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The symposium deals with all the aspects of interactions among the worlds of the instrumentation and measurement, bio engineering, material science, chemical and biological measurements, and the medical field The symposium enables researchers, doctors and technicians to exchange ideas and information, make connections and collaborations and update innovation on health care systems and diagnostics in medicine.
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The aim of the conference, in line with previous initiatives, was to stimulate discussion among researchers who, in their respective disciplinary fields (physics, engineering, biology, medicine, epidemiology), actively contribute to the development of knowledge in the field of bioelectromagnetism and the interaction between electromagnetic fields and biosystems. Contributions cover the following, but not exclusive, topics: i study of the effects of electromagnetic fields in vivo, in vitro, on humans (laboratory and/or epidemiological studies), ii exposure/dosimetry, iii biomedical applications, iv interaction mechanisms, and v food engineering. L'obiettivo del convegno, in linea con le precedenti iniziative, è stato quello di stimolare il confronto tra i ricercatori che, nei rispettivi settori disciplinari (fisica, ingegneria, biologia, medicina, epidemiologia), contribuiscono attivamente allo sviluppo delle conoscenze nell'ambito del bioelettromagnetismo e delle interazione tra campi elettromagnetici e biosistemi. I contributi riguardano le seguenti, ma non esclusive, tematiche: i studio degli effetti dei campi elettromagnetici in vivo, in vitro, sull'uomo (studi di laboratorio e/o epidemiologici), ii esposizione/dosimetria, iii applicazioni biomedicali, iv meccanismi di interazione e v food engineering.
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Collagen is the most abundant protein class in the human body. The polymer also has the distinct benefit of being biodegradable, biocompatible, readily accessible, and very adaptable. The use of collagen-based biomaterials in tissue engineering applications has increased dramatically over the past few years, owing to extensive research in the field. Multiple cross-linking strategies for collagen have been examined. Various combinations of collagen with other biopolymers have also been investigated in an attempt to increase the tissue function of the collagen biomaterials in their various formulations. Collagen Biomaterials provides a thorough overview of the different uses of collagen-based biomaterials produced for tissue engineering, to offer a functional material for use in regenerative medicine from the laboratory bench to the patient bedside.
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The aim of the conference, in line with previous initiatives, was to stimulate discussion among researchers who, in their respective disciplinary fields (physics, engineering, biology, medicine, epidemiology), actively contribute to the development of knowledge in the field of bioelectromagnetism and the interaction between electromagnetic fields and biosystems. Contributions cover the following, but not exclusive, topics: i study of the effects of electromagnetic fields in vivo, in vitro, on humans (laboratory and/or epidemiological studies), ii exposure/dosimetry, iii biomedical applications, iv interaction mechanisms, and v food engineering. L'obiettivo del convegno, in linea con le precedenti iniziative, è stato quello di stimolare il confronto tra i ricercatori che, nei rispettivi settori disciplinari (fisica, ingegneria, biologia, medicina, epidemiologia), contribuiscono attivamente allo sviluppo delle conoscenze nell'ambito del bioelettromagnetismo e delle interazione tra campi elettromagnetici e biosistemi. I contributi riguardano le seguenti, ma non esclusive, tematiche: i studio degli effetti dei campi elettromagnetici in vivo, in vitro, sull'uomo (studi di laboratorio e/o epidemiologici), ii esposizione/dosimetria, iii applicazioni biomedicali, iv meccanismi di interazione e v food engineering.
Choose an application
Collagen is the most abundant protein class in the human body. The polymer also has the distinct benefit of being biodegradable, biocompatible, readily accessible, and very adaptable. The use of collagen-based biomaterials in tissue engineering applications has increased dramatically over the past few years, owing to extensive research in the field. Multiple cross-linking strategies for collagen have been examined. Various combinations of collagen with other biopolymers have also been investigated in an attempt to increase the tissue function of the collagen biomaterials in their various formulations. Collagen Biomaterials provides a thorough overview of the different uses of collagen-based biomaterials produced for tissue engineering, to offer a functional material for use in regenerative medicine from the laboratory bench to the patient bedside.
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