Interventions for Tachypnea and Chest Pain in NSTEMI Patients- NRS277 Case Report

Identifying Problems:

Tachypnea and Severe Chest Pain:

 The patient’s skin is warm, with adequate sweating, yet he is fully alert, indicating that the neurological status is stable. The patient’s anxiety and physical discomfort (rubbing the central chest) suggests experience of significant pain or distress. Mechanic et al. (2023) state that rapid breathing due to anxiety, pain, hypoxia and central chest rubbing is concerning and may reflect ongoing pain or discomfort related to the NSTEMI.

Similarly, Blood Pressure (BP) is 150/65 mmHg, elevated systolic pressure with a relatively low diastolic pressure. This may indicate increased cardiac output or stress on the cardiovascular system. The normal temperature is 37°C, which helps rule out any infection (Geneva et al., 2019).

Pain Related to Exertion:

 The pain assessment showed 8/10 on movement, and 6/10 at rest which is constant with sharp and crushing quality. This suggests significant angina or myocardial ischemia, and the pain is occurring at the central chest reaching the jaws proving cardiac issues. Where pain began early in the morning after physical exertion and reoccurred after medication and worsened after recent activity. The pattern of pain related to exertion and relief with medication aligns with classic angina symptoms and NSTEMI (Gillen & Goyal, 2022).

Low K+ and Mg2+ levels:

This glucose level is slightly elevated at 7.5 mmol/L, which could be a sign of stress-induced hyperglycemia; as the patient has not taken anything except water since morning. The patient is scheduled for an angiogram, and fasting is the appropriate pre-procedure. Further, there are no known allergies, any regular medication before admission, or past alcohol or drug consumption. There is discomfort on exertion and intermittent indigestion-type pain with Urea, Electrolytes, and Creatinine readings are K+: 3.5 mmol/L which is slightly low, normal range is 3.6-5 mmol/L, if lower than 3 mmol/L it will be considered hypokalemia (Tinawi ,2020). While Mg2+ is 0.6 mmol/L which is low as normal range 0.85-1.10 mmol/L.

  Bulloch et al. (2024) highlight that low potassium and magnesium can affect cardiac function and may need correction. Where lipid profiles suggest elevated total cholesterol and low HDL as risk factors for cardiovascular disease.