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PORTABLE HEATER USE IN ICE FISHING SHELTERS AND THE POTENTIAL FOR CARBON MONOXIDE EXPOSURE

机译:便携式加热器在冰上钓鱼防护罩中的使用以及一氧化碳暴露的可能性

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摘要

Every year, more than 400 people in the U.S. die from accidental Carbon Monoxide (CO) poisoning. Carbon monoxide is a colorless, odorless, poisonous gas that results from incomplete burning of common fuels such as natural gas and propane. When CO is inhaled, it enters the blood stream and reduces the ability of blood to carry oxygen. The environment for ice fishing is cold and ice fishermen who use ice huts or tents commonly use portable propane heaters to heat their shelters.During the 2012/2013 ice fishing season, random fishermen were selected to be part of a research study. Upon arrival, the fishermen were evaluated for blood carbon monoxide concentrations (carboxyhemoglobin) and their pulse rate was recorded using a CO Oximeter. In addition, the air inside the fishermen shelters was evaluated for CO, oxygen and flammable gases with a MultiRAE plus 4 gas monitor.While COHb was measureable in 40% of the subjects when they arrived at the fishing sites, within one hour of fishing in a structure heated with a propane heater, eight of 10 (80%) of subjects revealed measureable COHb concentrations. The air CO monitoring within the structures supported this hypothesis with mean CO concentrations ranging from 2 -22 ppm. In addition, the majority of subjects had increased pulse rates as their duration in the structures increased.This research implies that the use of portable propane heaters in ice fishing structures may result in elevated air CO concentrations within the enclosures and increased fishermen blood carboxyhemoglobin levels. Additional research to further explore this potential public health problem is recommended.
机译:每年,美国有400多人死于意外的一氧化碳(CO)中毒。一氧化碳是一种无色,无味的有毒气体,是由于普通燃料(例如天然气和丙烷)的不完全燃烧而产生的。吸入一氧化碳时,它会进入血流并降低血液携带氧气的能力。冰钓的环境是寒冷的,使用冰棚或帐篷的冰钓者通常使用便携式丙烷加热器为庇护所供暖.2012 / 2013冰钓季节,随机渔民被选为研究对象。到达后,评估渔民的血液中一氧化碳浓度(羧基血红蛋白),并使用CO血氧计记录其脉搏率。此外,使用MultiRAE plus 4气体监测仪评估了渔民庇护所内的空气中的CO,氧气和可燃气体,而到达渔场一小时内,在到达渔场的40%的受试者中可测量到COHb。在用丙烷加热器加热的结构中,十个受试者中有八个(80%)表现出可测量的COHb浓度。结构内的空气CO监测结果支持这一假设,平均CO浓度范围为2 -22 ppm。此外,大多数受试者随着其在结构中的持续时间的增加而脉搏频率也增加。这项研究表明,在冰钓结构中使用便携式丙烷加热器可能会导致围栏内空气中CO浓度升高以及渔民血液中的碳氧血红蛋白水平升高。建议进行进一步的研究以进一步探讨这一潜在的公共卫生问题。

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