Forage Production and Nitrogen Status in Mixed Fodder Crops

In Southern Italy, the lack of rain during the summer period is one of the main factors limiting fodder crop production. Another very important parameter, linked to drought, is N fertilisation. In these conditions, it is necessary to find mixtures of legumes and grasses able to ensure good production and quality in the driest months, and to rationalise N fertilisation through control of the nutritional status of the crops at the beginning of spring. By this approach, it is possible to adjust N application during the cropping cycle. The aim of this research was to evaluate in a hilly area of Apulia Region the production of several mixtures of annual grasses and legumes, cropped in temporary grassland, and to investigate their N nutritional status

Biological, Productive and Qualitative Evaluation of Permanent Meadows in Southern Italy

In the four-year period 1992-95 the biological and productive capabilities of two pure permanent meadow species, sainfoin (Onobrychis viciaefolia Scop.) and cocksfoot (Dactylis glomerata L.), subjected to three harvest times (when plant height reached 10, 15 and 20 cm) and two cutting heights (0 and 5 cm) were tested under dry conditions. Sainfoin adapted better to environmental conditions than cocksfoot and proved to perform better in terms of number of annual cuttings, green forage and dry matter production and persistence throughout the years. Among the harvest times and cutting heights, the best responses were obtained, respectively, in the 15 cm treatment and in cutting close to the ground

Metaplastic carcinoma with extensive dendritic cell differentiation: a previously unrecognised type of triple-negative breast cancer

The case of a metaplastic carcinoma of the breast exhibiting dendritic cell differentiation is described. The clinico-pathologic and immunohistochemical features are reported, together with the differential diagnosis

Towards a deep-learning-based methodology for supporting satire detection

This paper describes an approach for supporting automatic satire detection through effective deep learning (DL) architecture that has been shown to be useful for addressing sarcasm/irony detection problems. We both trained and tested the system exploiting articles derived from two important satiric blogs, Lercio and IlFattoQuotidiano, and significant Italian newspapers

Histological Features and Biocompatibility of Bone and Soft Tissue Substitutes in the Atrophic Alveolar Ridge Reconstruction

The reconstruction of the atrophic alveolar ridges for implant placement is today a common procedure in dentistry daily practice. The surgical reconstruction provides for the optimization of the supporting bone for the implants and a restoration of the amount of keratinized gingiva for esthetic and functional reasons. In the past, tissue regeneration has been performed with autogenous bone and free gingival or connective tissue grafts. Nowadays, bone substitutes and specific collagen matrix allow for a complete restoration of the atrophic ridge without invasive harvesting procedures. A maxillary reconstruction of an atrophic ridge by means of tissue substitutes and its histological features are then presented

Models of radon exhalation from building structures: General and case-specific solutions.

Assessing the radon activity that exhales from building structures is crucial to identify the best strategies to prevent radon from entering a building or reducing its concentration in the inhabited spaces. The direct measurement is extremely difficult, so the common approach has consisted in developing models describing the radon migration and exhalation phenomena for building porous materials. However, due to the mathematical complexity of comprehensively modelling the radon transport phenomenon in buildings, simplified equations have been mostly adopted until now to assess the radon exhalation. A systematic analysis of the models applicable to radon transport has been carried out and it has resulted in four models differing in the migration mechanisms – only diffusive or diffusive and advective – and the presence of inner radon generation. The general solutions have been obtained for all the models. Moreover, three case-specific sets of boundary conditions have been formulated to account for all the actual scenarios occurring in buildings: both perimetral and partition walls and building structures in direct contact with soil or embankments. The corresponding case-specific solutions obtained serve as a key practical tool to improve the accuracy in assessing the contribution of building materials to indoor radon concentration according to the site-specific installation conditions in addition to the material inner properties