humanfactors&infec1onprevenonandcontrol claire&kilpatrick...

Human Factors & Infec1on Preven1on and Control Claire Kilpatrick, Jules Storr, Neil Wigglesworth

A Webber Training Teleclass

Hosted by Paul Webber [email protected] www.webbertraining.com

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Recommended reading • Anderson J, Gosbee LL, Bessesen M, Williams L (2010) Using human factors engineering to improve the effectiveness of

infection prevention and control. Crit Care Med. Aug;38(8 Suppl):S269-81. • Catchpole K (2013) Spreading human factors expertise in healthcare: untangling the knots in people and systems. Quality and

Safety in Healthcare; 0:1-5. doi:10.1136/bmjqs-2013-002036 • Flin R, Winter J, Sarac C, Raduma M (2009) Human Factors in Patient Safety Review of Topics and Tools: Report for Methods

and Measures Working Group of WHO Patient Safety. WHO • Gurses AP, Ant Ozok A, Pronovost PJ (2012) Time to accelerate integration of human factors and ergonomics in patient safety.

BMJ Qual Saf; 21: 347-51 • Michie S, van Stralen MM, West R (2011) The behaviour change wheel: a new method for characterising and designing

behaviour change interventions. Implement Sci. Apr 23;6:42. • Moray N (2000) Culture, politics and ergonomics. Ergonomics, 43, 858-868 • Patterson JE, Malani PN, Maragakis LL (2010) Infection control in the intensive care unit: Progress and challenges in systems

and accountability. Critical Care Medicine; 38(8) suppl S265-8. • Reason (2000) Human Error: models and management. BMJ; 320:768 • Russ AL, Fairbanks RJ, Karsh B-T, Militello LG, Saleem JL, Wears RL (2013) The science of human factors: separating fact from

fiction. Quality and Safety in Healthcare; 00, 1-7.doi:10.1136/bmjqs-2012-001450 • Storr J, Wigglesworth N, Kilpatrick C (2013) Integrating Human Factors with Infection Prevention and Control. A Health

Foundation Thought Paper • Vincent C (2003) Understanding and responding to adverse events New England Journal of Medicine 348;11. 1051-1056 • Ward D J (2012) Attitudes towards infection prevention and control: an interview study with nursing students and nurse mentors

BMJ Qual Saf 2012;21:301-306 • Watterson P (2009) A critical review of the systems approach within patient safety research. Ergonomics; 52(10): 1185-1195

http://www.webbertraining.com/schedulep1.php

March 31 (FREE Teleclass - Broadcast Live from the German Hospital Hygiene Society Conference) INFECTION PREVENTION IN HIGH AND MIDDLE INCOME COUNTRIES Bruce Gamage of Canada, Dr. Pierre Parneix of France, and Prof. Dr. Li Han of China

April 3 HOW TO BRIDGE THE GAP BETWEEN KNOWLEDGE AND PRACTICE Gertie van Knippenberg-Gordebeke, APIC International Section, Netherlands

April 8 (Free British Teleclass ... Denver Russell Memorial Teleclass Lecture) ANTIBACTERIAL EFFICACY OF ATMOSPHERIC PRESSURE NON-THERMAL PLASMA Dr. Brendan Gilmore, Queen’s University Belfast

April 9 (FREE … WHO Teleclass - North America) HIGHLIGHTS ON SURGICAL SITE PREVENTION: THE NEW CDC GUIDELINES (AND MORE) Dr. Joseph Solomkin, University of Cincinnati College of Medicine, USA

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Patron Sponsors

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Major research and policy interests for CREM are:Treatment and disinfection of water for drinking:

Microbiological quality of potable and recreational

waters:

Survival and inactivation of foodborne pathogens:

Antibiotic and germicide resistance:

Standard methods:

New models for water disinfection; comparative disinfection kinetics; low cost solutions for field use; point-of-use devices; appropriate technologies for developing countries.

Microbial fate and transport; rapid detection of pathogens; microbial indicators of water quality; sources of contamination; effects of stressors and competition on survival of pathogens in water; biofilms and their control; novel methods for testing chronic aquatic toxicity.

Pathogen survival on fruit, vegetables and dairy products; decontamination in processing facilities; rapid methods for detection; safety of food preservation and presentation techniques, including modified atmosphere packaging; irradiation of foods to inactivate pathogens; guidelines for preventing spread of foodborne infections.

Evaluating antibiotic and germicide resistance in bacteria; environmental pressures for development of such resistance.

Development of standardized protocols; organization of collaborative studies of test methods; their presentation to standards-setting bodies for consideration; participation in standards-setting organizations - AOAC International, ASTM International, Canadian General Standards Board (CGSB), Canadian Standards Assoc. (CSA), Comité Européen de Normalisation (CEN), NSF International and the International Organization for Standards (ISO).

Envi ronmenta l surv iva l o f pathogens: Development and application of quantitative methods to study the influence of environmental factors on the ability of pathogens to survive on porous and non-porous materials indoors.

Biomedical waste treatment modalities:

Survival and transport of pathogens and micro-

bial indicators in wastewaters and soils:

Role of air in spread of infections:

Application of molecular methods to the field of

environmental microbiology:

Handwashing and its role in infection control:

Disinfection & sterilization in health-care:

Physicochemical and biological factors in

inactivation of pathogens:

Review of available technologies; optimization, testing and validation of methods; monitoring tech-niques.

Ground water contamination; efficiency of treatment of point source (sewage) and non-point source (storm water) pollution; application of biosolids to lands.

The role of climatic conditions on the survival of microorgan-isms in aerosols to explain seasonality of disease outbreaks; comparative survival of different pathogens to assess potential for air-borne spread; air quality and sampling; air decontami-nation.

Rapid methods for the isolation, identification and enumeration of viable microorganisms from environmental samples including slow growing organisms such as mycobacteria.

Compliance, protocols, products, prevention of microbial transfer to and from hands; in vitro, ex vivo and in vivo model systems for testing antiseptics.

Safe and effective use of germicides; infection control; reprocessing of medical devices; environmental control; biological indicators for novel systems and processes; formulations safe for human health and the environment.

Environmental fate; disinfection; validation of industry processes in the pharmaceutical, healthcare and allied industries; investigations, development and optimization of novel inactivation processes; interaction of pathogens with microbial communi-ties, including biofilms; understanding the effects of environmental stressors.

Centre for Research onEnvironmental MicrobiologyCentre de recherche enmicrobiologie environmentaleFaculty of MedicineUniversity of Ottawa

451 Smyth Rd.Ottawa, Ontario, Canada K1H 8M5

http://[email protected]

CREMCRME

Major research and policy interests for CREM are:Treatment and disinfection of water for drinking:

Microbiological quality of potable and recreational

waters:

Survival and inactivation of foodborne pathogens:

Antibiotic and germicide resistance:

Standard methods:

New models for water disinfection; comparative disinfection kinetics; low cost solutions for field use; point-of-use devices; appropriate technologies for developing countries.

Microbial fate and transport; rapid detection of pathogens; microbial indicators of water quality; sources of contamination; effects of stressors and competition on survival of pathogens in water; biofilms and their control; novel methods for testing chronic aquatic toxicity.

Pathogen survival on fruit, vegetables and dairy products; decontamination in processing facilities; rapid methods for detection; safety of food preservation and presentation techniques, including modified atmosphere packaging; irradiation of foods to inactivate pathogens; guidelines for preventing spread of foodborne infections.

Evaluating antibiotic and germicide resistance in bacteria; environmental pressures for development of such resistance.

Development of standardized protocols; organization of collaborative studies of test methods; their presentation to standards-setting bodies for consideration; participation in standards-setting organizations - AOAC International, ASTM International, Canadian General Standards Board (CGSB), Canadian Standards Assoc. (CSA), Comité Européen de Normalisation (CEN), NSF International and the International Organization for Standards (ISO).

Envi ronmenta l surv iva l o f pathogens: Development and application of quantitative methods to study the influence of environmental factors on the ability of pathogens to survive on porous and non-porous materials indoors.

Biomedical waste treatment modalities:

Survival and transport of pathogens and micro-

bial indicators in wastewaters and soils:

Role of air in spread of infections:

Application of molecular methods to the field of

environmental microbiology:

Handwashing and its role in infection control:

Disinfection & sterilization in health-care:

Physicochemical and biological factors in

inactivation of pathogens:

Review of available technologies; optimization, testing and validation of methods; monitoring tech-niques.

Ground water contamination; efficiency of treatment of point source (sewage) and non-point source (storm water) pollution; application of biosolids to lands.

The role of climatic conditions on the survival of microorgan-isms in aerosols to explain seasonality of disease outbreaks; comparative survival of different pathogens to assess potential for air-borne spread; air quality and sampling; air decontami-nation.

Rapid methods for the isolation, identification and enumeration of viable microorganisms from environmental samples including slow growing organisms such as mycobacteria.

Compliance, protocols, products, prevention of microbial transfer to and from hands; in vitro, ex vivo and in vivo model systems for testing antiseptics.

Safe and effective use of germicides; infection control; reprocessing of medical devices; environmental control; biological indicators for novel systems and processes; formulations safe for human health and the environment.

Environmental fate; disinfection; validation of industry processes in the pharmaceutical, healthcare and allied industries; investigations, development and optimization of novel inactivation processes; interaction of pathogens with microbial communi-ties, including biofilms; understanding the effects of environmental stressors.

Centre for Research onEnvironmental MicrobiologyCentre de recherche enmicrobiologie environmentaleFaculty of MedicineUniversity of Ottawa

451 Smyth Rd.Ottawa, Ontario, Canada K1H 8M5

http://[email protected]

CREMCRME

humanfactors&infec1onprevenonandcontrol claire&kilpatrick...

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