19 results on '"Martino, E. Di"'
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2. Setosella spiralis Silen 1942
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Rosso, A., Martino, E. Di, and Gerovasileiou, V.
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Setosella ,Setosellidae ,Gymnolaemata ,Animalia ,Setosella spiralis ,Biodiversity ,Bryozoa ,Taxonomy ,Cheilostomatida - Abstract
Setosella spiralis Silén, 1942 (Figs 15–17; Tables 1, 2, 5) Setosella spiralis Silén, 1942: p. 4, fig. 3; pl. 2, fig. 7. Examined material. Holotype SMNH-Type-1893, North Atlantic Ocean, Josephine Bank, 36°45,5’N, 14°12,2’W, 340–430 fathoms (c. 500–650 m), Josephine Expedition 1869, a dead colony on the external surface of a bivalve. Paratypes, same collection number and details as the holotype: (1) five dead colonies, two on internal surfaces of bivalve shells, one on an unidentified bioclast, and two on a 4x 2.5x 2.5 cm biogenic concretion; (2) a live colony on a bioclast. Description. Colony small, including c. 20 zooids, exceptionally 37 in the largest available colony, entirely adhering to the substratum, consisting of spirally arranged zooids typically in a single right-coiled row and tightly adherent whorls giving a very solid appearance (Figs 15a, 16a). Each autozooid budding a disto-lateral daughter zooid from an elliptical septulum (30–45 µm long) located at about mid-length on the right side (Figs 15a, b, 16a, b, 17). A smaller, comparably more distally located subcircular pore (15–20 µm wide) present on its left side, seemingly inactive at the periphery of the colony, but functional to connect zooids in two subsequent whorls. New budded zooids variable in position in relation to the parental zooid, from disto-lateral at an angle of c. 45° with the longitudinal axis of the parental zooid, to mid-lateral or even proximo-lateral and subparallel (or sometimes orthogonal) with the longitudinal axis of the parental zooid. In one of the paratypes, the second periancestrular zooid contemporaneously buds three zooids (one distally and two disto-laterally) developing a ‘triple’ spiral (Fig. 17). Autozooids thick in lateral view (Figs 15e, 16d), irregularly elongate and asymmetrical in frontal view, with a cuneiform proximal end and a straight oblique termination on the left side contributing to the continuous, regularly curved colony edge. Lateral gymnocyst contributing to zooidal asymmetry, extensively exposed and gently sloping proximally only on the right side, except in zooids of the peripheral whorl, where it is largely exposed and steeply sloping towards the base also on the disto-lateral left side (Fig. 16a, b). Frontal area ovoidal to rhomboidal, bordered by a raised, thin and smooth rim. Cryptocyst extensive, slightly depressed and relatively flat, imperforate except for two opesiules, with variably inclined lateral and proximal edges, gently raising distally to form the proximal border of the opesia; sculptured with roughly radially aligned, fine granulations in the proximal half and along lateral edges, and coarser granulations in the flat area between the opesiules and the proximal margin of the opesia (Figs 15d, e, 17b). Opesia transversely Dshaped, approximately as long as wide, with an arched, deeply-located distal shelf of coarse granulations, occupying about one-third of the opesial width, and a proximal straight to gently convex proximal border with two slightly marked lateral indentations (Figs 15d, e, 16e). Opesiules paired (Figs 15d, e, 16d, 17d), smooth-sided, subcircular to elongate or irregularly-shaped, placed at about zooidal mid-length in the most depressed area of the cryptocyst, at c. 45 µm from the opesia. Vibraculum subglobular to subtriangular in frontal view, budded at the very disto-lateral end of each autozooid, highly inclined to orthogonal, on the right side of the associated zooid and often coaxial to the next autozooid in the row (Figs 15d, 17b); cystid visible only along the colony margin, swollen, somewhat asymmetrical with a protruding gymnocystal bulge on the left side; opesia acorn-shaped with blunt condyles separating the subelliptical talon from the short, slightly flared rostrum with a median shallow furrow (Fig. 15f); mandibular seta slender, more than twice as long as an autozooid, directed radially outside the colony in most zooids (Fig. 17c, d); circular (c. 14–20 µm in diameter), uniporous septula located on the distolateral corners and on the proximo-lateral left corner, visible on the colony periphery. Ovicells (Fig. 17 b–d) only observed in some zooids of the peripheral whorl, as a gently swollen prominence distal to the opesia; ectooecium smooth defined by a marked flam-shaped margin and with an asymmetrical, subcircular window (40–80 µm wide, mean 65 μm) pierced by a median pore. Terminal, subimmersed ovicell cleithral, with distinct ooecium; the proximal border of the ooecium deeply arched with lateral wings joining the mural rim almost at opesial corners, producing dimorphic opesiae with lateral indentations in ovicellate zooids. Ancestrula (Figs 15b, c, 16b, c) oval, nearly as large as the first budded zooids, but decidedly smaller than later autozooids; a narrow rim of gymnocyst exposed distally; cryptocyst gently sloping towards the opesia, smooth, occupying less than half of the proximal frontal area, tapering disto-laterally and disappearing distally; opesia nearly eight-shaped owing to symmetrical indentations of the mural rim, the proximal lobe wider. Opesia, or sometimes the whole frontal surface of the ancestrula, occluded by a coarsely granular plate. Ancestrula budding a single zooid with reversed polarity disto-laterally on the right side, and two vibracula, one disto-laterally, caudate, visible beyond the first budded zooid, and the second one nearly mid-laterally on the left side (Figs 15a, b, 16a, b). Closure plates sealing the opesia observed only in periancestrular autozooids in small colonies, but also in later autozooids (excluding those in peripheral rows) in larger colonies (Figs 15b, d, 16b, 17a). Remarks. Most of the studied colonies of Setosella spiralis are thick and characterised by a readily apparent spiral arrangement, resulting from the tightly and regular coiling of either a single or multiple, uniserial zooidal rows. A single colony exhibits a three-spiral arrangement. In contrast, there is no sign of the double spiral arrangement described by Silén (1942, p. 5). It is worth of note that the three-spirally coiled colony in the collection (Fig. 17) shows evidences of organic tissues, including frontal membranes, opercula and vibracular setae, suggesting that it was alive when collected. This contrasts with Silén’s (1942, p. 4, 5) statement that none of the colonies he had available was alive or had traces of vibracular setae. However, Silén’s description of an additional spiral, derived from the first spiral and not directly from the ancestrula, corresponds well with present observation (Fig. 16a). Also, some ovicells occur in this colony that were not mentioned by Silén (1942). As Silén (1942) reported to have available only five colonies of S. spiralis, all encrusting “small shells and worm tubes”, it is likely that the biogenic concretion with the two additional colonies (including the only live and fertile specimen) included in the paratype series were added later. The occurrence of the large, three-spiral colony on the concretion indicate that colonies tend to grow larger and to last longer if larger and more persistent substrata are available, although they become more irregular, possibly in relation to surface roughness. As already pointed out by Silén (1942), zooidal morphology is generally constant but the size of both zooids and vibracula is highly variable, remarkably and progressively increasing from the periancestrular zone to the growing termination of a whorl. Regenerations are common in both zooids and vibracula, especially in large colonies. Up to two intramural buds were counted in the vibracula (Figs 15f, 17d), while up to five intramural buds, as nested rims in the opesia and cryptocyst, were observed in the autozooids (Fig. 17e). Distribution. Setosella spiralis is presently known exclusively from the type locality, the Josephine Bank in the NE Atlantic, from which colonies were collected in the 500–650 m depth range during the Josephine Expedition in 1869. Although the species was never recorded again after its original description (Silén 1942), the present re-examination of the type material ascertains that both living and dead colonies were collected. Reverter-Gil et al. (2012, p. 166) reported as possibly fitting in the definition of S. spiralis colonies from a nearby locality, the Lion Seamount near Madeira (35°15,4’N, 15°34,6’W), and a comparable depth (630 m). However, the identity of this material previously identified as S. vulnerata, must be ascertained. Ecology. Setosella spiralis usually encrusts the convex side of small bioclasts (mostly mollusc shells, as the holotype) less than 1 cm-sized, but two colonies were found on the concave surface of a concretion about 3 cm in maximum diameter. Thus, this species seems adapted to the colonisation of small substrata in soft bottoms of the upper bathyal zone., Published as part of Rosso, A., Martino, E. Di & Gerovasileiou, V., 2020, Revision of the genus Setosella (Bryozoa: Cheilostomata) with description of new species from deep-waters and submarine caves of the Mediterranean Sea, pp. 401-442 in Zootaxa 4728 (4) on pages 426-428, DOI: 10.11646/zootaxa.4728.4.1, http://zenodo.org/record/3626494, {"references":["Silen, L. (1942) On Spiral Growth of the Zoaria of certain Bryozoa. Arkiv for Zoologi, Stockholm, 34 A (2), 1 - 22.","Reverter-Gil, O., Souto, J. & Fernandez-Pulpeiro, E. (2012) New and little known species of Bryozoa from Iberian Atlantic waters. Zoosystema, 34 (1), 157 - 170. https: // doi. org / 10.5252 / z 2012 n 1 a 7"]}
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- 2020
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3. Setosella Hincks 1877
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Rosso, A., Martino, E. Di, and Gerovasileiou, V.
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Setosella ,Setosellidae ,Gymnolaemata ,Animalia ,Biodiversity ,Bryozoa ,Taxonomy ,Cheilostomatida - Abstract
Genus Setosella Hincks, 1877 Type species. Membranipora vulnerata Busk, 1860 Amended diagnosis. Colony small, either encrusting, unilaminar, with autozooids arranged in single, double or multiple spirals (more apparent in some species/colonies) or quincuncially; or free-living either scorpioid or ringshaped. Autozooids usually rhomboidal, with a variably exposed gymnocyst and an ovoidal frontal area outlined by a mural rim. Cryptocyst often granular, depressed and relatively flat, pierced by two-to-five paired, slit-like to roundish opesiules. Slit-like opesiules asymmetrical, the left one usually the wider. Opesia distal, transversely D-shaped, dimorfic in ovicellate zooids, with a distal tuberculate shelf. Spines absent. Communication through uniporous septula. Interzooidal vibracula globular, placed disto-laterally to each autozooid, rarely distally, with a long seta; opesia eight-shaped, constricted by two blunt, asymmetrical condyles. Ovicell produced by the maternal autozooid, terminal, cleithral, immersed or subimmersed, with crescent-shaped kenozooidal ooecium; ectooecium gymnocystal, smooth, with a central pseudopore or a subcircular, variable in size (membranous when non-cleaned) window often exposing the endooecial surface. Ancestrula oval, smaller than autozooids, usually with a smooth cryptocyst demarcating an ovoidal, to semielliptical or trifoliate opesia; budding 1–2 sessile or caudate vibracula, sometimes with the interposition of a kenozooid. Interzooidal kenozooids roughly similar in size and shape to autozooids, but with a small, variably shaped, centrally placed opesia, rarely occur. Remarks. The emendation of the genus Setosella is required to include colonies arranged in tightly coiled spirals (S. spiralis) as well as free-living (the already established S. folini and the newly erected S. alfioi n. sp.), in addition to the occurrence, although rarely, of kenozooids with different morphologies (S. cavernicola and S. cyclopensis n. sp.)., Published as part of Rosso, A., Martino, E. Di & Gerovasileiou, V., 2020, Revision of the genus Setosella (Bryozoa: Cheilostomata) with description of new species from deep-waters and submarine caves of the Mediterranean Sea, pp. 401-442 in Zootaxa 4728 (4) on page 403, DOI: 10.11646/zootaxa.4728.4.1, http://zenodo.org/record/3626494, {"references":["Hincks, T. (1877) On British Polyzoa Part II. Classification. Annals and Magazine of Natural History, Series 4, 20 (120), 520 - 532. https: // doi. org / 10.1080 / 00222937708682275","Busk, G. (1860) Zoophytology. Descriptions of new species of Polyzoa. Collected by George Barlee, Esq., in Shetland. Quarterly Journal of Microscopical Science, 8, 123 - 125 + 143 - 145 + 213 - 214, pls. 24 - 28."]}
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- 2020
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4. Revision of the genus Setosella (Bryozoa: Cheilostomata) with description of new species from deep-waters and submarine caves of the Mediterranean Sea
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ROSSO, A., primary, MARTINO, E. DI, additional, and GEROVASILEIOU, V., additional
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- 2020
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5. 5PSQ-111 Improving patient safety and quality assurance through multidisciplinary clinical audits
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Polidori, P, primary and Martino, E Di, additional
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- 2018
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6. 4CPS-223 Evaluation of allergies during validation of pharmacological therapy according to eahp statements
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Polidori, P, primary, Martino, E Di, additional, and Provenzani, A, additional
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- 2018
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7. Miocene Bryozoa from East Kalimantan, Indonesia. Part II: ‘Ascophoran’ Cheilostomata
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Martino, E. Di, Taylor, P.D., Martino, E. Di, and Taylor, P.D.
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We describe 72 ascophoran-grade cheilostomes, ranging in age from Early to Late Miocene (late Burdigalian to Messinian), collected from 17 sections in the vicinities of Samarinda, Bontang and Sangkulirang in East Kalimantan, Indonesian Borneo. Two genera (Oviexechonella gen. nov. and Sendinopora gen. nov.) and twenty species (?Filaguria kalimantanensis sp. nov., Puellina bontangensis sp. nov., Caberoides gordoni sp. nov., Trypostega hasibuani sp. nov., Oviexechonella digeronimoi sp. nov., Reptadeonella curvabilis sp. nov., Reptadeonella toddi sp. nov., ?Hippomenella devatasae sp. nov., ?Hippomenella uniserialis sp. nov., Margaretta amitabhae sp. nov., Hippopodina indicata sp. nov., Saevitella renemai sp. nov., Gigantopora milenae sp. nov., Arthropoma renipora sp. nov, Bryopesanser bragai sp. nov., Bryopesanser sanfilippoae sp. nov., Tubiporella magnipora sp. nov., Buffonellaria sagittaria sp. nov., Lagenipora sciutoi sp. nov. and Sendinopora prima sp. nov.) are new. Ten species show affinities with Recent taxa from the Indo-Pacific; two species show similarities with Recent species recorded circumtropically; and three species were known previously from the Neogene of Europe, Australia or India.
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- 2015
8. Diagnostic Evaluation of Malignant Head and Neck Cancer by F-18-FDG PET Compared to CT/MRI
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Martino, E. Di, primary, Jänicke, S., primary, Cremerius, U., primary, Adam, G., primary, Zimny, M., primary, Reinartz, P., primary, Büll, U., primary, and Nowak, B., additional
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- 1999
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9. IGFBP-3 and IGFBP-10 (CYR61) up-regulation during the development of Barrett's oesophagus and associated oesophageal adenocarcinoma: potential biomarkers of disease risk
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Martino, E. Di, Wild, C. P., Rotimi, O., Darnton, J. S., Olliver, R. J., and Hardie, L. J.
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Dys-regulation of the insulin-like growth factor (IGF) system increases the risk of a number of malignancies. The aim of this study was to investigate the role of members of the IGF binding protein (IGFBP) superfamily in the development of oesophageal adenocarcinoma (EAC) and their possible use as markers of disease risk. Expression of IGFBP-2, IGFBP-3, IGFBP-4, and IGFBP-10/CYR61 was assessed using Real-Time-polymerase chain reaction (PCR) and immunohistochemistry in oesophageal tissues from Barrett's oesophagus (BE) patients with and without associated EAC, and in control subjects. IGFBP-3, IGFBP-4, and IGFBP-10/CYR61 mRNA levels were up-regulated in Barrett's (n=17) and tumour tissue of EAC patients (n=18) compared with normal tissue of control subjects without BE or EAC (n=18) (p<0.001). Over-expression of IGFBP-3 and IGFBP-10/CYR61 proteins was observed in Barrett's, dysplastic and tumour tissue of EAC cases (n=47 for IGFBP-10; n=39 for IGFBP-3) compared with adjacent normal epithelium (p<0.050). Notably, IGFBP-3, IGFBP-4, and IGFBP-10/CYR61 expression in Barrett's tissue of EAC cases (n=17) was significantly (p<0.001) higher than in Barrett's tissue of BE patients with no sign of progression to cancer (n=15). Overall, the results suggest that members of the IGFBP superfamily are up-regulated during oesophageal carcinogenesis and merit further investigation as markers of EAC risk.
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- 2006
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10. An assisted automated procedure for vessel geometry reconstruction and hemodynamic simulations from clinical imaging
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Redaelli, A., Rizzo, G., Arrigoni, S., Martino, E. Di, Origgi, D., Fazio, F., and Montevecchi, F.
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In this paper a method is described to obtain realistic 3-D geometric models of vascular districts from clinical tomographic 3-D images. The aim is the simulation of individual local hemodynamics by means of computational fluid-dynamics (CFD). As a test case, the method is applied to the carotid bifurcation. Attention is focused on the minimisation of the time demanding costs. The proposed procedure has been automated whenever possible and takes about 2 h from the acquisition of the images to the attainment of the simulation results, a time lapse compatible with diagnostic exigency.
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- 2002
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11. Diagnostic Evaluation of Malignant Head and Neck Cancer by F-18-FDG PET Compared to CT/MRI
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Nowak, B., Martino, E. Di, Jänicke, S., Cremerius, U., Adam, G., Zimny, M., Reinartz, P., and Büll, U.
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- 1999
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12. The computational approach applied to the design and structural verification of a trileaflet polymeric heart valve
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Martino, E. Di, Pietrabissa, R., and Mantero, S.
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- 1997
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13. Wear of polyethylene cups in total hip arthroplasty: a parametric mathematical model
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Pietrabissa, R., Raimondi, M., and Martino, E. Di
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- 1998
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14. Assessment of the influence of the compliant aortic root on aortic valve mechanics by means of a geometrical model
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Redaelli, A., Martino, E. Di, Gamba, A., Procopio, A. M., and Fumero, R.
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- 1997
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15. 4CPS-223 Evaluation of allergies during validation of pharmacological therapy according to eahp statements
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Polidori, P, Martino, E Di, and Provenzani, A
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BackgroundDrug-induced allergic reactions (DIAR) are associated with high patient morbidity, which can be easily prevented with appropriate strategies.PurposeThe aim of this study is to ensure a favourable risk/benefit ratio in patients of a 100-bed research institute through DIAR surveillance by the clinical pharmacist (CP) as a key tool to reduce the prescribing errors during validation of medical prescriptions.Material and methodsThe CP verified and classified all allergies reported in the Electronic Medical Record (EMR) from June 2016 to June 2017, paying attention to the pharmaceutical classes that induced allergies and the type of clinical manifestation.ResultsDuring the observation period, 30 prescriptions have been cancelled for allergic reaction (27 direct hypersensitivities and three cross-reactions) by the CP and 15 allergic skin diseases have been reported in the National Pharmacovigilance Network. Out of a total of 652 allergies examined, 71% (463/652) were attributed to drugs, 2.9% (19/652) to food, 2.8% (18/652) to environmental factors, while 23% (152/652) were of unknown origin. The prevalence of drugs that caused DIAR was 42.1% (195/463) for antibiotics, 19.2% (89/463) for nonsteroidal anti-inflammatory drugs, 13.2% for contrast media, 8.6% for cardiovascular drugs, 3% (12/463) for antipyretics, 2.6% (14/463) for opioids, 2.2% (10/463) for gastrointestinal drugs, 1.7% (8/463) for steroidal anti-inflammatory drugs, 1.1% (5/463) for favism, antimuscarinics and drugs for the nervous system, 0.9% (4/463) for antigout agents, 0.6% (3/463) for iron and immunosuppressants, 0.4% for iodine and platinum compounds and 0.2% for antihistamines, insulin, acetylcysteine and sodium chloride. The type of manifestation was reported in 43% (280/652) of DIAR and attributed to skin disorders (erythaema, eczema, rash, itching) in 64.3% (180/280), to respiratory diseases (asthma, short breath, cough) in 24.3% (68/280), to gastrointestinal disorders (diarrhoea, vomiting, cramps) in 5.7% (16/280), to congestion in 1.1% (3/280) and to fever, headaches/dizziness in 1.1% (3/280). 11.3% (74/652) of allergies were reported by the patients, 1% (7/652) were observed and confirmed by the physician, 0.8% (5/652) were reported as suspicious, while 86.8% (566/652) detection were not confirmed.ConclusionValidation of therapies and evaluation of DIAR by the CP minimise the occurrence of allergic reactions, allowing better prescriptive appropriateness and patient safety.No conflict of interest
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- 2018
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16. 5PSQ-111 Improving patient safety and quality assurance through multidisciplinary clinical audits
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Polidori, P and Martino, E Di
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BackgroundOur Institute has been accredited with Joint Commission International (JCI) status since 2009.PurposeThe purpose of this study is to ensure the compliance with JCI standards and the statements of the European Association of Hospital Pharmacists (EAHP), in order to identify the risk factors inherent in daily activities of healthcare professionals (HPs) and prevent/reduce the incidence of errors in clinical practice.Material and methodsClinical audits were conducted by multidisciplinary groups (HPs, pharmacists, quality responsibles etc. ). The audit was carried out in 5 days (5 to 9 June 2017) in seven wards, eight services and one outpatient clinic. The Clinical Pharmacy Service provided a checklist for ‘Medication Management Utilisation/International Patient Safety Goal 3’, focused on High-Alert Medications (HAMs) and Look-Alike/Sound-Alike (LASA) medications safety and EAHP statements. Medication management supply chain and departmental medications were checked.ResultsA total of 100 HPs (including 21 physicians, 62 nurses, 10 pharmacists, six pharmacy technicians and one physiotherapist) were interviewed. From the interviews, it emerged that all staff were well informed on the correct control systems for HAMs administration. However, a critical finding was that 71% (44/62) of the nurses did not remember all HAMs requiring the double-check process (chemotherapy and paediatric drugs, insulin for continuous infusion, potassium chloride preparations, heparin and bupivacaine). In fact, only 12% (7/62) of nurses performed a double-check in the electronic medical record. From data analysis of HAMs management, compliance with storage and labelling standards has emerged. In six out of seven units, HAMs and LASA lists were present and both types of medications were kept separate. As regards the general status of departmental medications, compliance with their correct storage was found in 96% (15/16) of the wards. Refrigerator temperatures were documented in 63% (10/16) of the wards inspected and 90% of them were in compliance with standards. Opened multi-dose medications were present in 31% (5/16) of the wards, however, although their date of opening was correctly reported, the expiration date was wrong.ConclusionThe audit activity highlighted the ongoing commitment of the Institute for the improvement of performance in the use of medications. Continuing training and quality improvement plans for non-compliance standards and statements will be conducted.References and/or Acknowledgements1. JCI Standard2015.No conflict of interest
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- 2018
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17. Tumori benigni del colon
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DODARO, CONCETTA ANNA, FLORIO, IOLE, QUARTO, GENNARO, SANTANGELO, MICHELE, RENDA, ANDREA, M. Agresti,B. Amato,A. Barbarisi,S. Canonico,G. Conzo, N. Di Martino,E. Di Salvo,G. Docimo,L. Docimo,L. Fei,G. Galizia,G. Izzo,E. Lieto,S. Massa,F. Milone,E. Procaccini,A. Renda,M. Santangelo,L. Santini,F. Selvaggi, U. Parmeggiani, Dodaro, CONCETTA ANNA, Florio, Iole, Quarto, Gennaro, Santangelo, Michele, and Renda, Andrea
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- 2015
18. Malformazioni congenite del colon
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QUARTO, GENNARO, FURINO, ERMENEGILDO, DODARO, CONCETTA ANNA, SANTANGELO, MICHELE, BENASSAI, GIACOMO, RENDA, ANDREA, M. Agresti,B. Amato,A. Barbarisi,S. Canonico,G. Conzo, N. Di Martino,E. Di Salvo,G. Docimo,L. Docimo,L. Fei,G. Galizia,G. Izzo,E. Lieto,S. Massa,F. Milone,E. Procaccini,A. Renda,M. Santangelo,L. Santini,F. Selvaggi, U. Parmeggiani, Quarto, Gennaro, Furino, Ermenegildo, Dodaro, CONCETTA ANNA, Santangelo, Michele, Benassai, Giacomo, and Renda, Andrea
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- 2015
19. Tumori maligni del colon
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CARLOMAGNO, NICOLA, SARACCO, MICHELE, TAMMARO, VINCENZO, GIULIANO, MARIO, CRISCITIELLO, CARMEN, SANTANGELO, MICHELE, RENDA, ANDREA, M. Agresti,B. Amato,A. Barbarisi,S. Canonico,G. Conzo, N. Di Martino,E. Di Salvo,G. Docimo,L. Docimo,L. Fei,G. Galizia,G. Izzo,E. Lieto,S. Massa,F. Milone,E. Procaccini,A. Renda,M. Santangelo,L. Santini,F. Selvaggi, U. Parmeggiani, Carlomagno, Nicola, Saracco, Michele, Tammaro, Vincenzo, Giuliano, Mario, Criscitiello, Carmen, Santangelo, Michele, and Renda, Andrea
- Published
- 2015
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