Stefano Toxiri, Simona Crea and Frank Krause will each give brief summaries of their papers on exoskeleton field trials. Researchers from Stellantis (formerly FCA) will discuss collaborative approaches in benchmarking, testing and introducing exoskeletons in their global operations. Carisa Harris-Adamson will discuss issues related to the introduction and use of exoskeletons in the construction industry. Joel Cort will present the results of his studies in automotive plants using industrial workers. This discussion panel presents and discusses the results of studies that involved the use of exoskeletons in industrial situations using real workers. Note: Sessions of this Symposium will all cover aspects of exoskeleton research. While numerous studies on the potential benefits of exoskeletons, most to date have involved only small numbers of participants in laboratory settings on simulated tasks and as such makes it difficult to draw firm conclusions about the benefits of industrial exoskeleton in real work situations. As the market for exoskeletons continues to grow, the development and refinement of exoskeleton designs also expands. Industry interest in the use of exoskeletons to reduce worker physical loading and fatigue (and thus musculoskeletal injury and illness) continues to accelerate globally. The labs are also used to evaluate the impact of new treatments, devices and technologies developed at KITE, Toronto Rehab - University Health Network. These world-class facilities allow researchers to safely and accurately measure the difficulties encountered in the real world. This simulator can be integrated with four customizable testing environments that enable researchers to recreate and evaluate conditions such as ice and snow, different terrains and slopes, and driving conditions involving rain and headlight glare. This massive underground lab features one of the most advanced hydraulic motion simulators. You will have opportunities to visit the Challenging Environment Assessment Laboratory, the only facility of its kind in the world. Tour one of the world’s most advanced rehabilitation research and development centre - KITE at Toronto Rehab-University Health Network - a place where new treatments and technologies have been developed for people recovering from and living with disabling injury or illness. 1987 1:7–21.Virtual Tour Hosted by Alison Novak and Sophia Li of KITE Research Institute Vaccinia virus recombinants expressing rabiesvirus glycoprotein protect against rabies. Single nucleotide polymorphism genotyping by two colour melting curve analysis using the MGB Eclipse Probe System in challenging sequence environment. 2002:48–54.īelousov Y.S., Welch R.A., Sanders S., Mills A., Kulchenko A., Dempcy R., et al. Accurate SNP typing by real-time PCR: a comparison of minor groove binder-conjugated DNA probes. Minor groove binder-conjugated DNA probes for quantitative DNA detection by hybridization-triggered fluorescence. Using two discrete viral gene targets, these assays together provide a reliable and sensitive method for quickly confirming monkeypox infections.Īfonina I.A., Reed M.W., Lusby E., Shishkina I.G., Belousov Y.S. Of the 13 human samples tested from confirmed cases, both assays identified 100% as containing MPXV DNA.Į9L-NVAR and B6R assays demonstrate 100% specificity for non-variola Eurasian orthopoxvirus and MPXV, respectively. The B6R assay recognized 15 different MPXV strains, while other orthopoxvirus (9) and bacteria (15) strains did not cross-react. The assay reproducibly identified various concentrations of 13 Eurasian orthopoxvirus strains and was sensitive to 12.5 vaccinia genomes. Assays were validated using coded orthopoxvirus DNA samples and used to evaluate lesion samples from five confirmed US monkeypox cases.Į9L-NVAR did not detect variola (48 strains), North American orthopoxviruses (2), or DNA derived from non-poxviral rash illnesses. A hybridization assay, utilizing a MGB Eclipsetrade mark (Epoch Biosciences) probe, targets an envelope protein gene (B6R) and specifically detects monkeypox virus (MPXV). We present two real-time PCR assays critical for laboratory diagnosis of monkeypox during the 2003 US outbreak.Ī TaqMan-based assay (E9L-NVAR) targets the orthopoxvirus DNA polymerase gene and detects Eurasian orthopoxviruses other than Variola. Human monkeypox, a zoonotic disease, was first reported outside of Africa during the 2003 US outbreak.
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