ADME-Enabling Technologies in Drug Design and Development by Donglu Zhang, Sekhar Surapaneni

By Donglu Zhang, Sekhar Surapaneni

A finished advisor to state-of-the-art instruments in ADME research

The final decade has obvious large development within the improvement of analytical thoughts comparable to mass spectrometry and molecular biology instruments, leading to very important advances in drug discovery, rather within the sector of absorption, distribution, metabolism, and excretion (ADME).

ADME-Enabling applied sciences in Drug layout and improvement specializes in the present cutting-edge within the box, proposing a finished assessment of the newest instruments for producing ADME information in drug discovery. It examines the broadest attainable diversity of accessible applied sciences, giving readers the data they should decide upon the precise device for a given software, a key considered necessary for acquiring favorable ends up in a well timed style for regulatory filings. With over thirty contributed chapters by way of a world crew of specialists, the publication provides:

  • A thorough exam of present instruments, masking either electronic/mechanical applied sciences and biologically dependent ones

  • Coverage of purposes for every know-how, together with key parameters, optimum stipulations for meant effects, protocols, and case studies

  • Detailed dialogue of rising instruments and strategies, from stem cells and genetically changed animal versions to imaging technologies

  • Numerous figures and diagrams through the text

Scientists and researchers in drug metabolism, pharmacology, medicinal chemistry, pharmaceutics, toxicology, and bioanalytical technological know-how will locate ADME-Enabling applied sciences in Drug layout and improvement a useful consultant to the complete drug improvement procedure, from discovery to regulatory concerns

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Extra resources for ADME-Enabling Technologies in Drug Design and Development

Example text

The major CYP enzymes involved in drug metabolism are CYP3A4, CYP2D6, CYP2C9, CYP2C19, CYP1A2, CYP2E1, CYP2B6, and CYP2A6. Inhibition of these enzymes can result in altered clearance and PK of drugs leading to adverse effects. This is particularly important considering that the aging population is often on multiple drugs (polypharmacy) for various ailments. Therefore, evaluation of drug interactions is part of drug effectiveness and safety. A detailed discussion of methods, conditions for incubation, probe substrates, and liquid chromatography-mass spectrometry (LCMS) technologies are presented in Chapters 9 and 14.

The purposes of these studies are 8 REGULATORY DRUG DISPOSITION AND NDA PACKAGE INCLUDING MIST as follows: (1) to identify and characterize metabolites in safety species and humans in order to identify and select relevant species for safety assessment; (2) to identify any potential for drug–drug interactions; (3) to identify the enzymes responsible and to determine any genetic polymorphisms that may influence the PK, PD, and safety of the drug; and (4) to identify any potential reactive or genotoxic structural alerts that require further assessment in safety studies.

Regulatory agencies have issued guidance documents regarding the conduct of in vitro metabolism and drug–drug interaction studies during development [21– 24]. Both FDA and Health Canada documents outline the various model systems, probes, and considerations for experiments (choice of concentration and time course). It is apparent from these guidelines that the test system needs to be shown as viable and is well characterized to investigate new chemical entities or drug products. The choice of test system should be justified based on the metabolic pathways of the drug product from preliminary experimentation.

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