She does not need to put the culture in a biohazard container as the culture is not a blood specimen. It is a false statement
<h3>What is Biohazard container ?</h3>
Biological liquid waste that has been chemically or autoclave-decontaminated can be dumped down the drain (sanitary sewer) while it is running. Blood and bodily fluids from either humans or animals can be flushed down the toilet without first being cleaned.
- Devices or things with corners, edges, or projections capable of cutting or piercing skin or everyday garbage bags are collected in commercial red biohazardous sharps containers after coming into touch with biological or recombinant genetic materials.
- Waste that might be infected with pathogens that are dangerous to people and the environment is disposed of in biohazard containers.
- After being autoclaved, biohazardous material can be thrown out with regular trash. Put the autoclave bag inside a typical container.
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Answer:
A. Rational.
Explanation:
The rational brain division of the cerebrum connotes a person's capacity to thoroughly consider numerous chances. This piece of the cerebrum is related with the Cerebral Cortex, with its essential duties; thinking capacity, perception and memory revisionist device work, language, social capacities and critical thinking.
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The nurse will assess for inadequate tracheostomy tube cuff inflation while responding to a low-pressure limit mechanical ventilator alarm.
- An alarm for excessive airway pressure indicates an issue with compliance or resistance.
- To stop the alarm and make sure the patient receives the predetermined number of breaths from the ventilator, turn up the upper limit on the alarm parameter first.
An audible and/or visual alert will trigger if the pressure inside the breathing circuit falls below the Low Airway Pressure Alarm limit specified on the ventilator. Low pressure alerts can be caused by, among other things:
- The patient's connection to the ventilator circuit breaks.
- inadequate tracheostomy tube cuff inflation
- nasal cushions, prongs, or invasive non-masks that don't fit well
- Circuit and tube connections that are loose
- The ventilator cannot supply the patient with as much air as they need.
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Answer:
The correct answer is option B.
Explanation:
Glomerulus receives the blood from the body through large-diameter arterioles called "afferent arterioles" and after filtration, the filtered blood is sent back to the bloodstream through the "efferent arterioles" with small diameter than afferent arterioles.
The efferent arterioles either carry the blood to
1. Cortex: where it forms anastomotic capillaries or peritubular plexus.
2. Medulla: carry the blood to vasa recta in the medulla.
Thus, option B- efferent arterioles are the correct answer.
Answer: hemostasis
Explanation: hope this helps
