Types of shock

The blood vessels may not be able to maintain enough pressure within their walls to allow blood to be pumped to the rest of the body. Your chances of recovery and long-term outlook depend on many factors, including: If a spinal injury is suspected, "log roll" the person instead.

Shock can lead to unconsciousness, breathing problems, and even cardiac arrest: NB driving pressure for coronary artery perfusion is aortic diastolic pressure this is because coronary artery perfusion occurs primarily during diastole. Cover them with a blanket or extra clothing to help keep them warm.

Ensuring both good oxygenation and haemoglobin content optimises the oxygen content of the blood occasionally, heart rate abnormalities, such as bradycardia, or tachyarrhythmias such as ventricular tachycardia, may cause or contribute to hypotension and must be treated.

If necessary, begin rescue breathing and CPR. Neurogenic shock is the most difficult to treat. However the effects of the renin—angiotensin axis take time and are of little importance to the immediate homeostatic mediation of shock.

Hypovolemic and Hemorrhagic Shock Hypovolemic Shock There needs to be enough red blood cells and water in the blood for the heart to push the fluids around within the blood vessels.

The lack of blood to the renal system causes the characteristic low urine production. Due to the lack of oxygen, the cells perform lactic acid fermentation. Patients who are taking blood thinners anticoagulant medications can bleed excessively as well. Damage to the spinal cord is often irreversible and causes problems with the natural regulatory functions of the body.

Anaphylactic shock is treated with diphenhydramine Benadrylepinephrine an "Epi-pen"steroid medications methylprednisolone Solu- Medroland sometimes a H2-Blocker medication for example, famotidine [ Pepcid ], cimetidine [ Tagamet ], etc.

The anaerobic process ultimately leads to the death of the cell. Additionally, the ability of the circulatory system to meet this increase in demand causes saturation, and this is a major result, of which other parts of the body begin to respond in a similar way; thus, exacerbating the problem.

Give appropriate first aid for any wounds, injuries, or illnesses. Septic shock is the most common cause of distributive shock. Think of the cardiovascular system of the body as similar to the oil pump in your car. Adenosine easily perfuses out of cellular membranes into extracellular fluid, furthering capillary vasodilationand then is transformed into uric acid.

Medications such as thrombolytics or blood thinners may be given, and surgery such as angioplasty, stenting, or CABG are likely. It contains an easy-to-inject needle with a dose of hormone called epinephrine.

For example, your doctor may use: Brain damage and cell death are occurring, and death will occur imminently. Take the following steps if you think a person is in shock: Unfortunately, lactic acid is formed as a by-product of anaerobic metabolism.

The amount of oxygen in the air that is inhaled can be decreased. Then follow these steps: Examples of causes include: Call for immediate medical help.

These hormones cause the vasoconstriction of the kidneysgastrointestinal tractand other organs to divert blood to the heart, lungs and brain.

What are the four different types of shock?

CO2 indirectly acts to acidify the blood and by removing it the body is attempting to raise the pH of the blood. Endocrine[ edit ] Based on endocrine disturbances such as: There are four stages of shock.

Patients with infections can lose significant amounts of water from sweating. Different types of shock are treated differently.

Shock (circulatory)

As this fluid is lost, the blood concentration and viscosity increase, causing sludging of the micro-circulation. These patients are often dehydrated and require large amounts of fluids to increase and maintain blood pressure.

Have the person lie down on his or her back with the feet elevated above the head if raising the legs causes pain or injury, keep the person flat to increase blood flow to vital organs.Distributive shock – occurs as a result of poor distribution of blood to the tissues, leading to inadequate tissue perfusion.

This type of shock is seen in spinal, septic, and anaphylactic shock. This type of shock is seen in spinal, septic, and anaphylactic shock. Anaphylactic shock is a type of severe hypersensitivity or allergic reaction.

Causes include allergy to insect stings, medicines, or foods (nuts, berries, seafood), etc. Cardiogenic shock happens when the heart is damaged and unable to supply sufficient blood to the body. This can. Hemorrhagic Shock Severe bleeding or loss of body fluid from trauma, burns, surgery, or dehydration from severe nausea and vomiting.

Blood pressure decreases, thus blood flow is reduced to cells, tissue, and organs. Types of Shock. There are many types of shock and this is not only a result of excessive blood loss which is a common misconception.

Types of shock

Hypovolemic shock is the result of blood loss or significant water and salt loss (fluid and electrolyte loss).; Cardiogenic shock is the result of failure of the cardiovascular organs, particularly the heart.; Anaphylactic shock.

Shock is a life-threatening condition that occurs when the body is not getting enough blood flow. Lack of blood flow means the cells and organs do not get enough oxygen and nutrients to function properly.

Shock is a culmination of multiple organ systems in the body that have failed or are in the process of failing.

Even with the best of care, there is a significant risk of death. The mortality rate for shock depends upon the type and reason for the shock, and the age and underling health condition of the patient.

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Types of shock
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