Abstract

Quality Control Analytical Methods: Endotoxins: Essential Testing for Pyrogens in the Compounding Laboratory, Part 1

Author(s): Dubczak John, Latta Kenneth S, Hedman Hilary, Smith Donald R

Issue: Sep/Oct 2010 - Supporting Quality Pharmaceutical Compounding World Wide

Page(s): 407-414

Download in electronic PDF format for $75
  • Quality Control Analytical Methods: Endotoxins: Essential Testing for Pyrogens in the Compounding Laboratory, Part 1 Page 1
  • Quality Control Analytical Methods: Endotoxins: Essential Testing for Pyrogens in the Compounding Laboratory, Part 1 Page 2
  • Quality Control Analytical Methods: Endotoxins: Essential Testing for Pyrogens in the Compounding Laboratory, Part 1 Page 3
  • Quality Control Analytical Methods: Endotoxins: Essential Testing for Pyrogens in the Compounding Laboratory, Part 1 Page 4
  • Quality Control Analytical Methods: Endotoxins: Essential Testing for Pyrogens in the Compounding Laboratory, Part 1 Page 5
  • Quality Control Analytical Methods: Endotoxins: Essential Testing for Pyrogens in the Compounding Laboratory, Part 1 Page 6
  • Quality Control Analytical Methods: Endotoxins: Essential Testing for Pyrogens in the Compounding Laboratory, Part 1 Page 7
  • Quality Control Analytical Methods: Endotoxins: Essential Testing for Pyrogens in the Compounding Laboratory, Part 1 Page 8

Abstract

Inadvertent exposure to endotoxins administered intravenously, intramuscularly, or intrathecally can cause a constellation of adverse effects that range from fever to multiple organ failure and death. Pharmacists who compound sterile formulations must remain exceptionally vigilant to guard against the contamination of such preparations with those pyrogens. Fortunately, endotoxin screening analyses are available for onsite use or from contract testing laboratories, and both options offer accurate, repeatable, and timely results. The volume of sterile compounding performed, the need for immediate results, and cost often dictate the compounder’s choice of endotoxin testing. In this first of a 3-part series, we summarize the evolution of pyrogen screening and explain the mechanisms of two endotoxin test kits that provide valid results on site. A table comparing those kits is presented for easy reference. In part 2 of the series, additional endotoxin test kits will be compared, and contract laboratory pyrogen testing will be profiled. In part 3, a simplified endotoxin test method for compounded sterile products will be presented.

Related Keywords

Related Categories

Printer-Friendly Version

Related Articles from IJPC

Issue/Page
View/Buy
Title/Author
(Click for Abstract / Details / Purchase)
Sep/Oct 2010
Pg. 407-414
Jan/Feb 2011
Pg. 49-54
Author(s): Cooper James F
Nov/Dec 2010
Pg. 493-506
Jul/Aug 2013
Pg. 307-311
Author(s): McElhiney Linda F
Jul/Aug 2010
Pg. 317-320
Author(s): Dawson Michael E
Jan/Feb 2006
Pg. 36-39
Author(s): Dawson Michael F
Jul/Aug 2019
Pg. 299-303
Author(s): Allen Loyd V Jr
May/Jun 2017
Pg. 193-203
Author(s): Mixon William, Roth Abby
May/Jun 2015
Pg. 215-221
Author(s): Akers Michael J
Jan/Feb 2005
Pg. 47-49
Author(s): Kupiec Thomas C
Nov/Dec 2021
Pg. 491-496
Author(s): Allen Loyd V Jr
May/Jun 2014
Pg. 213-221
Sep/Oct 2015
Pg. 383-386
Author(s): Donnelly Ronald F
Sep/Oct 2009
Pg. 412-418
Author(s): Zolner William J
Mar/Apr 2005
Pg. 136-138
Author(s): Kupiec Thomas C
Jul/Aug 2006
Pg. 281-284
Author(s): Zolner William J
Jul/Aug 2014
Pg. 305-310
Jul/Aug 2020
Pg. 299-303
Author(s): Taylor Andrew
Mar/Apr 2015
Pg. 121-124
Author(s): Akers Michael J
May/Jun 2021
Pg. 211-216
Author(s): Mulder Kyle