This question leaves a lot to be answered, and most likely requires a more specific question depending on the emergency.
A cardiac emergency can arise when the heart is not beating, is beating erratically, is beating in a way which does not allow for the adequate pumping of blood, or there is damage to the muscle itself. The EKG looks at the electrical activity of the heart, which coordinates with the muscle contraction. Damage done to the heart or rhythm the heart is beating, can be determined by looking at the EKG and more specifically by a 12 (or 15) lead EKG which looks specifically at certain areas of the heart. The 12-lead is most useful in looking for ischemia (areas not receiving adequate oxygen- such as in a heart attack).
To answer this question further, one would have to know what kind of cardiac emergency a patient was experiencing to determine what the EKG would show. (keep in mind, hours upon hours are spent studying for appropriate EKG interpretation and treatment as there are many different types of cardiac rhythms/emergencies/disorders).
the cardiac electrocardiogram (EKG) tracing. Additional monitoring components allow cardiovascular pressures and cardiac output to be monitored
The arterial saturation probe can be repositioned to suit patient comfort and to obtain a tracing. All connections will be treated in a gentle manner to avoid disruption of the signal
Case detection, patient isolation and contact tracing.
It is important to differentiate between artifacts and dysrhythmias because misinterpretation can lead to unnecessary treatments or interventions that can harm the patient. Inaccurate diagnosis can also result in missed opportunities to address actual cardiac issues, potentially compromising patient safety.
Causes for poor ECG tracing can be from the patient moving or interferences from electrical appliances in the room: cell phones, a lamp plug in etc
The ECG wave tracing represents the electrical activity of the heart as it beats. It shows the depolarization and repolarization of the heart muscle, which corresponds to specific events in the cardiac cycle. The different waves and intervals on the ECG tracing provide information about the heart's rhythm, rate, and potential abnormalities.
The deflection waves in an ECG tracing include the P wave (atrial depolarization), QRS complex (ventricular depolarization), and T wave (ventricular repolarization). Each of these waves represents different electrical activity of the heart during a cardiac cycle.
A STEMI (ST-elevation myocardial infarction) is the deadliest type of heart attack requiring immediate emergency attention. In a STEMI, the coronary artery supplying the heart with blood is blocked, leaving part of the heart unable to receive blood. A STEMI is diagnosed with the use of an EKG (electrocardiogram). If a patient is found to have a STEMI, the patient will require immediate emergency revascularization of the heart, either through the use of clot busting medication or with the use of catheters to mechanically open up the artery.
research about the flowchart tracing
The duration of Tracing Shadow is 1.53 hours.
Tracing Shadow was created on 2009-07-30.
For tracing, you will need tracing paper and a pencil. Often times it is helpful to also have some sort of clipboard, tape, or tacky material to keep the tracing paper in place. If you're looking to do more heavy duty tracing, you can invest in a light board, which will shine light through regular paper, allowing you to see what you're tracing.