Biopharmaceutics Modeling and Simulations: Theory, Practice, by Kiyohiko Sugano

By Kiyohiko Sugano

A entire creation to utilizing modeling and simulation courses in drug discovery and development

Biopharmaceutical modeling has turn into necessary to the layout and improvement of latest medicinal drugs. Influencing key points of the improvement approach, together with drug substance layout, formula layout, and toxicological publicity evaluate, biopharmaceutical modeling is now visible because the linchpin to a drug's destiny luck. And whereas there are various commercially on hand software program courses for drug modeling, there has no longer been a unmarried source guiding pharmaceutical pros to the particular instruments and practices had to layout and try secure drugs.

A advisor to the fundamentals of modeling and simulation courses, Biopharmaceutics Modeling and Simulations bargains pharmaceutical scientists the keys to knowing how they paintings and are utilized in growing medicinal drugs with wanted medicinal homes. starting with a spotlight at the oral absorption of gear, the booklet discusses:

  • The primary dogma of oral drug absorption (the interaction of dissolution, solubility, and permeability of a drug), which kinds the root of the biopharmaceutical category process (BCS)
  • The proposal of drug concentration
  • How to simulate key drug absorption processes
  • The physiological and drug estate facts used for biopharmaceutical modeling
  • Reliable practices for reporting results

With over 2 hundred figures and illustrations and a peerless exam of all of the key points of drug research?including operating and analyzing types, validation, and compound and formula selection?this reference seamlessly brings jointly the confirmed useful methods necessary to constructing the secure and powerful medicinal drugs of tomorrow.

Chapter 1 creation (pages 1–9):
Chapter 2 Theoretical Framework I: Solubility (pages 10–32):
Chapter three Theoretical Framework II: Dissolution (pages 33–63):
Chapter four Theoretical Framework III: organic Membrane Permeation (pages 64–121):
Chapter five Theoretical Framework IV: Gastrointestinal Transit types and Integration (pages 122–159):
Chapter 6 body structure of Gastrointestinal Tract and different management websites in people and Animals (pages 160–205):
Chapter 7 Drug Parameters (pages 206–265):
Chapter eight Validation of Mechanistic versions (pages 266–321):
Chapter nine Bioequivalence and Biopharmaceutical class approach (pages 322–339):
Chapter 10 Dose and Particle measurement Dependency (pages 340–346):
Chapter eleven allowing Formulations (pages 347–378):
Chapter 12 nutrition impression (pages 379–411):
Chapter thirteen Biopharmaceutical Modeling for Miscellaneous circumstances (pages 412–429):
Chapter 14 Intestinal Transporters (pages 430–451):
Chapter 15 approach in Drug Discovery and improvement (pages 452–458):
Chapter sixteen Epistemology of Biopharmaceutical Modeling and strong Simulation perform (pages 459–463):

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Extra resources for Biopharmaceutics Modeling and Simulations: Theory, Practice, Methods, and Applications

Example text

For low permeability and/or low solubility drugs, colonic absorption is usually negligible because of the small absorptive surface area, small fluid volume, solidification of the fluid, lack of bile micelles, etc. 4 DRUG AND API FORM The patterns of oral drug absorption can be also categorized from the viewpoint of the properties of the drug molecule and API solid form. A drug can be categorized as undissociable or dissociable ones. The dissociable drug is then further categorized as acid, base, or zwitterions.

Eur. J. Pharm. , 29, 294–305. 16. A. (2010). A modified physiological BCS for prediction of intestinal absorption in drug discovery. Mol. , 7(5), 1478–1487. 17. , Olsson, U. (2006). Amorphous drug nanosuspensions. 2. Experimental determination of bulk monomer concentrations. Langmuir, 22, 911–916. 18. , Olsson, U. (2008). Nucleation and crystal growth in supersaturated solutions of a model drug. J. , 325, 404–413. 19. S. (1994). A simple “back of the envelope” method for estimating the densities and molecular volumes of liquids and solids.

3. 47~52 Eq. 27 Dissociation constant (K ) Equations 0 Sh Lipophilicity (P ) Constant, depends on GI position API p,API Eq. 30 Crystal energy X Eq. 17 Dissolution Particle growth Eq. 3 Ssurface X Permeation Eq. 1 dissolv K a a Size (MW) Eq. 3 D mono Eq. 1 Eq. 8 D eff Eq. 24 Eq. 36 Eq. 34 Eq. 1 Eq. 31 P para Eq. 28 Ptrans P UWL P Eq. 2 Peff Eq. 1 kperm ep Network of equations consisting of the GUT framework. Total Concentration Total concentration of a drug (Ctot ) is the amount of a drug substance in a fluid, regardless of the substance being undissolved solid or dissolved molecules.

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