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General Pharmacology and Pharmacokinetics: From Molecule to Patient
From 71 C$ /h
This comprehensive course offers you an in-depth mastery of the fundamentals of pharmacology, from drug discovery to clinical use.
In the program :
- Drug development: From research to clinical trials (phases I to IV)
- Pharmacokinetics (ADME): Absorption, Distribution, Metabolism, Elimination - Understand the fate of the drug in the body
- Key parameters: Bioavailability, distribution volume, clearance, half-life, AUC
- Pharmacodynamics: Mechanisms of action and therapeutic targets (receptors, ion channels, enzymes, transporters)
- Metabolism: Cytochromes P450, enzyme induction/inhibition, first-pass effect
- Factors of variability: Pharmacogenetics, drug interactions, renal and hepatic insufficiency
- Pharmacovigilance: Classification and management of adverse effects
Goals :
- Master essential pharmacokinetic concepts and calculations
- Understanding the mechanisms of action of medications
- Identify the factors influencing the therapeutic response
- Adjust dosages according to clinical situation
In the program :
- Drug development: From research to clinical trials (phases I to IV)
- Pharmacokinetics (ADME): Absorption, Distribution, Metabolism, Elimination - Understand the fate of the drug in the body
- Key parameters: Bioavailability, distribution volume, clearance, half-life, AUC
- Pharmacodynamics: Mechanisms of action and therapeutic targets (receptors, ion channels, enzymes, transporters)
- Metabolism: Cytochromes P450, enzyme induction/inhibition, first-pass effect
- Factors of variability: Pharmacogenetics, drug interactions, renal and hepatic insufficiency
- Pharmacovigilance: Classification and management of adverse effects
Goals :
- Master essential pharmacokinetic concepts and calculations
- Understanding the mechanisms of action of medications
- Identify the factors influencing the therapeutic response
- Adjust dosages according to clinical situation
Location
Online from Tunisia
About Me
Hospital Pharmacist - University Hospital Assistant, I specialize in Clinical Pharmacology and hold a Master's degree in Analytical Drug Development.
My professional practice is guided by a constant commitment: to optimize the pharmaceutical care of the patient by securing and personalizing the use of medications, for maximum effectiveness and safety.
My expertise covers a wide range of skills, which I put at your service:
- Clinical Pharmacology and Appropriate Use of Medicines: As an expert in Therapeutic Drug Monitoring (TDM), I use population pharmacokinetic (PopPK) approaches and Bayesian methods for personalized dosage adjustments. I also have strong knowledge of pharmacovigilance and pharmacogenetics (PGx).
- Analytical Methods by HPLC: Specialist in the development and validation of analytical methods in HPLC coupled with UV, FLUO (FLD) and Mass Spectrometry (MS/MS) detectors.
- Antibiotic Therapy and Infectious Risk Management: Trained in WHO programs in Antimicrobial Stewardship, I master the strategies for optimizing antibiotic therapy to combat resistance to anti-infectives.
- Clinical Pharmacy: As a clinical pharmacy practitioner, I provide level 3 pharmaceutical care, patient-centered and integrated with medical teams.
- Medical and Academic Writing: As an Elsevier Certified Proofreader, I support you in your scientific and medical writing projects with recognized editorial rigor.
My professional practice is guided by a constant commitment: to optimize the pharmaceutical care of the patient by securing and personalizing the use of medications, for maximum effectiveness and safety.
My expertise covers a wide range of skills, which I put at your service:
- Clinical Pharmacology and Appropriate Use of Medicines: As an expert in Therapeutic Drug Monitoring (TDM), I use population pharmacokinetic (PopPK) approaches and Bayesian methods for personalized dosage adjustments. I also have strong knowledge of pharmacovigilance and pharmacogenetics (PGx).
- Analytical Methods by HPLC: Specialist in the development and validation of analytical methods in HPLC coupled with UV, FLUO (FLD) and Mass Spectrometry (MS/MS) detectors.
- Antibiotic Therapy and Infectious Risk Management: Trained in WHO programs in Antimicrobial Stewardship, I master the strategies for optimizing antibiotic therapy to combat resistance to anti-infectives.
- Clinical Pharmacy: As a clinical pharmacy practitioner, I provide level 3 pharmaceutical care, patient-centered and integrated with medical teams.
- Medical and Academic Writing: As an Elsevier Certified Proofreader, I support you in your scientific and medical writing projects with recognized editorial rigor.
Education
- National Diploma of Specialist in Hospital and Industrial Pharmacy: Pharmacology.
- Master's degree: analytical drug development.
- National diploma of doctor of pharmacy.
- Master's degree: analytical drug development.
- National diploma of doctor of pharmacy.
Experience / Qualifications
General and clinical pharmacology, therapeutic drug monitoring, pharmacogenetics, pharmacovigilance, management of anti-infectives.
Age
Adults (18-64 years old)
Student level
Intermediate
Advanced
Duration
60 minutes
The class is taught in
French
English
Arabic
Skills
Availability of a typical week
(GMT -04:00)
New York
Mon
Tue
Wed
Thu
Fri
Sat
Sun
00-04
04-08
08-12
12-16
16-20
20-24
This course offers a clear and structured introduction to pharmacology, with an emphasis on the drug itself.
In the program :
- Definition and history: From Paracelsus to modern pharmacology
- The drug: legal definition, composition (active ingredient + excipient), pharmaceutical forms and categories
- Routes of administration: enteral (oral, sublingual, rectal) and parenteral (IV, IM, SC, etc.)
- Fate of the drug (Pharmacokinetics): absorption, distribution, metabolism (phases I and II) and elimination (renal, biliary)
- Variations in sensitivity: age, sex, pathological condition, genetics (slow/fast metabolizers)
- Allergies and poisonings: immunological mechanisms (types I to IV), tolerance and drug dependence
Goals :
- Master the basics of general pharmacology
- Understanding the composition and different forms of medicines
- To understand the administrative channels and their specific characteristics
- To understand the factors influencing the response to medications
In the program :
- Definition and history: From Paracelsus to modern pharmacology
- The drug: legal definition, composition (active ingredient + excipient), pharmaceutical forms and categories
- Routes of administration: enteral (oral, sublingual, rectal) and parenteral (IV, IM, SC, etc.)
- Fate of the drug (Pharmacokinetics): absorption, distribution, metabolism (phases I and II) and elimination (renal, biliary)
- Variations in sensitivity: age, sex, pathological condition, genetics (slow/fast metabolizers)
- Allergies and poisonings: immunological mechanisms (types I to IV), tolerance and drug dependence
Goals :
- Master the basics of general pharmacology
- Understanding the composition and different forms of medicines
- To understand the administrative channels and their specific characteristics
- To understand the factors influencing the response to medications
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