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For centuries sailing vessels crept along the coastline, ready to flee ashore in case of danger or trouble; this worked well until weather or poor sailing drove these ships against an unforgiving coast. Saviors and salvors (often the same people) struggled to rescue both humans and cargo, often with results as tragic for them as for the sailors and passengers. Joseph Francis (b. Boston, Massachusetts, 1801) was an inventor who also had the ability to organize a business to produce his inventions and the salesmanship to sell his products. His metal lifeboats, first
Inventors --- Marine engineering --- Lifeboats --- Lifesaving --- Engineering, Marine --- Marine technology --- Naval engineering --- Engineering --- Naval architecture --- Life-boats --- Surf boats --- Boats and boating --- Life-saving apparatus --- Survival and emergency equipment --- History --- History. --- Equipment and supplies. --- Equipment and supplies --- Francis, Joseph, --- United States. --- Life-Saving Service (U.S.)
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Swimming --- Lifesaving --- Swimming pools --- Lifesaving. --- Swimming. --- Swimming pools. --- Safety measures --- Health aspects --- Health aspects. --- Safety measures. --- Pools, Swimming --- Life-saving --- Baths --- Physical education facilities --- Sports facilities --- Aerobic exercises --- Aquatic sports --- Athletics --- Human locomotion --- Rescue work
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Law of obligations. Law of contract --- Shipping law --- France --- Maritime law --- Salvage --- Quasi contracts --- Droit maritime --- Sauvetage en mer --- Quasi-contrats --- Law and legislation --- Droit --- Assistance in emergencies --- Lifesaving --- Emergency assistance --- Failure to assist in emergencies --- Emergencies --- Bystander effect --- Life-saving --- Rescue work --- Assistance in emergencies - Law and legislation - France --- Lifesaving - France --- Maritime law - France
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Jacques Roisin s'est rendu à plusieurs reprises au Rwanda, afin de recueillir les témoignages de vingt Hutus qui ont sauvé des Tutsis lors du génocide de 1994. Dans la nuit la plus noire se cache l'humanité commence avec les témoignages de six de ces sauveteurs : Zura, l'ensorceleuse crainte des Rwandais, qui a caché des Tutsis dans sa maison et effrayé les miliciens venus pour tuer. Gisimba, harcelé pendant trois mois par les génocidaires dans son orphelinat afin qu'il livre "ses" enfants. Rachid, l'imam qui a dirigé la lutte armée des musulmans et des Tutsis de sa colline de Mabare contre les attaques répétées des Hutus fanatiques. Silas, le militaire Hutu qui, de nuit, a emmené par trois fois des groupes de Tutsis vers le Burundi. Edison, l'ex-génocidaire des années 70 qui a caché des familles de Tutsis et organisé un réseau de résistance. Ezéchiel, le commerçant aisé qui a dépensé sa fortune pour corrompre les génocidaires et épargner ainsi les Tutsis de sa colline. Dans la seconde partie, l'auteur commente la conduite de vingt sauveteurs hutus. Il présente le contexte historique de la fanatisation et de la haine anti-Tutsis et les différentes formes d'opposition au génocide rencontrées au Rwanda. Puis il aborde une réflexion approfondie sur la question de la sollicitude humaine, autrement dit : comment le bien et le mal, comment l'humanité viennent-ils à l'être humain ?
Lifesaving --- Genocide --- Hutu (African people) --- Tutsi (African people) --- History --- Crimes against --- Rwanda --- Atrocities. --- Bahutu --- Banyaruanda (African people) --- Banyarwanda (African people) --- Lera (African people) --- Ndara (African people) --- Ndoga (African people) --- Ndogo (African people) --- Ruanda (African people) --- Rwanda (African people) --- Shobyo (African people) --- Tshogo (African people) --- Ethnology --- Rundi (African people) --- Life-saving --- Rescue work --- Roisin, Jacques.
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Trauma is still a leading cause of death in patients below 40 years of age. Clinical management of severely injured patients is challenging in all phases of treatment during the clinical course. Numerous factors, such as injury severity, injury pattern, patient characteristics and trauma system, affect the decision-making process in our patients. After the successful initial management of an unstable multiply injured patient, secondary definitive surgeries and reconstructions may have a risk for further systemic complications and the deterioration of the patient’s physiology. A “Safe Definitive Surgery” (SDS) concept considers the dynamics of the clinical course (prehospital, operations, complications, etc.) and the patient’s physiology. Due to the repeated re-evaluation and assessment of the patient’s clinical course, dynamics and adaptation of the treatment strategy, the safe management of polytraumatized patients is possible. Many unanswered questions still exist and need to be addressed in future studies: Which patients profit by the damage control strategy and which do not? When is it best to start with the definitive fixation of fractures in multiply injured patients? How can one improve the quality of life in polytraumatized patients? What are the strategies in elderly severely injured patients? With this Special Issue, we would like to stimulate research in the field of polytrauma in order to shed light on the above-mentioned questions
Medicine --- pelvic ring fracture --- PCCD --- position --- associated injuries --- geriatric trauma --- scoring --- polytrauma --- ISS --- AIS --- geriatric patients --- orthogeriatric --- E-bike injuries --- outcome --- injury pattern comparison --- traumatic injury --- reactive oxygen species --- phagocytosis --- CD14 --- CD16 --- CD62L --- fMLP --- PMA --- emergency surgery --- trauma team competence --- trauma system --- life-saving intervention --- trauma --- non-invasive external pelvic stabilizers --- bleeding --- pelvic fractures --- post mortem analysis --- biomechanical force --- pneumatic pelvic sling VBM® --- T-POD® --- cloth sling --- SAM Sling® --- trauma victims --- prehospital death --- Injury Severity Score (ISS) --- hemorrhage --- shock --- resuscitation --- coagulopathy --- oxygen transport --- endotheliopathy --- microcirculation --- macrocirculation --- orthopaedic trauma --- nutritional deficiencies --- vitamins --- lower extremity --- wound complications --- nutrition wound healing --- platelets --- immune system --- posttraumatic organ failure --- posttraumatic lung dysfunction --- posttraumatic hyperinflammation --- I-FABP --- biomarker --- intestinal damage --- hemorrhagic shock --- major trauma --- pelvic ring fracture --- PCCD --- position --- associated injuries --- geriatric trauma --- scoring --- polytrauma --- ISS --- AIS --- geriatric patients --- orthogeriatric --- E-bike injuries --- outcome --- injury pattern comparison --- traumatic injury --- reactive oxygen species --- phagocytosis --- CD14 --- CD16 --- CD62L --- fMLP --- PMA --- emergency surgery --- trauma team competence --- trauma system --- life-saving intervention --- trauma --- non-invasive external pelvic stabilizers --- bleeding --- pelvic fractures --- post mortem analysis --- biomechanical force --- pneumatic pelvic sling VBM® --- T-POD® --- cloth sling --- SAM Sling® --- trauma victims --- prehospital death --- Injury Severity Score (ISS) --- hemorrhage --- shock --- resuscitation --- coagulopathy --- oxygen transport --- endotheliopathy --- microcirculation --- macrocirculation --- orthopaedic trauma --- nutritional deficiencies --- vitamins --- lower extremity --- wound complications --- nutrition wound healing --- platelets --- immune system --- posttraumatic organ failure --- posttraumatic lung dysfunction --- posttraumatic hyperinflammation --- I-FABP --- biomarker --- intestinal damage --- hemorrhagic shock --- major trauma
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Trauma is still a leading cause of death in patients below 40 years of age. Clinical management of severely injured patients is challenging in all phases of treatment during the clinical course. Numerous factors, such as injury severity, injury pattern, patient characteristics and trauma system, affect the decision-making process in our patients. After the successful initial management of an unstable multiply injured patient, secondary definitive surgeries and reconstructions may have a risk for further systemic complications and the deterioration of the patient’s physiology. A “Safe Definitive Surgery” (SDS) concept considers the dynamics of the clinical course (prehospital, operations, complications, etc.) and the patient’s physiology. Due to the repeated re-evaluation and assessment of the patient’s clinical course, dynamics and adaptation of the treatment strategy, the safe management of polytraumatized patients is possible. Many unanswered questions still exist and need to be addressed in future studies: Which patients profit by the damage control strategy and which do not? When is it best to start with the definitive fixation of fractures in multiply injured patients? How can one improve the quality of life in polytraumatized patients? What are the strategies in elderly severely injured patients? With this Special Issue, we would like to stimulate research in the field of polytrauma in order to shed light on the above-mentioned questions
Medicine --- pelvic ring fracture --- PCCD --- position --- associated injuries --- geriatric trauma --- scoring --- polytrauma --- ISS --- AIS --- geriatric patients --- orthogeriatric --- E-bike injuries --- outcome --- injury pattern comparison --- traumatic injury --- reactive oxygen species --- phagocytosis --- CD14 --- CD16 --- CD62L --- fMLP --- PMA --- emergency surgery --- trauma team competence --- trauma system --- life-saving intervention --- trauma --- non-invasive external pelvic stabilizers --- bleeding --- pelvic fractures --- post mortem analysis --- biomechanical force --- pneumatic pelvic sling VBM® --- T-POD® --- cloth sling --- SAM Sling® --- trauma victims --- prehospital death --- Injury Severity Score (ISS) --- hemorrhage --- shock --- resuscitation --- coagulopathy --- oxygen transport --- endotheliopathy --- microcirculation --- macrocirculation --- orthopaedic trauma --- nutritional deficiencies --- vitamins --- lower extremity --- wound complications --- nutrition wound healing --- platelets --- immune system --- posttraumatic organ failure --- posttraumatic lung dysfunction --- posttraumatic hyperinflammation --- I-FABP --- biomarker --- intestinal damage --- hemorrhagic shock --- major trauma
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Trauma is still a leading cause of death in patients below 40 years of age. Clinical management of severely injured patients is challenging in all phases of treatment during the clinical course. Numerous factors, such as injury severity, injury pattern, patient characteristics and trauma system, affect the decision-making process in our patients. After the successful initial management of an unstable multiply injured patient, secondary definitive surgeries and reconstructions may have a risk for further systemic complications and the deterioration of the patient’s physiology. A “Safe Definitive Surgery” (SDS) concept considers the dynamics of the clinical course (prehospital, operations, complications, etc.) and the patient’s physiology. Due to the repeated re-evaluation and assessment of the patient’s clinical course, dynamics and adaptation of the treatment strategy, the safe management of polytraumatized patients is possible. Many unanswered questions still exist and need to be addressed in future studies: Which patients profit by the damage control strategy and which do not? When is it best to start with the definitive fixation of fractures in multiply injured patients? How can one improve the quality of life in polytraumatized patients? What are the strategies in elderly severely injured patients? With this Special Issue, we would like to stimulate research in the field of polytrauma in order to shed light on the above-mentioned questions
pelvic ring fracture --- PCCD --- position --- associated injuries --- geriatric trauma --- scoring --- polytrauma --- ISS --- AIS --- geriatric patients --- orthogeriatric --- E-bike injuries --- outcome --- injury pattern comparison --- traumatic injury --- reactive oxygen species --- phagocytosis --- CD14 --- CD16 --- CD62L --- fMLP --- PMA --- emergency surgery --- trauma team competence --- trauma system --- life-saving intervention --- trauma --- non-invasive external pelvic stabilizers --- bleeding --- pelvic fractures --- post mortem analysis --- biomechanical force --- pneumatic pelvic sling VBM® --- T-POD® --- cloth sling --- SAM Sling® --- trauma victims --- prehospital death --- Injury Severity Score (ISS) --- hemorrhage --- shock --- resuscitation --- coagulopathy --- oxygen transport --- endotheliopathy --- microcirculation --- macrocirculation --- orthopaedic trauma --- nutritional deficiencies --- vitamins --- lower extremity --- wound complications --- nutrition wound healing --- platelets --- immune system --- posttraumatic organ failure --- posttraumatic lung dysfunction --- posttraumatic hyperinflammation --- I-FABP --- biomarker --- intestinal damage --- hemorrhagic shock --- major trauma
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