University of Naples Federico
University of Naples Federico
Costa E.,University of Porto |
Giardini A.,Scientific Institute of Montescano PV |
Savin M.,European Association of Pharmaceutical Full line Wholesalers |
Menditto E.,University of Naples Federico |
And 6 more authors.
Patient Preference and Adherence | Year: 2015
Medication adherence and persistence is recognized as a worldwide public health problem, particularly important in the management of chronic diseases. Nonadherence to medical plans affects every level of the population, but particularly older adults due to the high number of coexisting diseases they are affected by and the consequent polypharmacy. Chronic disease management requires a continuous psychological adaptation and behavioral reorganization. In literature, many interventions to improve medication adherence have been described for different clinical conditions, however, most interventions seem to fail in their aims. Moreover, most interventions associated with adherence improvements are not associated with improvements in other outcomes. Indeed, in the last decades, the degree of nonadherence remained unchanged. In this work, we review the most frequent interventions employed to increase the degree of medication adherence, the measured outcomes, and the improvements achieved, as well as the main limitations of the available studies on adherence, with a particular focus on older persons. © 2015 Costa et al.
PubMed | University of Naples Federico, European Association of Pharmaceutical Full line Wholesalers, Scientific Institute of Montescano PV, University of Porto and 4 more.
Type: | Journal: Patient preference and adherence | Year: 2015
Medication adherence and persistence is recognized as a worldwide public health problem, particularly important in the management of chronic diseases. Nonadherence to medical plans affects every level of the population, but particularly older adults due to the high number of coexisting diseases they are affected by and the consequent polypharmacy. Chronic disease management requires a continuous psychological adaptation and behavioral reorganization. In literature, many interventions to improve medication adherence have been described for different clinical conditions, however, most interventions seem to fail in their aims. Moreover, most interventions associated with adherence improvements are not associated with improvements in other outcomes. Indeed, in the last decades, the degree of nonadherence remained unchanged. In this work, we review the most frequent interventions employed to increase the degree of medication adherence, the measured outcomes, and the improvements achieved, as well as the main limitations of the available studies on adherence, with a particular focus on older persons.
Pagano B.,University of Naples Federico |
Amato J.,University of Naples Federico |
Iaccarino N.,University of Naples Federico |
Cingolani C.,Regina Elena Cancer Institute |
And 4 more authors.
ChemMedChem | Year: 2015
There is currently significant interest in the development of G-quadruplex-interactive compounds, given the relationship between the ability to stabilize these non-canonical DNA structures and anticancer activity. In this study, a set of biophysical assays was applied to evaluate the binding of six drug-like ligands to DNA G-quadruplexes with different folding topologies. Interestingly, two of the investigated ligands showed selective G-quadruplex-stabilizing properties and biological activity. These compounds may represent useful leads for the development of more potent and selective ligands. A great quad workout: Drug-like compounds that show specific G-quadruplex thermal stabilizing effects and the capacity to induce telomeric damage in cancer cells were identified as promising leads for the development of more potent and selective ligands with anticancer activity. © 2015 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim.
de Felice B.,The Second University of Naples |
Blasi V.O.,The Second University of Naples |
de Castro O.,University of Naples Federico |
Cennamo P.,Suor Orsola Benincasa University of Naples |
And 5 more authors.
Journal of Genetics | Year: 2012
Biofuels are an important alternative, renewable source of energy in the face of the ongoing depletion of fossil fuels. Cheese whey is a dairy industry waste characterized by high lactose concentration, which represents a significant environmental problem. Bio-ethanol production by cheese whey could be an effective nonvegetable source for renewable energy production. Here, we report the isolation of a mixed microbial population, able to produce ethanol as main fermentation product from fermenting whey. The microbial consortium has been used to perform a batch fermentation of crude whey in both anoxic and hypoxic conditions. Maximum ethanol concentrations achieved in this study was obtained using the mixed culture in hypoxic conditions, grown at pH 4 and 30°C, with ethanol production yield of 60 g/L. Our research has pointed out an alternative way to both dispose and valorize cheese whey, a dairy by-product that could cause water pollution and harm to the environment if not properly treated. © 2012 Indian Academy of Sciences.
De Felice B.,The Second University of Naples |
Copia L.,University of Naples Federico |
Guida M.,University of Naples Federico
Molecular Biology Reports | Year: 2012
Pharmaceuticals are continually released in the environment and therefore pollution from drugs is a pressing problem in the environment. Diclofenac, 2-[(2,6- dichlorophenyl)amino]phenylacetic acid is a FDA approved non-steroidal anti-inflammatory drug (NSAID) for the treatment of inflammation. This pharmaceutical has been found as pollutant in superficial waters. Danio rerio (zebrafish) embryo has been used as a model organism for acute pollutant toxicity tests in order to identify morphological alterations in development and death rate. Through the combination of mRNA differential display and quantitative Real Time experiments, we analyzed the alterations of gene expression in zebrafish embryos left to develop in the presence of diclofenac and thereby assess the molecular mechanism involved in ecotoxicity of diclofenac polluted waters. This approach, in embryos exposed to 1.25 mg/l drug for 48 h, allowed identifying 36 different genes, with both known and unknown functions, whose transcription is differentially regulated. The identity and ontological classification of these genes is presented. The wide variety of functional classes of transcripts isolated in this screen reflects the diverse spectrum of influences operating across diclofenac exposure. Of these 36 genes, several have been selected for detailed quantitative Real Time analysis to validate the screen. Our results, for the first time, provide an insight into some of the varied and novel molecular networks following zebrafish exposure to diclofenac polluted waters. © Springer Science+Business Media B.V. 2011.
Miranda B.,University of Naples Federico |
Esposito V.,University of Naples Federico |
De Girolamo P.,University of Naples Federico |
Sharp P.J.,Roslin Institute |
And 2 more authors.
Brain Research | Year: 2013
In mammals Orexin-A and -B are neuropeptides involved in the hypothalamic regulation of diverse physiological functions including food intake and the sleep-wake cycle. This generalisation was investigated in meat-(broiler) and layer-type juvenile domestic chickens by immunocytochemical localisation of orexin A/B in the hypothalamus, and by measurements of hypothalamic hypocretin mRNA which encodes for orexin A/B after chronic food restriction, and during the sleep-wake cycle. Orexin immunoreactive fibres were observed throughout the hypothalamus with cell bodies in and around the paraventricular nucleus. No differences were observed in the pattern of immunoreactivity using anti- human orexin-A, or -B antisera. The amount of hypothalamic hypocretin mRNA in food -restricted broilers was higher than in broilers fed ad libitum, but the same as in layer- type hens fed ad libitum. Hypothalamic hypocretin mRNA was increased (P<0.01) in 12-week-old broilers fed 25% of their ad libitum intake between 6-12 weeks of age. No difference in hypothalamic hypocretin mRNA was seen in 12-week-old layer- type hens when they were awake (1-2 h after lights on) or sleeping (1-2 h after lights off). It is concluded that in the chicken, we could not find evidence that hypothalamic orexin plays a role in the sleep-wake cycle and it may be involved in aspects of energy balance. © 2013 Elsevier B.V. All rights reserved.
Giani U.,University of Naples Federico
MeMeA 2011 - 2011 IEEE International Symposium on Medical Measurements and Applications, Proceedings | Year: 2011
The present paper is an attempt to explore the role of measurement in clinical decision-making. First an outline of the bayesian approach to clinical evidential reasoning is carried out. Then, the complex and somewhat counterintuitive features of the dynamics of physiological variables in health and illness are described. Finally, the diagnostic and prognostic value of the measures of biological complexity is discussed. © 2011 IEEE.
PubMed | University of Naples Federico
Type: Journal Article | Journal: European biophysics journal : EBJ | Year: 2012
The 37/67-kDa human laminin receptor(LamR) is a cell surface protein that interacts with molecules located in the extra-cellular matrix. In particular, interactions between LamR and laminins play a major role in mediating changes in the cellular environment that affect cell adhesion, neurite outgrowth, tumor growth and metastasis. The exact interaction mode of laminin-1 and LamR is not fully understood. Laminin-1 is thought to bind to LamR through interaction with the so-called peptide G (residues 161180) and the C-terminal helix (residues 205229). Here we performed 100-ns atomistic force field based molecular dynamics simulations to explore the structure and dynamics of LamR related to laminin-1 interactions. Our main finding is that loop 188197 in the C-terminal region is highly flexible. It undergoes a major change resulting in a conformational switch that partially solvent exposes the R180 residue in the final part of the G peptide. So, R180 could contribute to laminin-1 binding. Projection of the simulations along the first two principal components also confirms the importance of this conformational switch in the LamR. This may be a basic prerequisite to clarify the key structural determinants of the interaction of LamR with laminin-1.