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ERASMUS - Pharmacology - CERA0P0039
Title: ERASMUS - Farmakologie
Guaranteed by: Department of Pharmacology 3FM CU (12-FARM)
Faculty: Third Faculty of Medicine
Actual: from 2017
Semester: winter
Points: 4
E-Credits: 4
Examination process: winter s.:
Hours per week, examination: winter s.:0/0, C(+Ex) [HT]
Capacity: unknown / unknown (unknown)
Min. number of students: unlimited
4EU+: no
Virtual mobility / capacity: no
Key competences:  
State of the course: taught
Language: English
Teaching methods: full-time
Teaching methods: full-time
Level:  
Additional information: http://www.lf3.cuni.cz/farmakologie/index.html
Guarantor: prof. MUDr. Jan Bultas, CSc.
doc. PharmDr. Magdaléna Šustková, CSc.
Classification: Medicine > Basic Sciences
Examination dates   Schedule   
Annotation -
Last update: prof. MUDr. Miloslav Kršiak, DrSc. (03.10.2014)
Annotation General Pharmacology is taught as a separate subject (CVSE3P0012) in the winter semester of the 3rd section of study. Pharmacology of particular classes of drugs is taught in corresponding problem-based courses in the summer semester of the 3rd section of study and in both semesters of the 4th section of study. Students are trained in finding solid drug informations in drug databases, to solve pharmacological aspects in selected case studie,and also to practice precription writing.
Aim of the course -
Last update: prof. MUDr. Miloslav Kršiak, DrSc. (03.10.2014)

Aims of the subject
The aim of pharmacology teaching is to learn students to select a convenient drug for a particular clinical problem with respect to pharmacological properties of the drug (e.g. its mechanism of action, adverse effects, kinetics, interactions, cost). The additional aim is to gain a good practice in using electronic drug databases, sources of EBM (Evidence Based Medicine) and in prescription writing.

Literature -
Last update: prof. MUDr. Miloslav Kršiak, DrSc. (03.10.2014)

Literature
Recommended textbook: Pharmacology - H. P. Rang, et al. 6th or 7th ed. Churchill Livingstone, 2007 or 2011.
Additional texts convenient for a suplementary reading are given at CVSE3P00121.

Teaching methods -
Last update: prof. MUDr. Miloslav Kršiak, DrSc. (03.10.2014)

Methods of teaching
Teaching of pharmacology in the courses of the Module IIC takes place mostly in a practical room of Department of Pharmacology. The room is equipped with 16 computer stations for students and a data display (see Databases, software and computers available to students in the pharmacology practical room (No. 523, Ruská 87) in <http://old.lf3.cuni.cz/farmakologie/databases.htm>)

Requirements to the exam -
Last update: prof. MUDr. Miloslav Kršiak, DrSc. (03.10.2014)

Topics (questions) for pharmacology examinations  (Erasmus students)

 

Erasmus students who  wish to be examined from General pharmacology only, should follow instructions given at Student Information System (SIS), subject General Pharmacology (CVSE3P0012).

 

Erasmus students who  wish to be examined from the whole Pharmacology:

 

First they have to gain credit from General Pharmacology (CVSE3P0012). They should study the whole pharmacogy from recommended textbooks (given at SIS, e. g. Rang’s et al. Pharmacology)

and  if possible to attend pharmacology lectures/practicals/seminars in courses CVSE3P009-10, CVSE4P0022-28) run in the III. and IV. section of Cycle II.

 

It is recommended to set the term for oral examination from the whole pharmacology individually with the examiner (prof. Kršiak or prof. Bultas).

At the oral examination from the whole pharmacology:

Students select randomly one pharmacological topic and four drug names from a list given below. After 15-20 min for preparation students report (orally) on the selected topic and drugs, answer additional questions (ad hoc) and discuss pharmacology with the examiner. Students should first of all understand well mechanisms of actions of drugs in question and should have an excellent orientation in important drugs. 

 

Students should acquire a good orientation in pharmacology, to understand general pharmacological principles and to appreciate the pharmacology of the main classes of drugs (mechanisms of actions). The knowledge of trade names [proprietary names] of drugs will not be required. On the other hand, ignorance of non-proprietary names of drugs of primary importance* can greatly contribute to the failure at the examination.  Dosage is not required.

 

*(please note the names printed bold  in the list of drug names given below)

 

1.              Drugs - drug names, drug regulation, FDA, SPC

2.              Routes of drug administration, first-pass effect

3.              Absorption of drugs, bioavailability

4.              Distribution of drugs, volume of distribution

5.              Drug biotransformation, enzyme induction

6.              Elimination of drugs, excretion of drugs, enterohepatic circulation

7.              Pharmacokinetic variables: volume of distribution, clearance, half-life

8.              Clinical relevance of pharmacokinetic variables: half-life, volume of distribution, clearance

9.              Transfer of drugs across membranes

10.          Major sites of action of drugs: receptors, enzymes, ion channels, transporters

11.          Drug- receptor interactions: drug agonists, antagonists

12.          Ligand-gated channels, G proteins, second messengers

13.          Relation between drug dose & response, LD50, ED50, therapeutic index

14.          Half-life and the time required to reach steady state after a repeated administration

15.          Tolerance, tachyphylaxis

16.          Drug interactions

17.          Drug allergy, anaphylactic shock, bronchospasm, skin reactions

18.          Teratogenic effects of drugs

19.          Prescribing for the elderly, dosage in children

20.          Adverse drug reactions, serious ADRs, reporting ADRs

21.          Pre-clinical evaluation of new drugs

22.          Clinical evaluation of new drugs

23.          Therapeutic drug monitoring (TDM). Sources of drug information

 

1.      Antihypertensive agents

2.      Diuretics

3.      Beta-adrenergic antagonists [beta-blockers]

4.      Calcium channel blockers

5.      ACE inhibitors and angiotensin II inhibitors

6.      Centrally acting antihypertensive agents, alfa -adrenoceptor-blocking agents

7.      Drugs used to treat angina pectoris

8.      Nitrates

9.      Vasodilatators

10. Positive inotropic drugs and sympathomimetic drugs used in the treatment of cardiovasculars disorders

11. Positive inotropic drugs

12. Antiarrhytmic drugs

13. Antihistamines

14. Ergot alkaloids

15. Polypeptides

16. Eicosanoids , prostaglandins

17. Drugs used in asthma

18. Bronchodilators

19. Expectorants

20. Antitussives

21. Anxiolytic agents

22. Benzodiazepines

23. Sedative-hypnotics

24. Ethanol

25. Antiepileptic drugs

26. General anesthetics

27. Local anesthetics

28. Skeletal muscle relaxants

29. Drugs for Parkinson's disease

30. Antipsychotic agents (neuroleptics)

31. Phenothiazines

32. Lithium

33. Antidepressant agents

34. Opioid analgesics & antagonists

35. Nonopioid analgesics

36. Antimigraine drugs

37. Drugs of abuse

38. Agents used in anemias

39. Anticoagulant drugs & their antagonists

40. Fibrinolytic drugs, antiplatelet drugs

41. Agents used in hyperlipidemia . Plasma substitutes, hemostatics.

42. Non-steroidal antiinflamatory drugs

43. Drugs used in gout

44. Hypothalamic & pituitary hormones

45. Thyroid & antithyroid drugs

46. Corticosteroids

47. Gonadal hormones & inhibitors

48. Contraceptives

49. Pancreatic hormones & antidiabetic drugs

50. Drugs affecting bone metabolism

51. Penicillins

52. Basic penicillins

53. Broad spectrum penicillins

54. Cephalosporins

55. Antibiotics against Staphylococcus

56. Tetracyclines

57. Aminoglycosides

58. Macrolides

59. Antimycobacterial drugs

60. Sulfonamides and trimethoprim

61. Antifungal agents

62. Chemotherapy of urinary tract infections

63. Treatment of trichomoniasis, Antimalarial agents

64. Antiviral agents

65. Antihelmintic drugs , ectoparasiticides

66. Cancer chemotherapy

67. Immunosuppressive and immunomodulating agents

68. Chelators

69. Drugs used in glaucoma therapy

70. Dermatologic agents

71. Drugs used in rhino- and laryngology

72. Drugs used in dermatology

73. Drugs used in the treatment for acne

74. Topical corticosteroids

75. Drugs used in gastrointestinal disease

76. Drugs used in acid-peptic disease

77. Antiemetics

78. Laxatives

79. Antidiarrheal agents

80. Spasmolytic agents and spasmoanalgesics

81. Vitamins

82. Disinfectants and antiseptics

83. Calcium, magnesium, potassium, sodium, fluor

84. Homeopathy

85. Drugs used in the obesity treatment

86. Uterotonics, tocolytic agents

87.     Specific antidotes used in management of the poisoned patient

 

Drugs  selected for examinations: (altogether 200 drugs: all [124] of primary importance + 76 additional drugs from the "List of some important and commonly used drugs")

 

acetylsalicylic acid

aciclovir

adrenaline (epinephrine)

akarbose

alendronate

allopurinol

alprazolam

alteplase

aluminium hydroxide

amiloride

aminophylline

amiodarone

amitriptyline

amlodipine

amoxicillin

amphetamine

ampicillin

ascorbic acid

atenolol

atorvastatin

atropine

azithromycin

beclomethasone

benzatropine

benzylpenicillin

betahistine

betaxolol

budesonide

buprenorfin

calcitonin

calcium

carbamazepine

carbamazepine

carbimazole

carbo activatus (carbo medicinalis)

celecoxib

cetirizine

ciprofloxacin

cisplatin

citalopram

clarithromycin

clavulanic acid

clotrimazole

clozapine

codeine

co-trimoxazole [sulfamethoxazole + trimethoprim]

cyclosporine

cyklophosphamide

dextromethorphan

diazepam

diclofenac

digoxin

diltiazem

dipyrone

dobutamine

dopamine

doxorubicin

doxycycline

enalapril

enoxaparine

erythromycin

erythropoietin

ezetimibe

famotidine

felodipine

fenofibrate

fentanyl

ferrous sulfate

finasteride

flumazenil

fluor

fluoxetine

formoterol

furosemide

gabapentin

gentamicin

glimepiride

glipizide

glucose

glyceryl trinitrate (nitroglycerin)

guaifenesine

haloperidol

halothane

heparin

heroin

hydrocortisone

hydrochlorothiazide

hydroxocobalamin

chloramphenicol

chloroquine

chlorpromazine

chlorthalidone

ibuprofen

imatinib

imipramine

indapamide

insulin 

ipratropium

isoflurane

isoniazid

isosorbide mononitrate

ivabradine

ketoconazole

lactulose

levonorgestrel

levodopa (+ carbidopa)

levothyroxine

lidocaine

lisinopril                

lithium

loperamide

loratadine

losartan

magnesium

magnesium hydroxide

mannitol

MDMA ("ecstasy")

medroxyprogesterone

metformin

methotrexate

methylamfetamine ("Pervitin")

metoclopramide

metoprolol

metronidazole

moclobemide

montelukast

morphine

mupirocin

naloxone

naproxen

neomycin+bacitracin

nimesulide

nitrous oxide

noradrenaline

oestradiol

ofloxacin

olanzapine

omeprazole

ondansetron

orlistat

oxytocin

paracetamol (acetaminophen)

paclitaxel

perindopril

pethidine

phenoxymethylpenicillin

phenytoin

physostigmine

potassium chloride

prednisone

procaine

progesterone

propafenon

propofol

protamine

pyrvinium

ramipril

ranitidine

rifampicin

rilmenidine

risperidone

rituximab

rivastigmine

rosiglitazone

salbutamol

salmeterol

selegiline

sertraline

sibutramine

sildenafil

simvastatin

sodium chloride

sodium picosulphate

sodium valproate

spironolactone

streptokinase

streptomycin

succinylcholine

sulfasalazine

sumatriptan

tacrolimus

tamoxifen

tamsulosin

terbinafine

testosterone

tetrazepam

theophylline

thiopental

ticlopidine

timolol

tramadol

tretinoin

valproate

vancomycin

verapamil

vitamin D

vitamin K

warfarin

zidovudine

zolpidem

 

Syllabus -
Last update: prof. MUDr. Miloslav Kršiak, DrSc. (03.10.2014)

Syllabus
Please see at CVSE3P0012, CVSE3P009-10 and CVSE4P0022-28

Entry requirements -
Last update: prof. MUDr. Miloslav Kršiak, DrSc. (03.10.2014)

Requirements for the study of the subject
A successful completion of the course General Pharmacology (CVSE3P0012).

 
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