Psychotic syndromes are divided into affective and non-affective forms.Even among the non-affective forms,substantial differences exist.The aim of this relatively brief review is to synthesize what is known about the ...Psychotic syndromes are divided into affective and non-affective forms.Even among the non-affective forms,substantial differences exist.The aim of this relatively brief review is to synthesize what is known about the differences between two non-affective psychoses,schizophrenia and delusional disorder(DD),with respect to clinical,epidemiological,sociodemographic,and treatment response characteristics.A PubMed literature search revealed the following:in schizophrenia,hallucinations,negative symptoms and cognitive symptoms are prominent.They are rare in DD.Compared to schizophrenia patients,individuals with DD maintain relatively good function,and their delusions are believable;many are beliefs that are widely held in the general population.Treatments are generally similar in these two forms of psychosis,with the exception that antidepressants are used more frequently in DD and,for acute treatment,effective antipsychotic doses are lower in DD than in schizophrenia.It is with the hope that the contrasts between these two conditions will aid in the provision of safe and effective treatment for both that this review has been conducted.展开更多
The significance of U values in buildings’ shell energy performance is well known in the scientific community as well as in the construction sector. In addition, conducting a validation of the energy performance of a...The significance of U values in buildings’ shell energy performance is well known in the scientific community as well as in the construction sector. In addition, conducting a validation of the energy performance of a building often requires the knowledge of real U value figures, since their theoretical peers may deviate considerably from the real ones. The theoretical U value of a shell element may be calculated using complex material and surface related information, while its practical validation is conducted usually by equipment that requires tedious installation and constant contact with the examined element. Aim of this paper is to introduce an easily deployed, plug and play, contact less technology, able to provide a reasonable approximation of the building element U value and its variation with external air speed as well as an accurate estimation of the U value change in case of a shell (wall or window) retrofit.展开更多
文摘Psychotic syndromes are divided into affective and non-affective forms.Even among the non-affective forms,substantial differences exist.The aim of this relatively brief review is to synthesize what is known about the differences between two non-affective psychoses,schizophrenia and delusional disorder(DD),with respect to clinical,epidemiological,sociodemographic,and treatment response characteristics.A PubMed literature search revealed the following:in schizophrenia,hallucinations,negative symptoms and cognitive symptoms are prominent.They are rare in DD.Compared to schizophrenia patients,individuals with DD maintain relatively good function,and their delusions are believable;many are beliefs that are widely held in the general population.Treatments are generally similar in these two forms of psychosis,with the exception that antidepressants are used more frequently in DD and,for acute treatment,effective antipsychotic doses are lower in DD than in schizophrenia.It is with the hope that the contrasts between these two conditions will aid in the provision of safe and effective treatment for both that this review has been conducted.
文摘The significance of U values in buildings’ shell energy performance is well known in the scientific community as well as in the construction sector. In addition, conducting a validation of the energy performance of a building often requires the knowledge of real U value figures, since their theoretical peers may deviate considerably from the real ones. The theoretical U value of a shell element may be calculated using complex material and surface related information, while its practical validation is conducted usually by equipment that requires tedious installation and constant contact with the examined element. Aim of this paper is to introduce an easily deployed, plug and play, contact less technology, able to provide a reasonable approximation of the building element U value and its variation with external air speed as well as an accurate estimation of the U value change in case of a shell (wall or window) retrofit.
