Supply Chain and Manufacturing/ Advanced Supply Chain Optimization

BOOK A MEETING FR Identifying the most efficient supply system by optimizing and automating steps of production will become even more important as drugs are increasingly customized to small numbers of patients with certain genetic profiles. When it comes to manufacturing, pharmaceuticals can harness machine learning to control rising equipment maintenance costs and pave the …

The Future of Computational Biochemistry

BOOK A MEETING FR Computational biochemistry allows drug-makers to cut out a significant portion of the test tube experiments. Instead, a computer simulates the protein and tests all of its atomic interactions. That analysis will yield a far conscise list of leads that researchers can take to the next stage of testing Benefits for the …

Identifying patients for clinical trials

BOOK A MEETING FR ML/AI can help introduce efficiencies to the clinical trial process in two ways. First, by more quickly and precisely identifying patients who would be a good fit for a particular trial via advanced analysis of medical records or by exploring geographically- and symptom-distinct patients at scale. Secondly, these techniques can examine the …

Drug Discovery

BOOK A MEETING FR Pharmaceutical companies use the insights from the patient information such as mutation profiles and patient metadata. This information helps the researchers to develop models and find statistical relationships between the attributes. This way, companies can design drugs that address the key mutations in the genetic sequences. Also, deep learning algorithms can …

Drug Discovery

BOOK A MEETING FR Pharmaceutical companies use the insights from the patient information such as mutation profiles and patient metadata. This information helps the researchers to develop models and find statistical relationships between the attributes. This way, companies can design drugs that address the key mutations in the genetic sequences. Also, deep learning algorithms can …

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