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1. Rea E., Upshur R. Semmelweis revisited: the ethics of infection prevention among health care 
workers. CMAJ, 2001; 164 (10):1447- 1448.
2. Gallaguer R. Infection control: public health, clinical effectiveness and education.
Br J Nurs., 1999;8(18):1212-14. 
3. Pannuti CS, Grinbaum RS. An overview of nosocomial infection control in Brazil. Infect Control Hosp 
Epidemiol. 1995 Mar;16(3):170-4.
4. ANVISA. Curso Básico de Controle de Infecção Hospitalar. Brasília, 2000.
5. Hoeffel et al. Controle e prevenção de infecções – custos e economia. Jan., 2005. 
http://www.cih.com.br/custos.htm#l1
6. Beggs CB. The airborne transmition of infection hospital buildings: fact or fiction? Indoor and Built 
Environment, 2003;12:9-18.
7. Beggs CB. Engineering the control of airborne pathogens. School of Civil Engineering, University of 
Leeds, Leeds LS2 9JT, UK. 
8. Zavascki AP, Cruz RP, Goldani LZ. Risk factors for imipenem-resistant Pseudomonas aeruginosa: a 
comparative analysis of two case–control studies in hospitalized patients. Journal of Hospital 
Infection,2005;59(2):96-101.
9. Sader HS, Gales AC, Pfaller MA, Mendes RE, Zoccoli C, Barth A, Jones RN. Pathogen frequency and 
resistance patterns in brazilian hospitals: summary of results from three years of the SENTRY 
antimicrobial surveillance program. Braz J Infect Dis vol.5 no.4 Salvador Aug. 2001.
10. Trindade, P. A., McCulloch, J.A., Oliveira, G.A., Mamizuka, E.M. Molecular Techniques for MRSA 
Typing: Current Issues and Perspectives. The Brazilian Journal of Infectious Diseases., 2003;7(1):32-
43 
11. Beck-Sague C, Jarvis WR. Secular trends in the epidemiology of nosocomial fungal infections in the 
United States. 1980-1990. National Nosocomial Infections Surveillance System. J Infect Dis. 
1993;167:1247-1251.
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infections. Mycoses., 2004;47(7):263-76.
13. Warris A, Voss A, verwij PE., Hospital sources of Aspergillus species: New routes of transmission? 
Rev Iberoam Mocol, 2001, 18:156-162.
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Medicine, 2000; 61: 610-614.
15. Brochura médica de divulgação medicamento V-Fend da Pfizer - 2004.
16. Lacerda RA. Infecções Hospitalares no Brasil. Tese de Doutorado, USP – Departamento de 
Enfermagem, 1995.
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National Nosocomial Surveillance system methods in Brazilian hospitals. Am J Infect Control., 1997; 
25(4):303-11.
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Hyperthermia. 2004 Mar;20(2):115-30.
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20. Consulta Pública 109 / 2003

Efficient:

 

 

 Airfree is tested in real working environments with people in them 

by credible ISO 17025 independent laboratories and universities in several 
countries.Airfree destroys any microorganism such as mold spores, bacteria, 
viruses, and dust mite allergens when passing through its patented high 
efficiency thermo dynamic sterilizing ceramic core known as ThermoDyn 
regardless of how hazardous and small they might be.

Silent:

 

No sound emission.

Exclusive: 

Airfree uses just heat ThermoDyn technology to destroy and 

incinerate airborne microorganisms. No fiber glass filters, triclosan coated 
paper or any kind of material that can be harmful to 
those operating or  wasting it. 

Ozone Reduction:

Airfree exclusive 

ThermoDyn technology is the only 
one reducing  ozone while 
destroying microorganisms.

Economic:

 

Airfree model 

electric consumption is lower 
that a 50W light bulb.  No 
replacement parts required like 
filters that may cost hundreds of 
dollars a year.

Easy Installation: 

Just place 

Airfree on the floor and plug it into 
the nearest electric outlet. No need for 
maintenance or special cleaning. 

®

Bibliographical References 

Healthier

Healthier

Airfree P models

Содержание Babyair P80

Страница 1: ...Everything for hospitals Everything for hospitals A I R P U R I F I E R S Healthy Healthy Environment ...

Страница 2: ...t surgical staff members can liberate between 1 500 to 50 000 bacteria per minute and those pathogens may stay in suspension in the air for long periods of time Studies reveal that 80 to 90 of all surgical wound infections are related to bad air quality and that cleaner air translates into in lower infection risk Studies on hospital acquired infections began more than 150 years ago with Ignaz Semm...

Страница 3: ...death especially due to the difficulty in diagnosing it The daily therapy cost is extremely high over 701 resulting in an average therapy cost of 9 814 per patient The therapy cost of just one invasive Aspergillosis patient is approximately equivalent to 60 Airfree units considering a 70 kg patient Approximate cost of AWP of Lamb is US 188 per 50 mg vial Typical dose is 5 0 mg kg day Estimated dai...

Страница 4: ...ests in real life conditions performed by ISO 17025 certified independent laboratories Airfree airborne bacterial and fungal charge reduction in the environment is close to 90 Airfree reduces toxic Ozone as well The extraordinary efficiency of patented Airfree technology combines excellent thermo dynamics in conjunction with the high efficiency of its ceramic core that captures and incinerates air...

Страница 5: ...ospital sources of Aspergillus species New routes of transmission Rev Iberoam Mocol 2001 18 156 162 14 Richardson MD Ellis M Clinical and laboratory diagnosis of systemic fungal infection Hospital Medicine 2000 61 610 614 15 Brochura médica de divulgação medicamento V Fend da Pfizer 2004 16 Lacerda RA Infecções Hospitalares no Brasil Tese de Doutorado USP Departamento de Enfermagem 1995 17 Starlin...

Страница 6: ... day test www airfree com Test realized by SGS Natec Germany Test M00 4990 Efficiency Test microorganism reduction 1st day Completely moldy Independent Laboratory ISO 17025 Protected against mold infestation Environment Environment with Airfree without Airfree Total microorganisms counting Oct Oct Oct Oct Oct Sep Sep Sep Sep Airfree Switched On Airfree Switched Off A I R P U R I F I E R S test mad...

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