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Er zijn8resultaten gevonden
Farmacokinetiek en -dynamiek

Dose individualization of Beta-lactam and Ciprofloxacin in ICU patients: To TDM or not to TDM

  • Universiteit Erasmus Medisch Centrum Rotterdam
  • Promovendus Alan Abdulla
  • Promoters Birgit Koch
  • Co-Promoters Rik Endeman Anouk Muller
  • Jaar 2018 - 2022
  • A prospective observational PK/PD to study the target attainment for β-lactam antibiotics in critical ill patients and its associated risk factors.
  • A multi-centre, randomised controlled trial to assess the efficacy and cost-effectiveness of model-based TDM of beta-lactam and fluoroquinolone antibiotics.
Farmacokinetiek en -dynamiek

PK/PD of betalactamantibiotics

  • Universiteit Erasmus Medisch Centrum Rotterdam
  • Promovendus Eveline Roelofsen
  • Promoters Birgit Koch
  • Co-Promoters Brenda de Winter Anouk Muller
  • Jaar 2019 - 2023
  1. Optimasation of the flucloxacillin absorptiontest.
  2. PK modeeling of cefotaxim in critically ill patients.
  3. PK modeling of flucloxacillin in mice.
Farmacokinetiek en -dynamiek

Improving the pharmaceutical care for (liver) transplant recipients

  • Universiteit Erasmus Medisch Centrum Rotterdam
  • Promovendus Midas B. Mulder
  • Promoters Prof. Dr. Herold Metselaar
  • Co-Promoters Dr. B.C.M. de Winter Dr. S. Darwish Murad
  • Jaar 2019 - 2023

Part 1: Optimizing ribavirin therapy in transplant recipients with a chronic hepatitis E virus infection by devoloping a NONMEM model for ribavirin. Part 2: Improving immunosuppressive therapy in liver transplant recipients by performing 2 RCT's in which different immunosuppresive strategies will be compared to modify the tacrolimus related toxicity in this population. Part 3: Evaluate the contribution of an outpatient medication service for liver transplant recipients.

Farmacokinetiek en -dynamiek

Towards precision dosing in psychiatric patients.

  • Universiteit Erasmus Medisch Centrum Rotterdam
  • Promovendus Kajie Liang
  • Promoters prof. dr. Birgit Koch
  • Co-Promoters dr. Bram Dierckx
  • Jaar 2022- 2026
Farmacokinetiek en -dynamiek

A Dried blood spot sampling method for VANcomycin and Creatinine monitoring: Earning higher patient satisfaction and a Decrease in costs in Outpatient Parenteral Antibiotic Therapy service (ADVANCED OPAT)

  • Universiteit Erasmus Medisch Centrum Rotterdam
  • Promovendus Moska Hassanzai
  • Promoters prof. dr. Birgit Koch
  • Co-Promoters dr. Brenda C.M. de Winter Hein van Onzeoort
  • Jaar 2021

Outpatient Parenteral Antimicrobial Therapy (OPAT) service provides antimicrobial therapy by parenteral infusion without hospitalization. Vancomycin is a widely used antibiotic in OPAT, however a drawback of its application in OPAT is the need for traditional blood sampling at a blood sampling facility for therapeutic drug monitoring. By developing a dried blood spot sampling method (i.e. a finger prick), enabling patients to collect their own sample at home, the costs of OPAT may be further reduced and patient satisfaction may be increased. 

Farmacokinetiek en -dynamiek

Exploratory PK/PD study of beta-lactam antibiotics in pediatric intensive care patients

  • Universiteit Erasmus Medisch Centrum Rotterdam
  • Promovendus Stef Schouwenburg
  • Promoters prof. dr. Birgit Koch
  • Co-Promoters Dr. E.D. (Enno) Wildschut Prof. Dr. M. (Matthijs) de Hoog A. (Alan) Abdulla
  • Jaar 2021-2025

 A prospective observational PK/PD to study the target attainment for β-lactam antibiotics in critically ill pediatric patients and associated risk factors.

Farmacokinetiek en -dynamiek

The impact of continuous renal replacement therapy and hyperinflammation on the pharmacokinetics in intensive care unit patients

  • Universiteit Erasmus Medisch Centrum Rotterdam
  • Promovendus Tim Smeets
  • Promoters prof. dr. Birgit Koch prof. dr. Diederik Gommers
  • Co-Promoters dr. Nicole G.M. Hunfeld dr. Henrik Endeman
  • Jaar 2021-2023
  1. To study the impact of inflammation on midazolam pharmacokinetics in critically ill covid-19 patients.
  2. To study the impact of continuous renal replacement therapy on target attainment and pharmacokinetics of drugs in critically ill patients.
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