The main<u> </u><u>difference</u><u> between a</u><u> TIA</u> (transient ischemic attack) <u>and </u><u>RIND</u> (Reversible ischemic neurologic deficit) is the time duration taken for reversal of symptoms.
Explanation:
The symptoms of TIA can last for about 24 hours and settle within a day. RIND lasts for more than 24 hours and clears within a week or few weeks. This means that RIND is actually a mini version of TIA.
<u>Perspective of the paramedic:</u>
Since both the conditions exhibits acute mini stroke-like conditions with reversal of symptoms, the perspective of the paramedic will be the same for both TIA and RIND.
The paramedics in the field should conduct GCS and FAST tests, detect stroke and its damage caused, should obtain other basic information at the field, and administer basic neuroprotective treatment modalities to save the patient from further damage.
<u>In the hospital,</u> for both TIA and RIND, the primary stroke management is to restore the blood supply to the brain through anticlotting agents like tPA injections or endovascular procedures
. The treatment can vary later according to the severity of the stroke.
Blood concentrations of 3 g ml and COHb levels greater than 50% in postmortem blood samples are regarded as critical situation.
<h3 /><h3>What is the most frequent starting stage of combustion in fires involving upholstered furniture that cause harm or death?</h3>
Smoldering ignition is the most common type of ignition used in house structure fires that start with upholstered furniture. 3% of these fatalities, up from 1% of these fatalities in 1980–1984 and from 3% of fires during that time.
<h3>Why is a high carboxyhemoglobin a bad thing?</h3>
Unambiguous elevation of COHb is indicative of either a hemolytic process or, more frequently, carbon monoxide poisoning. Although decreased tissue oxygenation is caused by increased COHb, this is not the main mechanism of CO toxicity. The only regularly performed laboratory measurement of COHb.
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Answer:
X-rays: This tool produces a two-dimensional picture of the break.
Bone scan: Healthcare providers use a bone scan to find fractures that don’t show up on an X-ray.
CT scan: A CT scan uses computers and X-rays to create detailed slices or cross-sections of the bone.
MRI: A MRI creates very detailed images using strong magnetic fields.
