Our Technology & Services

The stagnation in drug development productivity as measured by the number of approvals of new molecular entities has been well documented.   Advances in genomics, proteomics, high-throughput screening and combinatorial chemistry have produced millions of potential drug candidates.  However, the ability to select the best molecules to advance into clinical testing has been increasingly difficult. Drug disposition in humans is not readily predictable from preclinical data and almost half of the drug candidates entering Phase 1 trials fail due to poor pharmacokinetic (absorption, distribution, metabolism and excretion) properties in humans.   There exists a critical need for innovative approaches to assess promising compounds and allow for more rapid progress of new molecules through preclinical drug development.

Development Chart
Obtaining human data earlier in development can better guide the appropriate selection and advancement of drug candidates with a higher probability of success in initial Phase I trials. The United States Food and Drug Administration and the European Medicines Evaluation Agency have recently issued regulatory guidelines that now allow administration of compounds to humans at sub-pharmacological doses at a very early stage of drug development. Drug candidates can now be tested in humans prior to traditional Phase I trials via the exploratory IND (eIND) route.

Corsidus is at the forefront of this paradigm shift in early drug development.  Our expertise in the application of accelerator mass spectrometry to human microdose studies can improve the quality of development decisions by providing exploratory human ADME and PK data before large financial investments are made for full preclinical safety/toxicology studies and traditional Phase I trials.

Read more about our Preclinical Services
Biochemical & ADME Assays
Pharmacology, Safety & Toxicology
Animal Imaging Studies
GLP Drug Preparation & Radiolabeling
 
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