A novel digital magnetic tagging technology based on magnetic tags that can be used as encoded microcarriers for biomolecular probes, is presented here. The highly disruptive platform technology can provide a very large number of unique codes, enabling a high degree of multiplexing. The design principles of a novel magnetic laboratory-on-a-chip device comprising microfluidic channels with embedded magnetic tunneling magnetoresistive sensors are also discussed. (c)
2010 American Institute of Physics. [doi:10.1063/1.3352580]“
“Purpose: selleck inhibitor There are two million people in the UK living with cancer and this figure is rising each year. The consequences of cancer and its treatment are devastating and many patients suffer long-term effects for years after completion of treatment. National S3I-201 UK policy recognises that current follow-up fails to meet patients’ survivorship needs and new methods of service-delivery are required. An analysis of local service
provision in a London teaching hospital demonstrated that the needs of patients with lymphoma were not being met. The aim of this project was to develop a nurse-led service that would provide comprehensive survivorship care for patients with lymphoma.
Method: A nurse-led survivorship service was implemented using a comprehensive service development framework and was evaluated through a variety of methods such as a patient satisfaction questionnaire, note audit, waiting time audit and an analysis of patients comment and suggestions.
Results: The project was successfully implemented with risk management and advanced practice requirements addressed. It was demonstrated that patients were satisfied with the new service, the quality of documentation had improved and waiting times were reduced.
Conclusion: This work adds to the current survivorship knowledge-base and provides evidence that nurses can provide safe and effective survivorship care for patients with lymphoma. learn more (C) 2013 Elsevier Ltd. All rights reserved.”
“Well-defined
comblike atactic polystyrene functionalized with hydroxyl groups was synthesized via living/controlling radical polymerization promoted by metallocene complexes in the presence of poly(phenyl glycidyl ether)-co-formaldehyde as the initiator and Sn as a reducing agent. The effect of the polymerization conditions, such as the ratio of initiator to monomer, temperature, and polymerization time, and the structure of the metallocene complex on the polymerization process were investigated. The resulting polymers were characterized by gel permeation chromatography, multiangle laser light scattering, (1)H-NMR, and (13)C-NMR. The results show that the polymer had a narrow molecular weight distribution in the range 1.1.-1.