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Use movement techniques taught by the physical therapists: Using movement and mobility techniques taught by the physical therapist demonstrates appropriate understanding of postoperative care instructions. Proper body mechanics, transfer techniques, and ambulation strategies help reduce strain on the surgical site while preventing complications such as deep vein thrombosis, atelectasis, muscle weakness, and impaired circulation. Following these instructions promotes safe mobility and enhances the healing process during recovery.

Verify that a follow up appointment has been scheduled: Ensuring that a follow-up appointment is scheduled reflects appropriate discharge planning and understanding. Postoperative follow-up visits are necessary to monitor wound healing, evaluate recovery progress, remove sutures or drains if needed, and identify early complications such as infection or impaired healing. Attending scheduled follow-up appointments also allows timely medication adjustments and reinforcement of postoperative education.

Notify the healthcare provider (HCP) if a fever develops: Recognizing fever as a reportable postoperative complication demonstrates correct understanding of discharge instructions. Fever may indicate infection, inflammatory complications, or other postoperative problems requiring prompt medical evaluation. Early reporting allows timely intervention before complications progress to systemic infection, wound dehiscence, or sepsis. Clients should also be instructed to monitor for additional symptoms such as redness, drainage, swelling, or worsening pain.

Comfort measures performed for the client while restraints are in place: Providing comfort measures such as repositioning, hydration, toileting, and range-of-motion exercises is important during restraint use, but it is not the most critical documentation priority. Although these interventions help reduce discomfort and maintain dignity, they do not directly address the immediate physiological risks associated with impaired circulation or tissue injury caused by restraints. Safety monitoring takes precedence over comfort documentation.

The client's ability to participate in various self-care activities: Assessing the client’s ability to participate in self-care is useful for evaluating functional status and determining the ongoing need for restraints. However, this documentation is secondary to monitoring for restraint-related complications. The immediate concern with mitten restraints is maintaining adequate circulation and preventing injury. Functional participation becomes more relevant during reassessment for restraint discontinuation rather than during ongoing safety surveillance.

The family's expressed understanding of the need for the restraints: Family education and understanding are important components of holistic and ethical nursing care because they help reduce anxiety and promote cooperation with the treatment plan. However, documenting family understanding does not directly ensure the client’s physical safety while restrained. The nurse’s primary responsibility remains continuous assessment of the restrained extremities to prevent serious complications such as ischemia, nerve damage, or skin breakdown.

Brushing an unconscious client's teeth should be avoided because of the inability to cooperate with the procedure: Brushing should not be avoided in unconscious clients; instead, it should be performed carefully using a soft-bristled toothbrush. Oral care remains necessary to remove plaque, prevent infection, and maintain mucosal health. Lack of cooperation is managed through gentle technique, positioning, and suctioning if needed rather than eliminating effective oral hygiene measures.

Cleaning the inner cheeks and outer gum surfaces with glycerin swabs is the best method of providing mouth care for an unconscious client: Glycerin swabs are not recommended for routine oral care because they can dry the oral mucosa and do not effectively remove plaque or debris. They may be used for moisture but are not a substitute for proper brushing and oral cleansing. Effective mouth care involves toothbrush use, suctioning, and appropriate cleansing solutions to maintain oral hygiene and reduce infection risk.

Unconscious clients need less frequent mouth care than conscious clients because they are not eating: Unconscious clients actually require more frequent oral care because they are at higher risk for dry mouth, bacterial growth, and aspiration pneumonia. The absence of oral intake does not reduce the need for hygiene; instead, it increases the risk of mucosal breakdown and infection due to reduced saliva flow and inability to perform self-care. Frequent oral care is essential for maintaining oral health and preventing complications.

Fibromyalgia: Fibromyalgia is a chronic pain disorder characterized by widespread musculoskeletal pain, fatigue, and sleep disturbances, but it is not directly caused by obstructive sleep apnea. While poor sleep quality in OSA may worsen fatigue or pain perception, fibromyalgia has a multifactorial etiology involving central sensitization rather than intermittent airway obstruction. Therefore, it is not a primary complication of OSA.

Peptic ulcer disease: Peptic ulcer disease is primarily caused by Helicobacter pylori infection or prolonged use of nonsteroidal anti-inflammatory drugs (NSAIDs). It involves disruption of the gastric mucosal barrier rather than respiratory or sleep-related mechanisms. Although stress and poor sleep may exacerbate gastrointestinal symptoms, OSA does not directly lead to ulcer formation or increased risk of peptic ulcer disease.

Hypothyroidism: Hypothyroidism is an endocrine disorder resulting from insufficient production of thyroid hormones, commonly due to autoimmune thyroiditis or iodine deficiency. It is not a complication of obstructive sleep apnea. While hypothyroidism can contribute to weight gain and may worsen OSA symptoms, the relationship is associative rather than causative in the direction described in the question.

Adverse: An adverse reaction refers to an unintended and harmful effect that occurs at normal therapeutic doses, such as nausea, dizziness, or hypotension. Although the client’s response is undesirable, the hallmark feature here is the paradoxical stimulation rather than a typical harmful side effect. The term adverse reaction is broader and less specific than idiosyncratic when describing an unusual opposite response to a sedative medication.

Allergic: An allergic reaction involves an immune-mediated hypersensitivity response to a medication. Common manifestations include rash, urticaria, itching, wheezing, angioedema, or anaphylaxis. The client in this situation demonstrates behavioral stimulation and insomnia without evidence of immune system involvement. Since there are no dermatologic, respiratory, or systemic hypersensitivity findings, the reaction is not classified as allergic.

Toxic: A toxic reaction occurs when excessive drug levels accumulate in the body, often due to overdose, impaired metabolism, or prolonged exposure. Toxicity from sedatives commonly presents with excessive CNS depression, respiratory compromise, confusion, or decreased level of consciousness. The client’s increased energy and inability to sleep are inconsistent with the expected manifestations of sedative toxicity, making this option incorrect.