Gnathological and osteopathic treatments with digital evalua- tions before and after therapies: a case report of a patient with ehlers-danlos syndrome.

BACKGROUND: Ehlers-Danlos syndromes (EDS) are inherited connective tissue disorders, requiring specific care along with a multidisciplinary approach by an expert medical staff, as for both the diagnosis and the treatment management. Chronic generalized pain and musculoskeletal dysfunctions due to joint hypermobility are common traits. Temporomandibular disorders (TMDs) are among the most frequent complaints. The authors report the diagnostic and therapeutic management of an EDS subject. CASE PRESENTATION: A 33-year old woman with Ehlers-Danlos syndrome, hypermobile type, was clinically evalu-ated and treated. She underwent a gnathological therapy with an anterior repositioning splint and proprioception ex-ercises, and a physical rehabilitation through an osteopathic manipulation treatment (OMT). Technology - surface Elec-tromyography (sEMG) of masticatory muscles, T-scan and stabilometric platform- supported diagnostic and therapeutic phases, giving objective and quantifiable information on the patient's assessment before and after treatments. CONCLUSION: According to a targeted therapeutic strategy, both the gnathological and the osteopathic therapy proved to be effective in improving patient's symptomatology and functionality, as confirmed by digital findings.

Integrated electronic health records management system.

Computer systems and communication technologies are making a strong and influential presence in the different fields of medicine. The cornerstone of a functional medical information system represents the electronic health records management system. Due to a very sensitive nature of medical information, such systems are faced with a number of stringent requirements, like security and confidentiality of patients' related data, different media type's management, diversity of medical data that need to be processed etc. At present most clinical software systems are closed with little or no operability between them, and the medical information are locked in a variety of different incompatible databases. As the result of these facts, it is very hard for the developers to provide the solution for an integrated health computing environment, which would considerably improve the quality of medical care in general. This paper presents the framework for a functional EHR management system that meets these demands, but also follows the initiative taken by the Next Generation Network (NGN) approach, which includes user mobility, service transparency and common communication platform for transferring and serving different types of information, services and media.