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18 results on '"DI RESTA M"'

1. L’accreditamento istituzionale in nefrologia: leva organizzativa per definire modelli applicativi sperimentali in un UOC di Nefrologia di P.O. di ASL territoriale

Author

NAPPI F, GIORDANO V, BERNARDO A, NOCERINO A, SPIRITO G, FABBROCINI M, DELLA VECCHIA A, CUCCARO P, MOLESE A, DI RESTA M, REA T, MASCOLO D, AVITABILE F, MATARANTE E, BOTTA E, CACACE G, CAPPUCCIO A, DE MARCO G, TRIASSI, MARIA, Nappi, F, Giordano, V, Bernardo, A, Nocerino, A, Spirito, G, Fabbrocini, M, DELLA VECCHIA, A, Cuccaro, P, Molese, A, DI RESTA, M, Rea, T, Mascolo, D, Avitabile, F, Matarante, E, Botta, E, Cacace, G, Cappuccio, A, DE MARCO, G, and Triassi, Maria

Published
2009

2. 'Progetto Pharma - Uni - Hospital'. Integrare le funzioni di una U.O.C. Farmacia ospedaliera secondo logiche di pharmaceutical governance mediante una piattaforma unica di servizi per una tracciabilità del farmaco in un’ottica di rete integrata

Author

FUCILE AM, GIORDANO V, BERNARDO A, NOCERINO A, SPIRITO G, DELLA VECCHIA A, MOLESE A, CUCCARO P, DI RESTA M, MASCOLO D, AVITABILE F, MATARANTE E, BOTTA E, CACACE G, CAPPUCCIO A, DE MARCO G, TRIASSI, MARIA, Fucile, Am, Giordano, V, Bernardo, A, Nocerino, A, Spirito, G, DELLA VECCHIA, A, Molese, A, Cuccaro, P, DI RESTA, M, Mascolo, D, Avitabile, F, Matarante, E, Botta, E, Cacace, G, Cappuccio, A, DE MARCO, G, and Triassi, Maria

Subjects
Progetto Pharma
Published
2009

3. Ipotesi organizzativa di un day service per il trattamento delle varici degli arti inferiori

Author

ABATE LV, GIORDANO V, FABBROCINI M, BERNARDO A, NOCERINO A, SPIRITO G, MOLESE A, DELLA VECCHIA A, REA T, CUCCARO P, BOTTA E, CACACE G, CAPPUCCIO A, DE MARCO G, DI RESTA M, MASCOLO D, AVITABILE F, MATARANTE E, TRIASSI, MARIA, Abate, Lv, Giordano, V, Fabbrocini, M, Bernardo, A, Nocerino, A, Spirito, G, Molese, A, DELLA VECCHIA, A, Rea, T, Cuccaro, P, Botta, E, Cacace, G, Cappuccio, A, DE MARCO, G, DI RESTA, M, Mascolo, D, Avitabile, F, Matarante, E, and Triassi, Maria

Published
2009

5. Dall’appropriatezza organizzativa al recupero dei livelli di efficienza nelle attività integrate di Day Surgery in un IRCCS

Author

DEL GIUDICE M, GIORDANO V, FABBROCINI M, BERNARDO A, NOCERINO A, DELLA VECCHIA A, SPIRITO G, GIORDANO G, MANNA A, CUCCARO P, DI RESTA M, MASCOLO D, AVITABILE F, MATARANTE E, BOTTA E, CACACE G, CAPPUCCIO A, DE MARCO G, TRIASSI, MARIA, DEL GIUDICE, M, Giordano, V, Fabbrocini, M, Bernardo, A, Nocerino, A, DELLA VECCHIA, A, Spirito, G, Giordano, G, Manna, A, Cuccaro, P, DI RESTA, M, Mascolo, D, Avitabile, F, Matarante, E, Botta, E, Cacace, G, Cappuccio, A, DE MARCO, G, and Triassi, Maria

Published
2009

6. L’osservazione breve pediatrica: modalità organizzative, caratteristiche gestionali, finalità tendenti all’appropriatezza clinica nell’ottica della razionalizzazione delle attività aziendali e della corretta allocazione di utente e risorse

Author

D’AVINO P, GIORDANO V, BERNARDO A, NOCERINO A, SPIRITO G, DELLA VECCHIA A, MANNA A, CUCCARO P, DI RESTA M, MASCOLO D, AVITABILE F, MATARANTE E, BOTTA E, CACACE G, CAPPUCCIO A, DE MARCO G, TRIASSI, MARIA, D’Avino, P, Giordano, V, Bernardo, A, Nocerino, A, Spirito, G, DELLA VECCHIA, A, Manna, A, Cuccaro, P, DI RESTA, M, Mascolo, D, Avitabile, F, Matarante, E, Botta, E, Cacace, G, Cappuccio, A, DE MARCO, G, and Triassi, Maria

Published
2009

7. La filiera assistenziale in U.O.M.I: il 'consultorio' fra strutture aziendali e integrazione assistenziale. Impatto sull’organizzazione aziendale e sul tessuto socio sanitario di riferimento

Author

AMBROSIO F, GIORDANO V, SPIRITO G, DELLA VECCHIA A, FABBROCINI M, MANNA A, RICCO CS, BERNARDO A, NOCERINO A, CUCCARO P, GIORDANO G, REA T, DI RESTA M, MASCOLO D, AVITABILE F, MATARANTE E, BOTTA E, CACACE G, CAPPUCCIO A, DE MARCO G, TRIASSI, MARIA, Ambrosio, F, Giordano, V, Spirito, G, DELLA VECCHIA, A, Fabbrocini, M, Manna, A, Ricco, C, Bernardo, A, Nocerino, A, Cuccaro, P, Giordano, G, Rea, T, DI RESTA, M, Mascolo, D, Avitabile, F, Matarante, E, Botta, E, Cacace, G, Cappuccio, A, DE MARCO, G, and Triassi, Maria

Published
2009

8. L’istituzione di un day hospital o di un day service per prestazioni ambulatoriali coordinate e complesse in un servizio immunotrasfusionale

Author

AZZARO R, GIORDANO V, BERNARDO A, DELLA VECCHIA A, BOTTA E, CACACE G, DI RESTA M, CAPPUCCIO A, NOCERINO A, CUCCARO, PATRIZIA, PAUDICE, ALESSANDRO, TRIASSI, MARIA, Azzaro, R, Giordano, V, Bernardo, A, Cuccaro, Patrizia, DELLA VECCHIA, A, Paudice, Alessandro, Botta, E, Cacace, G, DI RESTA, M, Cappuccio, A, Nocerino, A, and Triassi, Maria

Published
2008

9. La 'Day Surgery' in pediatria, modello assistenziale ed organizzativo per ottimizzare e razionalizzare le attività sanitarie e l’impatto socio assistenziale

Author

BIANCO C, GIORDANO V, BERNARDO A, DELLA VECCHIA A, BOTTA E, CACACE G, DI RESTA M, CAPPUCCIO A, NOCERINO A, CUCCARO, PATRIZIA, PAUDICE, ALESSANDRO, TRIASSI, MARIA, Bianco, C, Giordano, V, Bernardo, A, Cuccaro, Patrizia, DELLA VECCHIA, A, Paudice, Alessandro, Botta, E, Cacace, G, DI RESTA, M, Cappuccio, A, Nocerino, A, and Triassi, Maria

Published
2008

10. Definire i criteri organizzativi per l’istituzione di una struttura operativa sperimentale di 'Pianificazione delle attività di accettazione pediatrica inetgrata' in un’AORN Pediatrica

Author

TIPO V, GIORDANO V, BERNARDO A, DELLA VECCHIA A, BOTTA E, CACACE G, DI RESTA M, CAPPUCCIO A, NOCERINO A, CUCCARO, PATRIZIA, PAUDICE, ALESSANDRO, TRIASSI, MARIA, Tipo, V, Giordano, V, Bernardo, A, Cuccaro, Patrizia, DELLA VECCHIA, A, Paudice, Alessandro, Botta, E, Cacace, G, DI RESTA, M, Cappuccio, A, Nocerino, A, and Triassi, Maria

Published
2008

14. Pseudomonas aeruginosa in a neonatal intensive care unit: molecular epidemiology and infection control measures

Author

Triassi Maria, Scarcella Alda, Borriello Tonia, Di Resta Mario, Lambiase Antonietta, Caprio Alessandro, Di Popolo Anna, Crivaro Valeria, and Zarrilli Raffaele

Subjects
Infectious and parasitic diseases, RC109-216
Abstract

Abstract Background Pseudomonas aeruginosa, a non-fermentative, gram-negative rod, is responsible for a wide variety of clinical syndromes in NICU patients, including sepsis, pneumonia, meningitis, diarrhea, conjunctivitis and skin infections. An increased number of infections and colonisations by P. aeruginosa has been observed in the neonatal intensive care unit (NICU) of our university hospital between 2005 and 2007. Methods Hand disinfection compliance before and after an educational programme on hand hygiene was evaluated. Identification of microrganisms was performed using conventional methods. Antibiotic susceptibility was evaluated by MIC microdilution. Genotyping was performed by PFGE analysis. Results The molecular epidemiology of Pseudomonas aeruginosa in the NICU of the Federico II University hospital (Naples, Italy) and the infection control measures adopted to stop the spreading of P. aeruginosa in the ward were described. From July 2005 to June 2007, P. aeruginosa was isolated from 135 neonates and caused severe infections in 11 of them. Macrorestriction analysis of clinical isolates from 90 neonates identified 20 distinct genotypes, one major PFGE type (A) being isolated from 48 patients and responsible for 4 infections in 4 of them, four other distinct recurrent genotypes being isolated in 6 to 4 patients. Seven environmental strains were isolated from the hand of a nurse and from three sinks on two occasions, two of these showing PFGE profiles A and G identical to two clinical isolates responsible for infection. The successful control of the outbreak was achieved through implementation of active surveillance of healthcare-associated infections in the ward together with environmental microbiological sampling and an intense educational programme on hand disinfection among the staff members. Conclusion P. aeruginosa infections in the NICU were caused by the cross-transmission of an epidemic clone in 4 neonates, and by the selection of sporadic clones in 7 others. An infection control programme that included active surveillance and strict adherence to hand disinfection policies was effective in controlling NICU-acquired infections and colonisations caused by P. aeruginosa.

Published
2009
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17. Pseudomonas aeruginosain a neonatal intensive care unit: molecular epidemiology and infection control measures

Author

Antonietta Lambiase, Raffaele Zarrilli, Mario Di Resta, Alessandro Caprio, Valeria Crivaro, Tonia Borriello, Maria Triassi, Alda Scarcella, Anna Di Popolo, Crivaro, V., Di Popolo, A., Caprio, A., Lambiase, Antonietta, Di Resta, M., Borriello, T., Scarcella, Alda, Triassi, Maria, and Zarrilli, Raffaele

Subjects
DNA, Bacterial, medicine.medical_specialty, Neonatal intensive care unit, Genotype, medicine.drug_class, Antibiotics, Skin infection, medicine.disease_cause, lcsh:Infectious and parasitic diseases, Microbiology, Hospitals, University, Medical microbiology, Intensive Care Units, Neonatal, Internal medicine, medicine, Humans, Infection control, lcsh:RC109-216, Pseudomonas Infections, Cross Infection, Infection Control, Molecular Epidemiology, Molecular epidemiology, Pseudomonas aeruginosa, business.industry, Incidence, Infant, Newborn, Outbreak, medicine.disease, Bacterial Typing Techniques, Electrophoresis, Gel, Pulsed-Field, Infectious Diseases, Italy, business, Hand Disinfection, Research Article
Abstract

Background Pseudomonas aeruginosa, a non-fermentative, gram-negative rod, is responsible for a wide variety of clinical syndromes in NICU patients, including sepsis, pneumonia, meningitis, diarrhea, conjunctivitis and skin infections. An increased number of infections and colonisations by P. aeruginosa has been observed in the neonatal intensive care unit (NICU) of our university hospital between 2005 and 2007. Methods Hand disinfection compliance before and after an educational programme on hand hygiene was evaluated. Identification of microrganisms was performed using conventional methods. Antibiotic susceptibility was evaluated by MIC microdilution. Genotyping was performed by PFGE analysis. Results The molecular epidemiology of Pseudomonas aeruginosa in the NICU of the Federico II University hospital (Naples, Italy) and the infection control measures adopted to stop the spreading of P. aeruginosa in the ward were described. From July 2005 to June 2007, P. aeruginosa was isolated from 135 neonates and caused severe infections in 11 of them. Macrorestriction analysis of clinical isolates from 90 neonates identified 20 distinct genotypes, one major PFGE type (A) being isolated from 48 patients and responsible for 4 infections in 4 of them, four other distinct recurrent genotypes being isolated in 6 to 4 patients. Seven environmental strains were isolated from the hand of a nurse and from three sinks on two occasions, two of these showing PFGE profiles A and G identical to two clinical isolates responsible for infection. The successful control of the outbreak was achieved through implementation of active surveillance of healthcare-associated infections in the ward together with environmental microbiological sampling and an intense educational programme on hand disinfection among the staff members. Conclusion P. aeruginosa infections in the NICU were caused by the cross-transmission of an epidemic clone in 4 neonates, and by the selection of sporadic clones in 7 others. An infection control programme that included active surveillance and strict adherence to hand disinfection policies was effective in controlling NICU-acquired infections and colonisations caused by P. aeruginosa.

Published
2009

18. Pseudomonas aeruginosa in a neonatal intensive care unit: molecular epidemiology and infection control measures.

Author

Crivaro V, Di Popolo A, Caprio A, Lambiase A, Di Resta M, Borriello T, Scarcella A, Triassi M, and Zarrilli R

Subjects
Bacterial Typing Techniques, Cross Infection microbiology, Cross Infection prevention & control, DNA, Bacterial analysis, Electrophoresis, Gel, Pulsed-Field, Genotype, Hand Disinfection, Hospitals, University, Humans, Incidence, Infant, Newborn, Infection Control methods, Italy, Pseudomonas Infections microbiology, Pseudomonas Infections prevention & control, Cross Infection epidemiology, Intensive Care Units, Neonatal, Molecular Epidemiology, Pseudomonas Infections epidemiology
Abstract

Background: Pseudomonas aeruginosa, a non-fermentative, gram-negative rod, is responsible for a wide variety of clinical syndromes in NICU patients, including sepsis, pneumonia, meningitis, diarrhea, conjunctivitis and skin infections. An increased number of infections and colonisations by P. aeruginosa has been observed in the neonatal intensive care unit (NICU) of our university hospital between 2005 and 2007., Methods: Hand disinfection compliance before and after an educational programme on hand hygiene was evaluated. Identification of microrganisms was performed using conventional methods. Antibiotic susceptibility was evaluated by MIC microdilution. Genotyping was performed by PFGE analysis., Results: The molecular epidemiology of Pseudomonas aeruginosa in the NICU of the Federico II University hospital (Naples, Italy) and the infection control measures adopted to stop the spreading of P. aeruginosa in the ward were described. From July 2005 to June 2007, P. aeruginosa was isolated from 135 neonates and caused severe infections in 11 of them. Macrorestriction analysis of clinical isolates from 90 neonates identified 20 distinct genotypes, one major PFGE type (A) being isolated from 48 patients and responsible for 4 infections in 4 of them, four other distinct recurrent genotypes being isolated in 6 to 4 patients. Seven environmental strains were isolated from the hand of a nurse and from three sinks on two occasions, two of these showing PFGE profiles A and G identical to two clinical isolates responsible for infection. The successful control of the outbreak was achieved through implementation of active surveillance of healthcare-associated infections in the ward together with environmental microbiological sampling and an intense educational programme on hand disinfection among the staff members., Conclusion: P. aeruginosa infections in the NICU were caused by the cross-transmission of an epidemic clone in 4 neonates, and by the selection of sporadic clones in 7 others. An infection control programme that included active surveillance and strict adherence to hand disinfection policies was effective in controlling NICU-acquired infections and colonisations caused by P. aeruginosa.

Published
2009
Full Text
View/download PDF

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