs. | UCB uses CADD: Computer Assisted Drug Discovery that includes structure-based drug design. |
| Key drug discovery techniques | UCB purifies drugs using multi-column chromatography. |
| Proprietary scientific platform | UCB’s pioneering SV2A research has led to the discovery of a new way to treat epilepsy and potential for other CNS conditions. |
| Genomics technology and genetic information | Genomics – UCB is using advanced technology in discovery research for insight into a drug’s mechanism of action to develop more effective, safer drugs and for the identification of early biomarkers. |
