Multidisciplinary model for hospital-territory integrated management of patient with bone fragility: primary and secondary prevention of fractures according to severity and complexity.

The aim of this study was to promote the construction of a real network and a shared diagnostic and therapeutic management model between hospitals and out-of-hospital healthcare services to capture as many patients with bone fragility as possible. Starting from the analysis of the clinical competences present in the province of Pavia, the bone specialists (BSs) organized some educational events involving both general practitioners (GPs) and hospital specialists. The Fracture Liaison Service (FLS) model, the revision of Note 79, the national plan for chronicity and the health reform of the Lombardy Regional Authority supported the structure of our model, in which the roles of clinicians are well defined and based on the complexity and severity of patients. In our method the GP has a central role as clinical manager, facilitating patient management and communication between the specialists and the BS. In January 2019, the Therapeutic Care Diagnostic Path (PDTA) shared between 2 bone specialists (BSs), 9 GPs, as reference treaters, and a multidisciplinary group of 25 specialists of the Province of Pavia was defined. The strategic directions of the two largest public hospitals in Pavia have supported the PDTA, which was validated by the quality departments of the hospitals themselves. Finally, sixty GPs belonging to the network have joined the PDTA. This model is the first example of integrated management between hospitals and out-of-hospital healthcare services for the primary and secondary prevention of fragility fractures (FF), where the GPs play a pivotal role as managers and supervisors to ensure proper care to chronic patients according to their levels of severity

Evaluation and treatment of synkinesis with botulinum toxin following facial nerve palsy.

PURPOSE: To assess the effect and efficacy of botulinum toxin type A (BTX-A) in reducing synkinesis in aberrant facial nerve regeneration (following facial paralysis). METHOD: A total of 55 sessions of BTX-A (Botox) infiltration were performed on 30 patients (23 female) with synkinesis after facial palsy. Each subject was injected with 2.5 units of BTX-A in each injection site (the sites were chosen on a case-by-case basis). The synkinetic muscles targeted include: orbicularis oculi, zygomaticus major, depressor labii inferioris, platysma, healthy frontalis and healthy corrugator supercilii. The patients were examined using the Sunnybrook Facial Grading System, both before the BTX-A treatment and after an average of 35 days. RESULTS: All 30 patients experienced improvement to the synkinesis after treatment. Total scores: median pre-BTX-A: 40; post 53 p = 0.004. Resting symmetry scores: mean pre-BTX-A -7.1; post: -3.5; median pre -5 [interquartile range (IQR) -10 to -5]; post: -5 (IQR -5 to 0); p = 0.0001. Symmetry of voluntary movement median pre-BTX-A: 56 post 60 p = 0.10. Synkinesis scores: median pre-BTX-A: -9 post -3 p < 0.0001. Mean duration of improvement was 4 months. CONCLUSIONS: BTX-A injection treatment was effective in reducing facial synkinesis, thus improving facial expression symmetry both at rest and in voluntary movements

Botteghe e artigiani : marmorari, bronzisti, ceramisti e vetrai nell'antichit\ue0 classica

Il volume illustra le principali tecniche di produzione artigianale del mondo classico greco e romano, in relazione al marmo, al bronzo, all'argilla e al vetro

OP100- FACIAL SYNKINESIS AND BOTULINUM TOXIN THERAPY

Injection of BTX was effective in reducing facial synkinesis, without weakness of the facial voluntary movemen

Child visuomotor skills: preliminary findings using a new low-cost movement analysis method.

Visuomotor skills are obviously important in activities of daily living. In school-aged children they are particularly important in writing and reading processes. The assessment of these skills is usually performed through neuropsychological or complex neurophysiological tests. We present our preliminary findings in 21 healthy children in whom visuomotor assessment was performed using a new, non-invasive method, based on quantitative video analysis of arm movement during a maze task. This low-cost method seems promising because it is easier to perform than other neurophysiological techniques, does not involve the fixing of markers on the child's body and allows accurate evaluation of joint angles. The major drawbacks are the single plane used for the video recording and the need for a well lit environment