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Case studies of twelve existing human biospecimen repositories performed to evaluate their utility for genomics- and proteomics-based cancer research and to identify ?best practices? in collection, processing, annotation, storage, privacy, ethical concerns, informed consent, business plans, operations, intellectual property rights, public relations, marketing, and education that would be useful in designing a national biospecimen network.
Cadaver homografts--Case studies. --- Organizational Case Studies--United States. --- Preservation of organs, tissues, etc.--Case studies. --- Tissue banks--Case studies. --- Tissue Banks--standards--United States. --- Tissue Preservation--methods--United States. --- Health Care Evaluation Mechanisms --- Histocytological Preparation Techniques --- Preservation, Biological --- Health Services Research --- Biological Specimen Banks --- Quality of Health Care --- Investigative Techniques --- Cytological Techniques --- Specimen Handling --- Health Planning --- Histological Techniques --- Health Facilities --- Laboratory Techniques and Procedures --- Health Care Economics and Organizations --- Clinical Laboratory Techniques --- Health Care Facilities, Manpower, and Services --- Health Care Quality, Access, and Evaluation --- Analytical, Diagnostic and Therapeutic Techniques and Equipment --- Health Care --- Diagnosis --- Tissue Preservation --- Tissue Banks --- Organizational Case Studies --- Surgery & Anesthesiology --- Health & Biological Sciences --- Transplantation of Organs & Tissues --- Tissue banks --- Preservation of organs, tissues, etc. --- Cadaver homografts --- Post-mortem homografts --- Postmortem homografts --- Organ preservation (Anatomy) --- Organs (Anatomy) --- Banks, Organ --- Banks, Tissue --- Banks, Transplant --- Organ banks --- Transplant banks --- Preservation --- Homografts --- Non-heart-beating organ donation --- Transplantation of organs, tissues, etc. --- Biobanks --- Health facilities --- Procurement of organs, tissues, etc.
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In 2001, Benecke concluded a review on the history of forensic entomology with these optimistic words: "basic research and advanced application of forensic entomology (…) has opened the way to routine casework". At the same time, the TV show Crime Scene Investigation (CSI) largely brought forensic entomology to light. However, the show also cruelly pointed out its limits: After the team leader explained to his colleague how insects can help determine the time of death, the team leader added "You've still got to convince a jury", to which the colleague promptly responded "On guns. It's got to be better than bugs. Less Latin." Indeed, several factors—including complexity, inherent limitations, and the rapid evolution of scientific knowledge—explain the slow acceptance of insect-based evidence. In this context, this Special Issue focuses on the articulation between laboratory studies and casework, a major challenge for the future of forensic entomology.
Diptera --- identification --- forensic entomology --- funerary archaeoentomology --- crime scene --- autopsy --- cooling period --- entomological evidence --- expertise --- casework --- court --- criminal justice systems --- expert witness --- insect evidence --- research --- postmortem interval --- development --- succession --- species identification --- animal carcass --- cadaver --- decaying substrate --- insect succession --- successional studies --- vertebrate decomposition --- animal carcasses --- bait attraction --- ADD --- TBS --- PMI --- colonisation --- temperature --- medico-legal entomology --- time of colonization --- accumulated degree day estimates --- length-weight estimates --- species interactions --- Calliphoridae --- legislation --- expert witness statement --- criteria --- limitations --- thanatology --- confession --- post-mortem interval --- carrion --- larva --- first record --- barcoding DNA --- integrative taxonomy --- arthropods --- burial --- decay --- insects --- pig --- biological variation --- death time estimation --- alternative storage --- carrion insects --- validation --- minimum postmortem interval (PMI-min) --- rearing --- calliphoridae --- Lucilia sericata --- climate change --- global warming --- Fanniidae --- larval morphology --- human cadaver --- Forensic Entomology --- Spain --- experimental studies --- cases --- cold cases --- hair evidence --- n/a
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Whether reburied, concealed, stored, abandoned or publicly displayed, human remains raise a vast number of questions regarding social, legal and ethical uses by communities, public institutions and civil society organisations. This work presents a ground-breaking account of the treatment and commemoration of dead bodies resulting from incidents of genocide and mass violence. Through a range of international case studies across multiple continents, it explores the effect of dead bodies or body parts on various political, cultural and religious practices. Multidisciplinary in scope, it will appeal to readers interested in this crucial phase of post-conflict reconciliation, including students and researchers of history, anthropology, sociology, archaeology, law, politics and modern warfare.
Human remains (Archaeology) --- Dead --- Victims of violent crimes. --- Genocide --- Social aspects. --- Sociological aspects. --- Skeletal remains (Archaeology) --- Human skeleton --- Primate remains (Archaeology) --- Sociology of genocide --- Sociology --- Victims of violence --- Victims of crimes --- Violent crimes --- Cadavers --- Corpses --- Deceased --- Human remains --- Remains, Human --- Death --- Burial --- Corpse removals --- Cremation --- Cryomation --- Death notices --- Embalming --- Funeral rites and ceremonies --- Obituaries --- Bioarchaeology --- Anthropology --- Archaeology --- War Crimes --- death --- exhumation --- human remains --- post-conflict --- modern warfare --- mass violence --- burial --- violence --- forensics --- Alsace --- Cadaver --- Germany --- Herero people --- Nazism --- The Holocaust
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This Special Issue was proposed by and for engineers, physicists, medical doctors, researchers and scientists. We intend to analyze and discuss different topics on special materials for medical applications. There is great potential in the application of active or smart materials (metallic, polymer or ceramic) for the progression of applications in the medical domain of MEMS, actuators, sensors or functional systems. Active or “smart” materials have the ability to respond to different physical or chemical stimuli in a specific, repeatable mode. The actual activity in the domain, however, presents problems connected to obtaining, processing, characterizing, modeling and simulating or prototyping technologies. This Special Issue focuses on the most recent advances in obtaining and thermal and mechanical processing active materials used in the medical field with enhanced performances.
Technology: general issues --- History of engineering & technology --- Materials science --- self-expandable metallic stent --- ear canal --- cadaver --- ear speculum --- endoscopy --- surfactant --- skin barrier function --- skin permeability --- alkyl structure --- magnetic abrasive finishing --- FEMM --- surface roughness --- multi-feed movement --- beta-titanium wire --- EDS elemental mapping --- atomic force microscope --- 3D printing --- Co–Cr–W --- dental materials --- SEM --- EDS --- scratch test --- droplet adhesion --- profilometry --- microhardness --- Mg–Ca–Gd alloys --- microstructure --- electrochemical evaluation --- in vitro test --- dental bridges --- inlays --- finite element analysis --- orthodontics --- healthy and reduced periodontium --- bodily movement --- mandibular anterior teeth --- PLD --- turmeric --- curcuminoid-silanol films --- transdermal patch --- demetoxilation --- SEM-EDS --- LIF --- hemp composite --- Ti4Al4Zr --- HA --- electrophoresis --- corrosion --- biodegradable --- Zn --- microscratch --- n/a --- Co-Cr-W --- Mg-Ca-Gd alloys
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