Pharmacology
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- Publication date
- 2015
- Publisher
- Edinburgh : Mosby/Elsevier
- Collection
- inlibrary; printdisabled; internetarchivebooks
- Digitizing sponsor
- Kahle/Austin Foundation
- Contributor
- Internet Archive
- Language
- English
1 online resource (x, 236 pages) :
The (printed) 'Updated Edition' now comes with added value access to the complete, downloadable eBook version via Student Consult.ïŽ Search, read and revise whilst on the move and use the interactive self-assessment to test your understanding.ïŽ Crash Course - a more flexible, practical learning package than ever before. Covering all aspects of the syllabus, Crash Course offers students a fast way to recap on what they need to know to get through the exams with ease. Styled in an easy-to-follow, readily accessible format, each book is prepared by senior medical students or junior doctors - under faculty supervision - to give them the correct level of information perfectly tailored to current curricula requirements. The series now includes improved pedagogic features and a fully revised self-assessment section, updated to meet current examination needs
Online resource; title from PDF title page (EBSCO, viewed October 1, 2018)
Includes bibliographical references and index
Front Cover; Crash Course: Pharmacology; Copyright; Series editor foreword; Prefaces; Acknowledgements; Contents; Chapter 1: Introduction to pharmacology; Molecular basis of pharmacology; What is pharmacology?; Drug names and classification; How do drugs work?; Transport systems; Ion channels; Carrier molecules; Enzymes; Receptors; Receptors directly linked to ion channels; G-protein linked receptors; Molecular structure of the receptor; G-proteins; Targets for G-proteins; Adenylyl cyclase/cAMP system; Phospholipase C/inositol phosphate system; Guanylyl cyclase system
Tyrosine kinase linked receptorsDNA linked receptors; Drug-receptor interactions; Agonists; Antagonists; Competitive antagonists; Non-competitive antagonists; Receptor reserve; Potency; Pharmacokinetics; Administration; Topical; Enteral; Parenteral; Drug absorption; Cell membranes; Size; pH; Drug distribution; Drug metabolism; Sites of metabolism; Phase 1 metabolic reactions; Oxidation; Reduction; Hydrolysis; Phase 2 metabolic reactions; Factors affecting metabolism; Overdose; Drug excretion; Renal excretion; Gastrointestinal excretion; Mathematical aspects of pharmacokinetics; Kinetic order
One-compartment modelModel-independent approach; Adherence; Drug interactions and adverse effects; Drug interactions; Pharmacodynamic interactions; Pharmacokinetic interactions; Adverse effects; Drug history and drug development; Drug history; Drug development; Chapter 2: Cardiovascular system; The heart; Basic concepts; Cardiac rate and rhythm; Cardiac action potential; Non-nodal cells; Nodal cells; Autonomic control of the heart; Cardiac contractility; Cardiac dysfunction and treatment; Congestive cardiac failure; Extrinsic cardiac compensation; Intrinsic cardiac compensation
880-01ContraindicationsAdverse effects; Class Ib; Mechanism of action; Route of administration; Indications; Contraindications; Adverse effects; Class Ic; Mechanism of action; Route of administration; Indications; Contraindications; Adverse effects; Class II; Class III; Mechanism of action; Route of administration; Indications; Contraindications; Adverse effects; Class IV; Other antiarrhythmics; Adenosine; Mechanism of action; Route of administration; Indications; Contraindications; Adverse effects; Angina pectoris; Antianginal drugs; Organic nitrates; Mechanism of action; Route of administration
The (printed) 'Updated Edition' now comes with added value access to the complete, downloadable eBook version via Student Consult.ïŽ Search, read and revise whilst on the move and use the interactive self-assessment to test your understanding.ïŽ Crash Course - a more flexible, practical learning package than ever before. Covering all aspects of the syllabus, Crash Course offers students a fast way to recap on what they need to know to get through the exams with ease. Styled in an easy-to-follow, readily accessible format, each book is prepared by senior medical students or junior doctors - under faculty supervision - to give them the correct level of information perfectly tailored to current curricula requirements. The series now includes improved pedagogic features and a fully revised self-assessment section, updated to meet current examination needs
The (printed) 'Updated Edition' now comes with added value access to the complete, downloadable eBook version via Student Consult.ïŽ Search, read and revise whilst on the move and use the interactive self-assessment to test your understanding.ïŽ Crash Course - a more flexible, practical learning package than ever before. Covering all aspects of the syllabus, Crash Course offers students a fast way to recap on what they need to know to get through the exams with ease. Styled in an easy-to-follow, readily accessible format, each book is prepared by senior medical students or junior doctors - under faculty supervision - to give them the correct level of information perfectly tailored to current curricula requirements. The series now includes improved pedagogic features and a fully revised self-assessment section, updated to meet current examination needs
Online resource; title from PDF title page (EBSCO, viewed October 1, 2018)
Includes bibliographical references and index
Front Cover; Crash Course: Pharmacology; Copyright; Series editor foreword; Prefaces; Acknowledgements; Contents; Chapter 1: Introduction to pharmacology; Molecular basis of pharmacology; What is pharmacology?; Drug names and classification; How do drugs work?; Transport systems; Ion channels; Carrier molecules; Enzymes; Receptors; Receptors directly linked to ion channels; G-protein linked receptors; Molecular structure of the receptor; G-proteins; Targets for G-proteins; Adenylyl cyclase/cAMP system; Phospholipase C/inositol phosphate system; Guanylyl cyclase system
Tyrosine kinase linked receptorsDNA linked receptors; Drug-receptor interactions; Agonists; Antagonists; Competitive antagonists; Non-competitive antagonists; Receptor reserve; Potency; Pharmacokinetics; Administration; Topical; Enteral; Parenteral; Drug absorption; Cell membranes; Size; pH; Drug distribution; Drug metabolism; Sites of metabolism; Phase 1 metabolic reactions; Oxidation; Reduction; Hydrolysis; Phase 2 metabolic reactions; Factors affecting metabolism; Overdose; Drug excretion; Renal excretion; Gastrointestinal excretion; Mathematical aspects of pharmacokinetics; Kinetic order
One-compartment modelModel-independent approach; Adherence; Drug interactions and adverse effects; Drug interactions; Pharmacodynamic interactions; Pharmacokinetic interactions; Adverse effects; Drug history and drug development; Drug history; Drug development; Chapter 2: Cardiovascular system; The heart; Basic concepts; Cardiac rate and rhythm; Cardiac action potential; Non-nodal cells; Nodal cells; Autonomic control of the heart; Cardiac contractility; Cardiac dysfunction and treatment; Congestive cardiac failure; Extrinsic cardiac compensation; Intrinsic cardiac compensation
880-01ContraindicationsAdverse effects; Class Ib; Mechanism of action; Route of administration; Indications; Contraindications; Adverse effects; Class Ic; Mechanism of action; Route of administration; Indications; Contraindications; Adverse effects; Class II; Class III; Mechanism of action; Route of administration; Indications; Contraindications; Adverse effects; Class IV; Other antiarrhythmics; Adenosine; Mechanism of action; Route of administration; Indications; Contraindications; Adverse effects; Angina pectoris; Antianginal drugs; Organic nitrates; Mechanism of action; Route of administration
The (printed) 'Updated Edition' now comes with added value access to the complete, downloadable eBook version via Student Consult.ïŽ Search, read and revise whilst on the move and use the interactive self-assessment to test your understanding.ïŽ Crash Course - a more flexible, practical learning package than ever before. Covering all aspects of the syllabus, Crash Course offers students a fast way to recap on what they need to know to get through the exams with ease. Styled in an easy-to-follow, readily accessible format, each book is prepared by senior medical students or junior doctors - under faculty supervision - to give them the correct level of information perfectly tailored to current curricula requirements. The series now includes improved pedagogic features and a fully revised self-assessment section, updated to meet current examination needs
- Access-restricted-item
- true
- Addeddate
- 2021-05-17 15:01:00
- Associated-names
- Page, Clive P, faculty advisor; Horton-Szar, Daniel, series editor
- Boxid
- IA40112804
- Camera
- USB PTP Class Camera
- Collection_set
- printdisabled
- External-identifier
-
urn:oclc:record:987005115
- Foldoutcount
- 0
- Identifier
- pharmacology0000batt_c2k5
- Identifier-ark
- ark:/13960/t1vf7wq7h
- Invoice
- 1652
- Isbn
- 9780723438892
0723438897
- Ocr
- tesseract 5.0.0-alpha-20201231-10-g1236
- Ocr_detected_lang
- en
- Ocr_detected_lang_conf
- 1.0000
- Ocr_detected_script
- Latin
- Ocr_detected_script_conf
- 0.9165
- Ocr_module_version
- 0.0.13
- Ocr_parameters
- -l eng
- Old_pallet
- IA-NS-2000292
- Openlibrary_edition
- OL28560538M
- Openlibrary_work
- OL16652229W
- Page_number_confidence
- 92.46
- Pages
- 254
- Partner
- Innodata
- Pdf_module_version
- 0.0.13
- Ppi
- 360
- Rcs_key
- 24143
- Republisher_date
- 20210517194022
- Republisher_operator
- associate-resa-delfino@archive.org
- Republisher_time
- 358
- Scandate
- 20210510190608
- Scanner
- station33.cebu.archive.org
- Scanningcenter
- cebu
- Scribe3_search_catalog
- isbn
- Scribe3_search_id
- 9780723438519
- Tts_version
- 4.4-initial-129-g57db8e10
- Full catalog record
- MARCXML
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