AB

Bibliografia publikacji pracowników
Państwowej Szkoły Wyższej w Białej Podlaskiej

Baza tworzona przez Bibliotekę Akademii Bialskiej im. Jana Pawła II.


Zapytanie: LEGIONELLA SPP
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Nr opisu: m0.878IF^a998021^b99959940.0000040.000PUNKTACJA KBNPUNKTACJA MINISTERSTWALISTA FILADELFIJSKAIMPACT FACTOR40.000PUNKTACJA UWM^a009998.122^b009959.000^c009999.000^d009959.000201920192019Prevalence of Legionella spp. in hot water samples from Polish hospitals in 2009-201300000367900000001382AOartykuł oryginalny naukowyPUBLIKACJAPEŁNA PUBLIKACJAAAartykuł w czasopiśmie z IF (wykaz MNiSW)AFILIACJA PODANAENGhttps://phmd.pl/resources/html/article/details?id=186504PRACA RECENZOWANA100^a0032-5449^bQ^e1732-2693^fA^hABC^iX^jXY^kQ016406^a003^b003^c2019-02-22, 11:45^d2020-06-30, 11:46^e3528829094^f3424749093^aPrevalence of Legionella spp. in hot water samples from Polish hospitals in 2009-2013^aPostępy Higieny i Medycyny Doświadczalnej^a2019^bT. 73^ds. 47--52^a0032-5449^b1732-2693^a2018/2019^a10.5604/01.3001.0013.0172^aGładysz, Iwona^cy^aLegionella spp.^aKopia dostępna w Sekcji Bibliometrii.^aMicrobiological threat from Legionella spp. is associated with the current widespread use of air-condition systems and frequent colonization of hot water distribution systems in public facilities (hospitals, hotels, nursing homes). This poses a particularly high risk in hospitalized patients, as many of them are immunocompromised. More than 50 species and 72 serogroups of Legionella spp. have been described thus far, including more than 20 species being pathogenic to humans. Microbiological threat posed by Legionella spp. was assessed based on a retrospective analysis of microbiological quality of water from hot water distribution systems in Polish hospitals, determined in 2009-2013 at certified laboratories of the Sanitary-Epidemiological Surveillance. The results were kindly provided by the hospitals' administration upon request, for which the authors would like to express their deepest gratitude. The study material included samples of hot water from internal distribution systems in 379 Polish hospitals, collected by the State Sanitary Inspectorate. Based on the results of microbiological analyses, we were able to estimate Legionella spp. colonization rates in hospital water distribution systems and to assess the activities undertaken by the State Sanitary Inspectorate to reduce excessive bacterial counts in this reservoir. Microbiological analyses conducted in 2009-2013, i.e. after implementing a statutory obligation to monitor Legionella spp. in hospital hot water distribution systems, showed elevated bacterial counts in 3.92% to 12.7% of the samples. These findings justify further microbiological monitoring of hospital water distribution systems. The prevalence of the most pathogenic serotype SG1 in hot wawith the current widespread use of air-condition systems and frequent colonization of hot water distribution systems in public facilities (hospitals, hotels, nursing homes). This poses a particularly high risk in hospitalized patients, as many of them are immunocompromised. More than 50 species and 72 serogroups of Legionella spp. have been described thus far, including more than 20 species being pathogenic to humans. Microbiological threat posed by Legionella spp. was assessed based on a retrospective analysis of microbiological quality of water from hot water distribution systems in Polish hospitals, determined in 2009-2013 at certified laboratories of the Sanitary-Epidemiological Surveillance. The results were kindly provided by the hospitals' administration upon request, for which the authors would like to express their deepest gratitude. The study material included samples of hot water from internal distribution systems in 379 Polish hospitals, collected by the State Sanitary Inspectorate. Based on the results of microbiological analyses, we were able to estimate Legionella spp. colonization rates in hospital water distribution systems and to assess the activities undertaken by the State Sanitary Inspectorate to reduce excessive bacterial counts in this reservoir. Microbiological analyses conducted in 2009-2013, i.e. after implementing a statutory obligation to monitor Legionella spp. in hospital hot water distribution systems, showed elevated bacterial counts in 3.92% to 12.7% of the samples. These findings justify further microbiological monitoring of hospital water distribution systems. The prevalence of the most pathogenic serotype SG1 in hot water distribution systems of Polish hospitals is relatively low compared to other European countries. To maintain this favorable status, hospital water systems should be monitored not only for the presence of Legionella pneumophila, but also for the prevalence of serogroup 1 L. pneumophila.^aKarczewski, Jan^cy^aLegionella pneumophila^ahospitals
Autorzy: , 99959940.0000040.000PUNKTACJA KBNPUNKTACJA MINISTERSTWALISTA FILADELFIJSKAIMPACT FACTOR40.000PUNKTACJA UWM 009959.000 Q 003 T. 73 1732-2693 998021009998.1220032-5449003Prevalence of Legionella spp. in hot water samples from Polish hospitals in 2009-2013Postępy Higieny i Medycyny Doświadczalnej20190032-54492018/201910.5604/01.3001.0013.0172Gładysz, IwonaLegionella spp.Kopia dostępna w Sekcji Bibliometrii.Microbiological threat from Legionella spp. is associated with the current widespread use of air-condition systems and frequent colonization of hot water distribution systems in public facilities (hospitals, hotels, nursing homes). This poses a particularly high risk in hospitalized patients, as many of them are immunocompromised. More than 50 species and 72 serogroups of Legionella spp. have been described thus far, including more than 20 species being pathogenic to humans. Microbiological threat posed by Legionella spp. was assessed based on a retrospective analysis of microbiological quality of water from hot water distribution systems in Polish hospitals, determined in 2009-2013 at certified laboratories of the Sanitary-Epidemiological Surveillance. The results were kindly provided by the hospitals' administration upon request, for which the authors would like to express their deepest gratitude. The study material included samples of hot water from internal distribution systems in 379 Polish hospitals, collected by the State Sanitary Inspectorate. Based on the results of microbiological analyses, we were able to estimate Legionella spp. colonization rates in hospital water distribution systems and to assess the activities undertaken by the State Sanitary Inspectorate to reduce excessive bacterial counts in this reservoir. Microbiological analyses conducted in 2009-2013, i.e. after implementing a statutory obligation to monitor Legionella spp. in hospital hot water distribution systems, showed elevated bacterial counts in 3.92% to 12.7% of the samples. These findings justify further microbiological monitoring of hospital water distribution systems. The preval, 009959.000 Q 003 T. 73 1732-2693 009998.1220032-5449003Prevalence of Legionella spp. in hot water samples from Polish hospitals in 2009-2013Postępy Higieny i Medycyny Doświadczalnej20190032-54492018/201910.5604/01.3001.0013.0172Gładysz, IwonaLegionella spp.Kopia dostępna w Sekcji Bibliometrii.Microbiological threat from Legionella spp. is associated with the current widespread use of air-condition systems and frequent colonization of hot water distribution systems in public facilities (hospitals, hotels, nursing homes). This poses a particularly high risk in hospitalized patients, as many of them are immunocompromised. More than 50 species and 72 serogroups of Legionella spp. have been described thus far, including more than 20 species being pathogenic to humans. Microbiological threat posed by Legionella spp. was assessed based on a retrospective analysis of microbiological quality of water from hot water distribution systems in Polish hospitals, determined in 2009-2013 at certified laboratories of the Sanitary-Epidemiological Surveillance. The results were kindly provided by the hospitals' administration upon request, for which the authors would like to express their deepest gratitude. The study material included samples of hot water from internal distribution systems in 379 Polish hospitals, collected by the State Sanitary Inspectorate. Based on the results of microbiological analyses, we were able to estimate Legionella spp. colonization rates in hospital water distribution systems and to assess the activities undertaken by the State Sanitary Inspectorate to reduce excessive bacterial counts in this reservoir. Microbiological analyses conducted in 2009-2013, i.e. after implementing a statutory obligation to monitor Legionella spp. in hospital hot water distribution systems, showed elevated bacterial counts in 3.92% to 12.7% of the samples. These findings justify further microbiological monitoring of hospital water distribution systems. The prevalence of the most pathogenic serotype SG1 in hot water distribution systems of Polish hospitals is relatively low compared to other Eu.
Tytuł pracy:
Tytuł równoległy: 998021009998.1220032-5449003Prevalence of Legionella spp. in hot water samples from Polish hospitals in 2009-2013Postępy Higieny i Medycyny Doświadczalnej20190032-54492018/201910.5604/01.3001.0013.0172Gładysz, IwonaLegionella spp.Kopia dostępna w Sekcji Bibliometrii.Microbiological threat from Legionella spp. is associated with the current widespread use of air-condition systems and frequent colonization of hot water distribution systems in public facilities (hospitals, hotels, nursing homes). This poses a particularly high risk in hospitalized patients, as many of them are immunocompromised. More than 50 species and 72 serogroups of Legionella spp. have been described thus far, including more than 20 species being pathogenic to humans. Microbiological threat posed by Legionella spp. was assessed based on a retrospective analysis of microbiological quality of water from hot water distribution systems in Polish hospitals, determined in 2009-2013 at certified laboratories of the Sanitary-Epidemiological Surveillance. The results were kindly provided by the hospitals' administration upon request, for which the authors would like to express their deepest gratitude. The study material included samples of hot water from internal distribution systems in 379 Polish hospitals, collec : 99959940.0000040.000PUNKTACJA KBNPUNKTACJA MINISTERSTWALISTA FILADELFIJSKAIMPACT FACTOR40.000PUNKTACJA UWM : 009959.000 : Q : 003 : T. 73 : 1732-2693
Miejsce wydania: 009998.1220032-5449003Prevalence of Legionella spp. in hot water samples from Polish hospitals in 2009-2013Postępy Higieny i Medycyny Doświadczalnej20190032-54492018/201910.5604/01.3001.0013.0172Gładysz, Iwona
Wydawca: 009959.000Q003T. 731732-2693
Rok wydania: 009999.0002019-02-22, 11:45y
Charakterystyka merytoryczna:
Charakterystyka wg MNiSW: opiśmie polskim0.878IF^a998021^b99959940.0000040.000PUNKTACJA KBNPUNKTACJA MINISTERSTWALISTA FILADELFIJSKAIMPACT FACTOR40.000PUNKTACJA UWM^a009998.122^b009959.000^c009999.000^d009959.000201920192019Prevalence of Legionella spp. in hot water samples from Polish hospitals in 2009-201300000367900000001382AOartykuł oryginalny naukowyPUBLIKACJAPEŁNA PUBLIKACJAAAartykuł w czasopiśmie z IF (wykaz MNiSW)AFILIACJA PODANAENGhttps://phmd.pl/resources/html/article/details?id=186504PRACA RECENZOWANA100^a0032-5449^bQ^e1732-2693^fA^hABC^iX^jXY^kQ016406^a003^b003^c2019-02-22, 11:45^d2020-06-30, 11:46^e3528829094^f3424749093^aPrevalence of Legionella spp. in hot water samples from Polish hospitals in 2009-2013^aPostępy Higieny i Medycyny Doświadczalnej^a2019^bT. 73^ds. 47--52^a0032-5449^b1732-2693^a2018/2019^a10.5604/01.3001.0013.0172^aGładysz, Iwona^cy^aLegionella spp.^aKopia dostępna w Sekcji Bibliometrii.^aMicrobiological threat from Legionella spp. is associated with the current widespread use of air-condition systems and frequent colonization of hot water distribution systems in public facilities (hospitals, hotels, nursing homes). This poses a particularly high risk in hospitalized patients, as many of them are immunocompromised. More than 50 species and 72 serogroups of Legionella spp. have been described thus far, including more than 20 species being pathogenic to humans. Microbiological threat posed by Legionella spp. was assessed based on a retrospective analysis of microbiological quality of water from hot water distribution systems in Polish hospitals, determined in 2009-2013 at certified laboratories of the Sanitary-Epidemiological Surveillance. The results were kindly provided by the hospitals' administration upon request, for which the authors would like to express their deepest gratitude. The study material included samples of hot water from internal distribution systems in 379 Polish hospitals, collected by the State Sanitary Inspectorate. Based on the results of microbiological analyses, we were able to estimate Legionella spp. colonization rates in hospital water distribution systems and to assess the activities undertaken by the State Sanitary Inspectorate to reduce excessive bacterial counts in this reservoir. Microbiological analyses conducted in 2009-2013, i.e. after implementing a statutory obligation to monitor Legionella spp. in hospital hot water distribution systems, showed elevated bacterial counts in 3.92% to 12.7% o
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Autorzy: , B 003 OTHER 0365-9445001Analiza występowania bakterii Legionella Spp. w hotelach w Polsce w latach 2009-2013Bromatologia i Chemia Toksykologiczna20170365-94452017/2018Gładysz, IwonaLegionella spp.Legionella spp.Kopia dostępna w Sekcji BibliometriiFINAL_PUBLISHEDŹródłem zakażenia legionelozą dla człowieka jest aerozol wodno-powietrzny o średnicy kropel od 2,0 do 5,0 ľm, zawierający inwazyjne formy bakterii Legionella ssp, a w szczególności aspiracja skażonego aerozolu i przedostanie się do układu oddechowego. Celem pracy jest próba retrospektywnej oceny zanieczyszczenia systemów wodnych w hotelach w Polsce w latach 2009-2013 na podstawie analizy wyników badań przeprowadzonych przez laboratoria stacji sanitarno-epidemiologicznych oraz w oparciu o regulacje prawne obowiązujące w Polsce, dotyczące obowiązku badań, zaś w przypadku przekroczenia norm, ocena eradykacji bakterii Legionella ssp. Dokonano oceny zagrożenia bakteriami Legionella ssp. w hotelach oraz ocenę dynamiki eradykacji Legionella ssp.Kozioł-Montewka, MariahotelehotelsIntroduction. Legionella contamination of water supply system in hotels is a rising danger to health of their residents. Legionella bacteria belongs to the family Legionellaceae. Water environment is a natural source of Legionella bacteria from which it wide spreads into hot and cold water supply systems. Aim. To retrospectively assess the contamination of water supply systems in hotels in Poland in the years 2009-2013. Dynamic assessment of the effi cacy of Legionella spp. eradication in the examined facilities was also performed. Material and methods. The material used to assess health threats caused by Legionella spp. constituted of hot water samples drawn from in-house hot water supply systems of 369 hotels, located in Poland, which comprised 19.59% of those hotels in the country. Water samples were drawn by employees of 34 local sanitary-epidemiological stations, within the framework of water quality monitoring, in the time period from January 2009 till December 2013. Statistical analysis was p.
Tytuł czasopisma:
Tytuł równoległy: 009999.0000365-9445001Analiza występowania bakterii Legionella Spp. w hotelach w Polsce w latach 2009-2013Bromatologia i Chemia Toksykologiczna20170365-94452017/2018Gładysz, IwonaLegionella spp.Legionella spp.Kopia dostępna w Sekcji BibliometriiFINAL_PUBLISHEDŹródłem zakażenia legionelozą dla człowieka jest aerozol wodno-powietrzny o średnicy kropel od 2,0 do 5,0 ľm, zawierający inwazyjne formy bakterii Legionella ssp, a w szczególności aspiracja skażonego aerozolu i przedostanie się do układu oddechowego. Celem pracy jest próba retrospektywnej oceny zanieczyszczenia systemów wodnych w hotelach w Polsce w latach 2009-2013 na podstawie analizy wyników badań przeprowadzonych przez laboratoria stacji sanitarno-epidemiologicznych oraz w oparciu o regulacje prawne obowiązujące w Polsce, dotyczące obowiązku badań, zaś w przypadku przekroczenia norm, ocena eradykacji bakterii Legionella ssp. Dokonano oceny zagrożenia bakteriami Legionella ssp. w hotelach oraz ocenę dynamiki eradykacji Legionella ssp.Kozioł-Montewka, MariahotelehotelsIntroduction. Legionella contamination of water supply system in hotels is a rising danger to health of their residents. Legionella bacteria belongs to the family Legionellaceae. Water environment is a natural source of Legionella bacteria from which it wide spreads into hot and cold water supply systems. Aim. To : 009993.000 : B : 003 : OTHER
Miejsce wydania: 0365-9445001Analiza występowania bakterii Legionella Spp. w hotelach w Polsce w latach 2009-2013Bromatologia i Chemia Toksykologiczna20170365-94452017/2018Gładysz, IwonaLegionella spp.Legionella spp.Kopia dostępna w Sekcji BibliometriiFINAL_PUBLISHEDŹródłem zakażenia legi
Wydawca: B003OTHER
Rok wydania: 2018-03-12, 13:35nr 4yAT_PUBLICATION
Seria: Kozioł-Montewka, MariahotelehotelsIntroduction. Legionella contamination of water supply system in hotels is a rising danger to health of their residents. Legionella bacteria belongs to the family Legionellaceae. Water environment is a natural source of Legionella bacteria from which it wide spreads into hot and cold water supply systems. Aim. To retrospectively assess the contamination of water supply systems in hotels in Poland in the years 2009-2013. Dynamic assessment of the effi cacy of Legionella spp. eradication in the examined facilities was also performed. Material and methods. The material used to assess health threats caused by Legionella spp. constituted of hot water samples drawn from in-house hot water supply systems of 369 hotels, located in Poland, which comprised 19.59% of those hotels in the country. Water samples were drawn by employees of 34 local sanitary-epidemiological stations, within the framework of water quality monitoring, in the time period from January 2009 till December 2013. Statistical analysis was performed by the use of software package Statistica 7.1. Results. Positive samples were obtained in 12.12% of hotels, positive and negative samples were collected in 8.87% of them and negative samples were taken in as many as 79%. Positive samples obtained in the fi rst and subsequent studies were detected in 7.14% of the surveyed hotels. The conversion of the negative samples into positive ones was observed in 7.14% of the surveyed hotels. The conversion of positive samples into negative ones was observed in 19.05% of hotels. Negative samples, not present in the fi rst and subsequent tests, were identifi ed in 66.67% of the surveyed hotels. The bacteria L. pneumophila SG1 and SG 2-14 was assessed in hotels. The most virulent serogroup, L. pneumophila SG1, was detected in 11.03% of hotels, L. pneumophila SG 2-14 was found in 10.30% of surveyed hotels. Conclusions. 1. In the years 2009-2013 Legionella spp. colonization of hot water systems in the analysed hotels in Poland was observed. 2. The research conducted of hotels showed the presence of most virulent serogroup L. pneumophila SG1.Karczewski, Janinstalacje wodnewater supply systemlegionellozalegionellosis, y, y
Charakterystyka formalna:
Charakterystyka wg MNiSW: bakterii Legionella Spp. w hotelach w Polsce w latach 2009-201300000353980000001875AOartykuł oryginalny naukowyPUBLIKACJAPEŁNA PUBLIKACJAABartykuł w czasopiśmie bez IF (wykaz MNiSW)AFILIACJA PODANAPOLhttp://www.ptfarm.pl/wydawnictwa/czasopisma/bromatologia-i-chemia-toksykologiczna/117/-/27317PRACA RECENZOWANA100^a0365-9445^bB^e2353-9054^fB^gABC^hABC^iX^jXY^a001^b003^c2018-03-12, 13:35^d2021-08-05, 13:38^e3627928904^f3322998901^aAnaliza występowania bakterii Legionella Spp. w hotelach w Polsce w latach 2009-2013^aBromatologia i Chemia Toksykologiczna^a2017^cnr 4^ds. 280--287^a0365-9445^a2017/2018^aGładysz, Iwona^cy^aLegionella spp.^aLegionella spp.^aKopia dostępna w Sekcji Bibliometrii^aFINAL_PUBLISHED^bOTHER^cAT_PUBLICATION^eOPEN_JOURNAL^aŹródłem zakażenia legionelozą dla człowieka jest aerozol wodno-powietrzny o średnicy kropel od 2,0 do 5,0 ľm, zawierający inwazyjne formy bakterii Legionella ssp, a w szczególności aspiracja skażonego aerozolu i przedostanie się do układu oddechowego. Celem pracy jest próba retrospektywnej oceny zanieczyszczenia systemów wodnych w hotelach w Polsce w latach 2009-2013 na podstawie analizy wyników badań przeprowadzonych przez laboratoria stacji sanitarno-epidemiologicznych oraz w oparciu o regulacje prawne obowiązujące w Polsce, dotyczące obowiązku badań, zaś w przypadku przekroczenia norm, ocena eradykacji bakterii Legionella ssp. Dokonano oceny zagrożenia bakteriami Legionella ssp. w hotelach oraz ocenę dynamiki eradykacji Legionella ssp.^aKozioł-Montewka, Maria^cy^ahotele^ahotels^aIntroduction. Legionella contamination of water supply system in hotels is a rising danger to health of their residents. Legionella bacteria belongs to the family Legionellaceae. Water environment is a natural source of Legionella bacteria from which it wide spreads into hot and cold water supply systems. Aim. To retrospectively assess the contamination of water supply systems in hotels in Poland in the years 2009-2013. Dynamic assessment of the effi cacy of Legionella spp. eradication in the examined facilities was also performed. Material and methods. The material used to assess health threats caused by Legionella spp. constituted of hot water samples drawn from in-house hot water supply systems of 369 hotels, located in Poland, which comprised 19.59% of those hotels in the country. Water samples were drawn by employees of 34 local sanitary-epidemiological stations, within the framework of water quality moni
Wskaźnik Impact Factor ISI:
Index Copernicus:
Słowa kluczowe: wazyjne formy bakterii Legionella ssp, a w szczególności aspiracja skażonego aerozolu i przedostanie się do układu oddechowego. Celem pracy jest próba retrospektywnej oceny zanieczyszczenia systemów wodnych w hotelach w Polsce w latach 2009-2013 na podstawie analizy wyników badań przeprowadzonych przez laboratoria stacji sanitarno-epidemiologicznych oraz w oparciu o regulacje prawne obowiązujące w Polsce, dotyczące obowiązku badań, zaś w przypadku przekroczenia norm, ocena eradykacji bakterii Legionella ssp. Dokonano oceny zagrożenia bakteriami Legionella ssp. w hotelach oraz ocenę dynamiki eradykacji Legionella ssp.^aKozioł-Montewka, Maria^cy^ahotele^ahotels^aIntroduction. Legionella contamination of water supply system in hotels is a rising danger to health of their residents. Legionella bacteria belongs to the family Legionellaceae. Water environment is a natural source of Legionella bacteria from which it wide spreads into hot and cold water supply systems. Aim. To retrospectively assess the contamination of water supply systems in hotels in Poland in the years 2009-2013. Dynamic assessment of the effi cacy of Legionella spp. eradication in the examined facilities was also performed. Material and methods. The material used to assess health threats caused by Legionella spp. constituted of hot water samples drawn from in-house hot water supply systems of 369 hotels, located in Poland, which comprised 19.59% of those hotels in the country. Water samples were drawn by employees of 34 local sanitary-epidemiological stations, within the framework of water quality monitoring, in the time period from January 2009 till December 2013. Statistical analysis was performed by the use of software package Statistica 7.1. Results. Positive samples were obtained in 12.12% of hotels, positive and negative samples were collected in 8.87% of them and negative samples were taken in as many as 79%. Positive samples obtained in the fi rst and subsequent studies were detected in 7.14% of the surveyed hotels. The conversion of the negative samples into positive ones was observed in 7.14% of the surveyed hotels. The conversion of positive samples into negative ones was observed in 19.05% of hotels. Negative samples, not present in the fi rst and subsequent tests, were identifi ed in 66.67% of the surveyed hotels. The bacteria L. pneumophila SG1 and SG 2-14 was assessed in hotels. The most virulent serogroup, L. pneumophila SG1, was detected in 11.03% of hotels, L. pneumophila SG 2-14 was found in 10.30% of surveyed hotels. Conclusions. 1. In the years 2009-2013 Legionella spp. colonization of hot water systems in the analysed hotels in Poland was observed. 2. The research conducted of hotels showed the presence of most virulent serogroup L. pneumophila SG1.^aKarczewski, Jan^cy^ainstalacje wodne^awater supply system^alegionelloza^alegionellosis
Słowa kluczowe ang.: jne formy bakterii Legionella ssp, a w szczególności aspiracja skażonego aerozolu i przedostanie się do układu oddechowego. Celem pracy jest próba retrospektywnej oceny zanieczyszczenia systemów wodnych w hotelach w Polsce w latach 2009-2013 na podstawie analizy wyników badań przeprowadzonych przez laboratoria stacji sanitarno-epidemiologicznych oraz w oparciu o regulacje prawne obowiązujące w Polsce, dotyczące obowiązku badań, zaś w przypadku przekroczenia norm, ocena eradykacji bakterii Legionella ssp. Dokonano oceny zagrożenia bakteriami Legionella ssp. w hotelach oraz ocenę dynamiki eradykacji Legionella ssp.^aKozioł-Montewka, Maria^cy^ahotele^ahotels^aIntroduction. Legionella contamination of water supply system in hotels is a rising danger to health of their residents. Legionella bacteria belongs to the family Legionellaceae. Water environment is a natural source of Legionella bacteria from which it wide spreads into hot and cold water supply systems. Aim. To retrospectively assess the contamination of water supply systems in hotels in Poland in the years 2009-2013. Dynamic assessment of the effi cacy of Legionella spp. eradication in the examined facilities was also performed. Material and methods. The material used to assess health threats caused by Legionella spp. constituted of hot water samples drawn from in-house hot water supply systems of 369 hotels, located in Poland, which comprised 19.59% of those hotels in the country. Water samples were drawn by employees of 34 local sanitary-epidemiological stations, within the framework of water quality monitoring, in the time period from January 2009 till December 2013. Statistical analysis was performed by the use of software package Statistica 7.1. Results. Positive samples were obtained in 12.12% of hotels, positive and negative samples were collected in 8.87% of them and negative samples were taken in as many as 79%. Positive samples obtained in the fi rst and subsequent studies were detected in 7.14% of the surveyed hotels. The conversion of the negative samples into positive ones was observed in 7.14% of the surveyed hotels. The conversion of positive samples into negative ones was observed in 19.05% of hotels. Negative samples, not present in the fi rst and subsequent tests, were identifi ed in 66.67% of the surveyed hotels. The bacteria L. pneumophila SG1 and SG 2-14 was assessed in hotels. The most virulent serogroup, L. pneumophila SG1, was detected in 11.03% of hotels, L. pneumophila SG 2-14 was found in 10.30% of surveyed hotels. Conclusions. 1. In the years 2009-2013 Legionella spp. colonization of hot water systems in the analysed hotels in Poland was observed. 2. The research conducted of hotels showed the presence of most virulent serogroup L. pneumophila SG1.^aKarczewski, Jan^cy^ainstalacje wodne^awater supply system^alegionelloza^alegionellosis
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Tytuł równoległy: 2353-6942001Legionella spp. in selected public utility buildings in Poland in 2009-2013Występowanie bakterii Legionella spp. w wybranych obiektach użyteczności publicznej w Polsce w latach 2009-2013Health Problems of Civilization20172353-69422016/201710.5114/hpc.2017.69031Gładysz, IwonaLegionella spp.Legionella spp.FINAL_PUBLISHEDBackground. Civilizational changes, including urbanisation and industrialisation, created the conditions for the development of new pathogens colonising water networks which endanger human health and life. The aim of the study was to assess the contamination of water supply systems in public buildings by Legionella spp. a pathogenic group of Gram-negative bacteria. Material and methods. The material samples were taken from the hot water supply systems of 41 buildings: school dormitories, boarding schools, educational centres, student dormitories. Results. In all analysed years, there were samples in which the applicable standards were exceeded, as specified by the regulation on the quality of water intended for human consumption. The highest percentage of negative samples was found in 2012, with as many as 81.1%, and the lowest one in 2011 - 35.3%. Positive sample : B : 003 : Vol.11 : CC-BY-NC-SA
Miejsce wydania: 2353-6942001Legionella spp. in selected public utility buildings in Poland in 2009-2013Występowanie bakterii Legionella spp. w wybranych obiektach użyteczności publicznej w Polsce w latach 2009-2013Health Problems of Civilization20172353-69422
Wydawca: B003Vol.11
Rok wydania: 2017-08-03, 13:46No. 2
Charakterystyka formalna:
Charakterystyka merytoryczna:
Charakterystyka wg MNiSW: piśmie bez IF (wykaz MNiSW)AFILIACJA PODANAENGhttps://www.termedia.pl/-LEGIONELLA-SPP-IN-SELECTED-PUBLIC-UTILITY-BUILDINGS-IN-POLAND-IN-2009-2013,99,30343,0,1.htmlPRACA RECENZOWANA100^a2353-6942^bB^e2354-0265^fB^gABC^hABC^iX^jXY^a001^b003^c2017-08-03, 13:46^d2021-08-05, 13:29^e3723018893^f3322998910^aLegionella spp. in selected public utility buildings in Poland in 2009-2013^aWystępowanie bakterii Legionella spp. w wybranych obiektach użyteczności publicznej w Polsce w latach 2009-2013^aHealth Problems of Civilization^a2017^bVol.11^cNo. 2^ds. 117--123^a2353-6942^a2016/2017^a10.5114/hpc.2017.69031^aGładysz, Iwona^cy^aLegionella spp.^aLegionella spp.^aFINAL_PUBLISHED^bCC-BY-NC-SA^cAT_PUBLICATION^eOPEN_JOURNAL^aBackground. Civilizational changes, including urbanisation and industrialisation, created the conditions for the development of new pathogens colonising water networks which endanger human health and life. The aim of the study was to assess the contamination of water supply systems in public buildings by Legionella spp. a pathogenic group of Gram-negative bacteria. Material and methods. The material samples were taken from the hot water supply systems of 41 buildings: school dormitories, boarding schools, educational centres, student dormitories. Results. In all analysed years, there were samples in which the applicable standards were exceeded, as specified by the regulation on the quality of water intended for human consumption. The highest percentage of negative samples was found in 2012, with as many as 81.1%, and the lowest one in 2011 - 35.3%. Positive samples obtained in the first and subsequent tests were detected in 20.0% of the tested facilities. The change from positive to negative values was found in 30.0% of the tested water networks. There were also cases of negative samples both in the first and subsequent tests, which was detected in 50.0% of the facilities. Conclusions. 1. An excessive amount of the officially permissible value of Legionella was found in 53.9% of the examined hot water samples. 2. The obtained results confirm the necessity of modernising and doing elementary repairs in water supply networks.^aKozioł-Montewka, Maria^cy^achoroba legionistów^alegionnaires' disease^aWprowadzenie. Zmi
Język publikacji:
Punktacja ministerstwa: ing water networks which endanger human health and life. The aim of the study was to assess the contamination of water supply systems in public buildings by Legionella spp. a pathogenic group of Gram-negative bacteria. Material and methods. The material samples were taken from the hot water supply systems of 41 buildings: school dormitories, boarding schools, educational centres, student dormitories. Results. In all analysed years, there were samples in which the applicable standards were exceeded, as specified by the regulation on the quality of water intended for human consumption. The highest percentage of negative samples was found in 2012, with as many as 81.1%, and the lowest one in 2011 - 35.3%. Positive samples obtained in the first and subsequent tests were detected in 20.0% of the tested facilities. The change from positive to negative values was found in 30.0% of the tested water networks. There were also cases of negative samples both in the first and subsequent tests, which was detected in 50.0% of the facilities. Conclusions. 1. An excessive amount of the officially permissible value of Legionella was found in 53.9% of the examined hot water samples. 2. The obtained results confirm the necessity of modernising and doing elementary repairs in water supply networks.^aKozioł-Montewka, Maria^cy^achoroba legionistów^alegionnaires' disease^aWprowadzenie. Zmiany cywilizacyjne w tym urbanizacja i industrializacja stworzyły warunki do rozwoju nowych patogenów kolonizujących sieć wodną, które zagrażają zdrowiu i życiu ludzi. Celem pracy była ocena zanieczyszczenia systemów wodnych w budynkach użyteczności publicznej przez bakterie Legionella sp. Materiał i metody. Materiałem były próbki wody ciepłej pobrane z wewnętrznej instalacji wodociągowej 41 obiektów: bursy szkolne, internaty, ośrodki szkolno-wychowawcze, domy studenta. Wyniki. Próbki przekraczające obowiązujący normatyw, określony rozporządzeniem w sprawie jakości wody przeznaczonej do spożycia przez ludzi, stwierdzono we wszystkich analizowanych latach. Najwyższy odsetek próbek negatywnych stwierdzono w roku 2012 aż 81,1%, najniższy w roku 2011 - 35,3%. Próbki pozytywne uzyskane w pierwszym i kolejnych badaniach, stwierdzono w 20,0% badanych obiektów. Konwersję próbek pozytywnych w negatywne stwierdzono w 30,0% badanych obiektów. Próbki negatywne nieobecne w pierwszym i kolejnych badaniach wykryto w 50,0% obiektów. Wnioski. 1. Przekroczenie obowiązującej dopuszczalnej wartości bakterii Legionella sp. stwierdzono w 53,9% badanych próbek wody ciepłej. 2. Uzyskane wyniki badań potwierdzają konieczność modernizacji i zasadniczych remontów sieci wodnej.^asystemy dystrybucji wody ciepłej^ahot water distribution system^abudynki użyteczności publicznej^apublic utility buildings
Praca recenzowana
Słowa kluczowe ang.: s colonising water networks which endanger human health and life. The aim of the study was to assess the contamination of water supply systems in public buildings by Legionella spp. a pathogenic group of Gram-negative bacteria. Material and methods. The material samples were taken from the hot water supply systems of 41 buildings: school dormitories, boarding schools, educational centres, student dormitories. Results. In all analysed years, there were samples in which the applicable standards were exceeded, as specified by the regulation on the quality of water intended for human consumption. The highest percentage of negative samples was found in 2012, with as many as 81.1%, and the lowest one in 2011 - 35.3%. Positive samples obtained in the first and subsequent tests were detected in 20.0% of the tested facilities. The change from positive to negative values was found in 30.0% of the tested water networks. There were also cases of negative samples both in the first and subsequent tests, which was detected in 50.0% of the facilities. Conclusions. 1. An excessive amount of the officially permissible value of Legionella was found in 53.9% of the examined hot water samples. 2. The obtained results confirm the necessity of modernising and doing elementary repairs in water supply networks.^aKozioł-Montewka, Maria^cy^achoroba legionistów^alegionnaires' disease^aWprowadzenie. Zmiany cywilizacyjne w tym urbanizacja i industrializacja stworzyły warunki do rozwoju nowych patogenów kolonizujących sieć wodną, które zagrażają zdrowiu i życiu ludzi. Celem pracy była ocena zanieczyszczenia systemów wodnych w budynkach użyteczności publicznej przez bakterie Legionella sp. Materiał i metody. Materiałem były próbki wody ciepłej pobrane z wewnętrznej instalacji wodociągowej 41 obiektów: bursy szkolne, internaty, ośrodki szkolno-wychowawcze, domy studenta. Wyniki. Próbki przekraczające obowiązujący normatyw, określony rozporządzeniem w sprawie jakości wody przeznaczonej do spożycia przez ludzi, stwierdzono we wszystkich analizowanych latach. Najwyższy odsetek próbek negatywnych stwierdzono w roku 2012 aż 81,1%, najniższy w roku 2011 - 35,3%. Próbki pozytywne uzyskane w pierwszym i kolejnych badaniach, stwierdzono w 20,0% badanych obiektów. Konwersję próbek pozytywnych w negatywne stwierdzono w 30,0% badanych obiektów. Próbki negatywne nieobecne w pierwszym i kolejnych badaniach wykryto w 50,0% obiektów. Wnioski. 1. Przekroczenie obowiązującej dopuszczalnej wartości bakterii Legionella sp. stwierdzono w 53,9% badanych próbek wody ciepłej. 2. Uzyskane wyniki badań potwierdzają konieczność modernizacji i zasadniczych remontów sieci wodnej.^asystemy dystrybucji wody ciepłej^ahot water distribution system^abudynki użyteczności publicznej^apublic utility buildings
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Inne bazy podające opis:
  • sing water networks which endanger human health and life. The aim of the study was to assess the contamination of water supply systems in public buildings by Legionella spp. a pathogenic group of Gram-negative bacteria. Material and methods. The material samples were taken from the hot water supply systems of 41 buildings: school dormitories, boarding schools, educational centres, student dormitories. Results. In all analysed years, there were samples in which the applicable standards were exceeded, as specified by the regulation on the quality of water intended for human consumption. The highest percentage of negative samples was found in 2012, with as many as 81.1%, and the lowest one in 2011 - 35.3%. Positive samples obtained in the first and subsequent tests were detected in 20.0% of the tested facilities. The change from positive to negative values was found in 30.0% of the tested water networks. There were also cases of negative samples both in the first and subsequent tests, which was detected in 50.0% of the facilities. Conclusions. 1. An excessive amount of the officially permissible value of Legionella was found in 53.9% of the examined hot water samples. 2. The obtained results confirm the necessity of modernising and doing elementary repairs in water supply networks.^aKozioł-Montewka, Maria^cy^achoroba legionistów^alegionnaires' disease^aWprowadzenie. Zmiany cywilizacyjne w tym urbanizacja i industrializacja stworzyły warunki do rozwoju nowych patogenów kolonizujących sieć wodną, które zagrażają zdrowiu i życiu ludzi. Celem pracy była ocena zanieczyszczenia systemów wodnych w budynkach użyteczności publicznej przez bakterie Legionella sp. Materiał i metody. Materiałem były próbki wody ciepłej pobrane z wewnętrznej instalacji wodociągowej 41 obiektów: bursy szkolne, internaty, ośrodki szkolno-wychowawcze, domy studenta. Wyniki. Próbki przekraczające obowiązujący normatyw, określony rozporządzeniem w sprawie jakości wody przeznaczonej do spożycia przez ludzi, stwierdzono we wszystkich analizowanych latach. Najwyższy odsetek próbek negatywnych stwierdzono w roku 2012 aż 81,1%, najniższy w roku 2011 - 35,3%. Próbki pozytywne uzyskane w pierwszym i kolejnych badaniach, stwierdzono w 20,0% badanych obiektów. Konwersję próbek pozytywnych w negatywne stwierdzono w 30,0% badanych obiektów. Próbki negatywne nieobecne w pierwszym i kolejnych badaniach wykryto w 50,0% obiektów. Wnioski. 1. Przekroczenie obowiązującej dopuszczalnej wartości bakterii Legionella sp. stwierdzono w 53,9% badanych próbek wody ciepłej. 2. Uzyskane wyniki badań potwierdzają konieczność modernizacji i zasadniczych remontów sieci wodnej.^asystemy dystrybucji wody ciepłej^ahot water distribution system^abudynki użyteczności publicznej^apublic utility buildings

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