Answer:
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Explanation:
The instances in which a nurse should anticipate the use of Norcuron or NMBA are : ARDS and control of ICP
<h3><u> Invasive mechanical ventilation</u></h3>
Invasive mechanical ventilation is the delivery of air into the airways of a patient by applying positive pressure to the lungs of the patient through an endotracheal tube .The mixture of air delivered into the airways of the patient gradually flows through into the alveoli of the patient.
During the instances of ARDS and ICP the nurse in charge of the patient should consider the use of Norcuron or NMBA with sedation.
Hence we can conclude that The instances in which a nurse should anticipate the use of Norcuron or NMBA are : ARDS and control of ICP
Learn more about mechanical ventilation : brainly.com/question/4440281
<u>Hello some data related to your question is missing below is the complete data </u>
<em>In which instances, in a patient on invasive mechanical ventilation, should a nurse anticipate the use of vecuronium (Norcuron) or another neuromuscular blocking agent (NMBA) with sedation and analgesia</em>?
<span>
Rachel wants to improve her body composition by reducing her BMI. She
swims with her friends after school two days a week and eats a
well-balanced diet. What else should she do to ensure that she properly
applies all the necessary FITT principles in her plan?
A. She should add
more cardiovascular training and weight training to her exercise
routine and eat several low-calorie meals throughout the day. </span>
Answer: Life is so hard because nobody is perfect.
Explanation: If everybody were perfect, then life wouldn’t be so hard because people would know how to handle it, and people wouldn’t make mistakes, so life’s mistakes would never happen.
Oxygen and carbon dioxide are the gases transported by the red blood cells. Oxygen is collected from the air in the alveoli to the blood capillaries. It binds to the heme group in <span>the haemoglobin<span>, which confers the red colour to the red blood cells where it is contained. </span></span>Carbon dioxide moves the other way around, from capillaries to alveoli. They are transported by the red blood cells when oxygen is exchanged by carbon dioxide from the cells' metabolism.
