Know Your Surroundings During An Earthquake


Know Your Surroundings During an Earthquake

Substances entering the body at a colder temperature than core Final Survival Plan E-book Review heat can cause an individual to develop adverse health effects. The risk of hypothermia is heightened each time a blood fluid warmer is not used in conjunction with intravenous infusion. Portable devices are the easiest way to reduce this treatment hazard. Hospitals, first responders, and outpatient services are beginning to use warmers as a preventative measure in several treatment scenarios. The lightweight device operates on battery power and does not require cleaning or proprietary cartridges. Professionals can complete setup in approximately thirty seconds and the equipment averages forty-five seconds to warm. Earlier equipment designs took up to ten minutes to heat, were unwieldy, and ran off electrical power. New advancements such as closer placement to the infusion sight, an overheating failsafe, and sensor technology have improved the heating consistency of these devices. Compact, disposable versions allow patients to receive warming under any type of environmental condition.

A fluid warming system today can stay with the patient throughout the duration of their treatment. Older models required cleaning after usage; however, newly designed versions can simply be disposed once they are no longer needed. These characteristics allow warming to be applied at first contact in the field and to remain with the patient as they are treated in a crisis environment. Compact designs make them easy to store in ambulances, trauma rooms, operating rooms, helicopters, and military combat vehicles. The better units require no proprietary fittings or specific line sets, consequently they can be used with whatever standard supplies are on hand. Technology components respond when flow rate adjustments occur to provide enhanced temperature regulation. Changes continue to be made to enhance the usage benefits of fluid warming systems for medical professionals. Sensors, for example, monitor the flow rate to adjust heat as the amount of a liquid given changes. Low mass heaters reduce the residual heat complications often seen in older water bath or hot plate models. Disposability eliminates cleaning between applications for decreased chance of infection.

Warmers prevent hypothermia development during field treatment, surgery, and emergency care situations. Introducing a large amount of fluid quickly will increase the risk of hypothermia as the patient is being treated. Anesthesia used in surgery has a cooling effect on the body that increases infection risks and lowers the body temperature. Trauma patients can arrive at the facility already in a hypothermic state, or on the verge of developing hypothermia when extensive blood is lost or cold substances are applied in the field. Portable equipment used by first responders allows the immediate condition to be treated upon emergency center arrival. New designs eliminate bacterial infection risks by ensuring equipment is sterile for each individual use. The prevention of infections lessens the length of time an individual remains in the hospital and prevents other illnesses from taking hold. Medical providers have short time constraints in emergency or trauma situations, meaning they need equipment that is easy to learn, set up, and use. Older versions had none of these attributes; however, the latest models have made blood fluid warmers convenient to use under any circumstances.

Blood and fluid warmers are devices used to heat substances before they intravenously enter the body. They were previously restricted to medical facility environments; however, design advancements have opened up countless usage opportunities to less institutionalized settings. Pre-warming is a process developed to maintain internal core body temperature in environments where cold is present or in situations involving the high volume, rapid introduction of colder substances. It prevents secondary conditions like hypothermia from developing in a patient by lessening the risk of a significant temperature drop. Older designs had certain operational requirements that prevented their use in the field, outpatient environments, home therapy, government applications, and various other areas. Today, devices are designed to be portably operated by means of battery power and are small enough to be stored easily on field transportation or within any type of medical facility. Warming equipment is now being used in military combat situations, for first response treatment, in trauma centers, specialized care facilities, and in surgical procedures to reduce the risk of hypothermia or other possible complications.


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