Assessment | Rationale |
Check heart rate or auscultate for any tachycardia or bradycardia. | Monitor ECG of the heart to clearly identify the condition. |
Re analyses the patient’s history and finds out causative factors. | Dysrythmic conditions can be solved by finding out the particular cause of it. Lifestyle factors such as smoking, caffeine use, and emotional stress can result in dysrhythmias. |
Assess for the need for intravenous access. | An intravenous line is most useful in providing IV medications. |
Monitor response of the patient to activity. | Sometimes the cardiac output is normal when the patient is at rest. Cardiac out becomes insufficient when the patient involves in some physical activities. |
Interventions | Rationale |
If the patient has no symptoms, provide assurance that dysrhythmia is not life-threatening. | Assess the hemodynamic status, it guides the treatment. |
Provide comfortable position to the client on bed and chair. Raise legs 20 to 30 degrees. | It decreases oxygen consumption and reduces the workload on the myocardium. |
If required administer oxygen supplementation. | It improves cardiac function. |
Take hemodynamic measurements at regular intervals (e.g. CVP, PAWP, and left arterial pressure). | These measurements provide accurate assessments of cardiac function and response to any treatment or therapy. |
Administer medication as advised by the doctor. | For example, inotropic agents improve cardiac contractility, antiarrhythmic agents improve cardiac contractility, analgesics and anti-anxiety drugs reduces oxygen demand and workload on the myocardium. |
Encourage the patient to take rest to reduce the catecholamine-induced stress response. Provide a calm and quiet environment. Provide a schedule of activity to the patient and assign more rest periods. If required assist the patient with activities of daily living. |