190,993 research outputs found
Tracce di storia. Ciò che vedo e ciò che interpreto nello sguardo fotografico di Paola Mattioli
No full textLa prefazione "legge" e interpreta lo sguardo fotografico di Paola Mattioli che, con le sue immagini, ha cercato di ricostruire il lavoro di fabbrica e il profilo dei lavoratori nello stabilimento Landini di Fabbrico (RE)
P. A. Mattioli
No full textBotanico: Mattioli, Pier Andrea (1501-1577).
Dottissimo e celebre medico e botanico.
Titolo manoscritto sul recto.
Nota manoscritta su carta incollata sul recto: dono G. B. De Toni 5.VI.1901.
Immagine ritagliata da pubblicazione 205 x 155 mm.
1 stampa fotomeccanica ; 126 x 97 mm.
Vai alla scheda bibliografica: https://galileodiscovery.unipd.it/discovery/fulldisplay?context=L&vid=39UPD_INST:VU1&search_scope=MyInst_and_CI&tab=Everything&docid=alma99001596990020604
[Barbieri Mattioli (c.1817), funerary sculpture]
No full textFrom Berresford: Barbieri Mattioli (c.1817), Giovanni Putti, Cimitero della Certosa, Bologna.Portrait medallion of Isabella Barbieri Mattioli on tomb with figures surrounding monument.Title from Berresford
Pediatric Robotic Surgery: Technical and Management Aspects
No full textThis book presents the state of the art across the entire field of pediatric robotic surgery, including thoracic, abdominal, oncologic, gynecologic, and urologic procedures. Indications for each type of robotic surgery are clearly set out and technical aspects are described in detail, illustrating the patient’s position and explaining the robotic assessment and the optimal use of robotic instruments. Anesthetic issues and the management of robotic complications are discussed, and managerial aspects are also considered, with provision of helpful suggestions on how to approach robotic surgery in each pediatric department. For surgeons who wish to start using the pediatric robotic approach, simple illustrations of robotic assessment and principles of robotic surgery are included. Pediatric robotic surgery has undergone significant development in recent years, and the technology is now applied to a variety of pediatric diseases beyond urology. This book has been written by a group of world-renowned pioneers of pediatric robotic surgery and will appeal to pediatric surgeons of all disciplines, to residents, and to hospital general managers and medical directors
Three-dimensional seismic velocity tomography of Montserrat from the SEA-CALIPSO offshore/onshore experiment
No full textThe SEA-CALIPSO experiment in December 2007 incorporated a sea-based airgun source, and seismic recorders both on Montserrat and on the adjacent sea floor. A high quality subset of the data was used for a first arrival P-wave velocity tomographic study. A total of more than 115,000 traveltime data from 4413 airgun shots, and 58 recording stations, were used in this highresolution tomographic inversion. The experiment geometry limited the depth of well resolved structures to about 5 km. The most striking features of the tomography are three relatively high velocity zones below each of the main volcanic centers on Montserrat, and three low velocity zones flanking Centre Hills. We suggest that the high velocity zones represent the solid andesitic cores of the volcano complexes, characterized by wave speeds faster than adjacent volcaniclastic material. The low velocity zones may reflect porous volcaniclastic material and/or alteration by formerly active hydrothermal systems. Copyright © 2010 by the American Geophysical Union
Descriptors of 350+ PhD in Design theses 2012-2022
No full textSpreadsheet containing the collected the descriptions of 350+ PhD theses from the DoCS4Design programmes over the past 10 years. This is an open dataset made available for others to study. Added are two analysis reports that were made in the programme. A publication about the keywords analysis appeared as Mattioli, F., Figoli, F.A., and Stappers, P.J. (2024) Connecting the PhD in Design: How PhDs Label Their Thesis Research, in Proceedings of Learn X Design 2023: Futures of Design Education. The DoCS4Design consortium had as partners the PhD in Design programmes of Delft University of Technology (Netherlands), Politecnico di Milano (Italy), Aalto University (Finland), Imperial College (UK), Carnegie Mellon University (USA) and the Illinois Institute of Technology (USA)
Teaching using computer science in surgery
No full textThe purpose of this article is to illustrate a new interactive software built to teach the methodological features about differential diagnosis, final diagnosis and therapeutic decisions on surgical patients. The software was done in sequential flow with some interactive dialogue, choices of hypothetical diagnoses and requests of clinical and diagnostic procedures (X-ray, endoscopy, TC, echography etc.). The computer replies with color images, alpha numeric data, X-ray pictures and other answers, evaluating every choice and his propedeutic position. The student can do a final diagnosis, and if this one is true, must request the right therapy for the patient. The computer gives an evaluation about methodological process and final result about patient's health. This software is ready and operating on a limited number of patients affected by oesophageal pathology: its use is possible for other surgical pathologies and clinical courses
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