A simple, sensitive agar plate method was used to screen lipase activity from 1229 selected cultures, including 508 bacteria, 479 yeasts, 230 actinomycetes and 12 fungi, cove~ ing many genera and species. About 25% of the cultures tested are lipase-positive. These lipas~positive strains were further classified into three categories according to their enzyme activity: good, moderate and weak lipase producers for those having orange fluorescent halo zones greater than 10 mm, 7.5 mm or 5 mm diameters, respectively. The good lipase producers have the potential to be developed for industrial enzymes. The positional, fatty acid or enantic~ specificity of each individual lipase requires further investigation. The data presented here are important for the discovery of new lipases.
Introduction: Australian natural resource exploration and production companies are employing paramedics to provide emergency medical response, primary health care, injury prevention, and health promotion services in remote locations nationally and internationally. Although Australian paramedic practice has steadily evolved to include increasingly complex medical interventions in the prehospital setting, paramedics are not yet registered health professionals, and in many states and territories their title is not protected. Similarly, tertiary-level education is becoming the entry to practice standard for traditional ambulance paramedics; however, certificate-and diploma-level paramedic courses remain an acceptable pathway to private and industrial paramedic jobs. To ensure acceptable patient safety standards are maintained and to protect all related stakeholders, the role, skills, training, and professional capacity of industrial paramedics must be defined. Methods: The study objective was to explore the published literature for a definition for the discipline of industrial paramedicine. A comprehensive systematic analysis was conducted using the EBSCOhost (health), MEDLINE, SCOPUS, and CINAHL electronic databases. The primary search terms remote, offshore, mining, and oil were combined with the secondary search terms paramedic and emergency medical services. Results: An initial search using the combined two-term sets identified 870 citations. After application of the inclusion and exclusion criteria to a title and abstract review, 69 citations met the criteria including those discovered by searching the reference lists. Of these, nine citations were excluded because full-text papers could not be found and eight citations were excluded based on review of the full article. The result was 40 articles that discuss the role of paramedics in the remote or offshore environment (ROP) and 12 articles that discuss the provision of emergency medical services in the mining or oil and gas sectors (MOEMS). There is no single definition or comprehensive role description for industrial paramedic practice within the literature. Conclusions: Worldwide, there is little high-quality published evidence to adequately reflect all aspects of industrial paramedic practice. However, based on the literature available, this definition is offered: 'An industrial paramedic is an advanced clinical practitioner in paramedicine with an expanded scope of practice. The industrial paramedic provides emergency response, primary health care, chronic disease management, injury prevention, health promotion, medical referral, and repatriation coordination at © JJ Acker, TJ Johnston, A Lazarsfeld-Jensen, 2014. A licence to publish this material has been given to James Cook University, http://www.rrh.org.au 2 remote mining sites, offshore installations, and other isolated industry settings. The industrial paramedic is resourceful, adaptable, and comfortable working independently. Industrial paramedics practice on site with limited resources, remotely loca...
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