When a patient is in shock, their body experiences a significant decrease in blood flow and oxygen delivery to vital organs, including the kidneys. This leads to a reduced glomerular filtration rate (GFR), causing the kidneys to conserve water in an attempt to maintain blood volume and pressure. As a result, the patient may experience oliguric conditions, characterized by decreased urine output. This is a protective response to prevent further fluid loss and maintain systemic circulation during a critical state.
The patient is experiencing hypovolemic shock due to significant blood loss. Diaphoresis (sweating), oliguria (low urine output), and tachycardia (rapid heart rate) are all compensatory mechanisms the body is using to try to maintain perfusion to vital organs. Immediate medical intervention is needed to stabilize the patient and prevent further complications.
your mam
The prognosis of an individual patient in shock depends on the stage of shock when treatment was begun, the underlying condition causing shock, and the general medical state of the patient.
To revive a patient with a flatline, a defibrillator is used to deliver an electric shock to the heart. This shock helps to restore the heart's normal rhythm and can potentially revive the patient.
No, you cannot shock a flatline to revive a patient. A flatline indicates that the heart is not beating and therefore there is no electrical activity to shock. Other interventions may be needed to revive the patient.
Because you too, will get shocked and it'll take away from the amount of shock the patient might need.
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In the 21st century
Lay the patient down, elevate the legs, keep the patient warm.
It would rise
Precordial shock from the AED
Diagnosis of shock is based on the patient's symptoms.a significant drop in blood pressure.extremely low urine output.blood tests. Other tests are performed.to try to determine the underlying condition responsible for the patient's state of shock.