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Intravenous Insulin: Uses, Benefits, and Protocols for Safe Administration

08/26/2024 | by

Intravenous insulin is a crucial tool for managing severe hyperglycemia in emergency and critical care settings. It acts quickly and allows for precise control of blood sugar levels, making it ideal for conditions like diabetic ketoacidosis and during surgeries. However, an insulin IV requires close medical supervision to ensure safety and effectiveness. Understanding its specific uses and protocols helps ensure the best outcomes for patients requiring urgent blood glucose management. Let’s take a closer look at what to expect from this treatment.

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What is Intravenous Insulin Used For?

When is Intravenous Insulin Used?

IV insulin for hyperglycemia is used when a patient’s blood sugar levels are dangerously high and need to be quickly reduced.

This often occurs in hospital settings, especially for patients with diabetic ketoacidosis (DKA) or hyperosmolar hyperglycemic state (HHS). These conditions require immediate medical intervention to prevent severe complications from occurring.

Intravenous insulin infusion is also used during surgery or in critical care situations when a patient’s insulin needs are unstable. In these specific situations, IV insulin allows for precise and quick adjustments in order to properly manage blood glucose levels.

A eagle-view of glucometer, insulin pen and caps for diabetes treatment.

This method ensures that the insulin acts quickly, which provides better control over blood sugar levels compared to subcutaneous injections. The goal is to stabilize the patient’s condition and transition them back to their regular diabetes management plan as soon as it is safe to do so.

The Benefits of Intravenous Insulin

There are many benefits of intravenous insulin, especially in emergency and critical care situations.1 One of the main advantages is the quick way that it reduces blood glucose levels, which is essential for patients who are suffering from severe hyperglycemia or diabetic ketoacidosis. IV insulin therapy allows for very precise control and fast adjustments of insulin levels, making it very good at stabilizing blood sugar levels. This precision helps prevent the complications that can arise from fluctuating glucose levels.

Conditions Treated with Intravenous Insulin

Intravenous insulin is essential for managing severe hyperglycemia in various different critical situations. Here are some of the main conditions where IV insulin for hyperglycemia is most commonly used:

Diabetic Ketoacidosis (DKA)

Intravenous insulin is important for treating diabetic ketoacidosis, which is a serious condition where the body breaks down fats instead of glucose for energy. This can lead to dangerous levels of ketones. Administering insulin intravenously helps to quickly lower blood sugar levels and reduce ketone production, which can quickly stabilize the patient and prevent any further complications from occurring.

Hyperosmolar Hyperglycemic State (HHS)

Another condition treated with IV insulin is hyperosmolar hyperglycemic state. HHS usually affects older adults with type 2 diabetes and can cause severe dehydration and extremely high blood glucose levels. Using intravenous insulin in HHS helps to quickly lower blood sugar, and minimize any severe complications.

Critical Care Settings

Intravenous insulin is commonly used in critical care settings, especially during surgical procedures, for patients with unstable blood glucose levels. Precise control of blood sugar is essential to ensure optimal recovery and to prevent complications like infections or delayed wound healing. Also, insulin intravenous is used in labor and delivery situations to manage blood sugar levels in pregnant women with diabetes, ensuring the safety of both the mother and baby.

Severe Infections and Stress

Intravenous insulin is also used to help manage severe infections, like sepsis, or stress, which can often cause unpredictable spikes in blood sugar levels.

Administration of Intravenous Insulin

Which type of insulin can be administered through intravenous infusion is a common question, and the answer is clear: for complete safety only a human regular insulin can be used. Humulin R intravenous (regular insulin) acts quickly when delivered directly into the bloodstream to lower blood sugar levels, making it perfect for emergencies and precise glucose control.

Intravenous insulin infusion protocols are in place in order to precisely manage blood sugar levels. A common approach is the variable rate intravenous insulin infusion, which adjusts the insulin dosage based on regular blood glucose measurements. This method ensures that insulin delivery is tailored to the patient’s current and ever-changing needs, providing optimal glucose control. Tools like endotool IV help automate these adjustments, making the process more efficient and significantly reducing the risk of errors.

IV insulin therapy requires careful dosage and adjustment to ensure safety and effectiveness. Initial doses are usually based on the patient’s weight and blood glucose levels. For example, humulin IV (regular insulin) is often chosen because of its predictable action. Insulin intravenous dosages are then adjusted frequently based on blood glucose readings to maintain optimal control. Healthcare providers monitor the patient’s response closely, making real-time adjustments to prevent hypoglycemia or hyperglycemia.

Safety and Efficacy

Is insulin infusion safe? When administered correctly by healthcare professionals, insulin infusion is generally considered a safe option. However, there are some potential side effects of intravenous insulin that patients should be aware of, which we will discuss below. By closely monitoring patients and adjusting their dosages carefully, these risks can be minimized. It’s very important that insulin infusion is done under medical supervision to reduce the chance of any negative effects.

Side effects of intravenous insulin can occur, but they are usually manageable when monitored by a healthcare professional. One common issue is hypoglycemia, or low blood sugar, which can cause symptoms like dizziness, sweating, and confusion. If not managed properly, this can also lead to seizures, passing out, long-term brain damage and death in severe cases. To manage this, healthcare providers closely monitor blood glucose levels and adjust the insulin dosage as needed based on the changing glucose levels.

IV insulin may also cause low blood potassium, which can also be life threatening if not treated.  Another possible side effect is irritation at the infusion site, which can be reduced by ensuring proper IV insertion techniques and correct care and hygiene of the IV site. Occasionally, patients might experience allergic reactions to insulin.

Comparing Subcutaneous and Intravenous Insulin

Insulin subcutaneous vs intravenous administration differ mainly in how quickly they act. Subcutaneous insulin is injected under the skin and is absorbed slowly, making it the better choice for daily diabetes management.

On the other hand, intravenous insulin is delivered directly into the bloodstream, causing it to act much faster. This makes intravenous insulin the better choice for emergency situations where fast blood sugar control is needed, like in diabetic ketoacidosis or during surgery.

While subcutaneous insulin is used for routine care, intravenous insulin is best in situations like acute, critical care.

FAQs about Intravenous Insulin

Can Insulin be Given Intravenously?

Yes, insulin can be given intravenously in specific situations. This method is usually used in hospital settings for emergencies, like diabetic ketoacidosis or severe hyperglycemia, where rapid blood sugar control is essential.

By administering insulin directly into the bloodstream, it acts immediately, providing quick and precise control over blood glucose levels. This approach is also used during surgeries and in critical care to maintain stable blood sugar levels. However, intravenous insulin requires careful monitoring by healthcare professionals to ensure complete patient safety.

Why is Insulin Not Given Intravenously More Often?

Why is insulin not given intravenously more often? The main reason is that it requires close medical supervision and precise monitoring, which is typically only available in hospital settings. Administering insulin intravenously involves risks like hypoglycemia and potential site infections.

For everyday diabetes management, subcutaneous injections are the preferred option because they are safer, easier to administer, and provide a slower, more controlled release of insulin. This is better for long-term blood sugar management, allowing patients to maintain stable glucose levels with less intensive medical supervision.

How Fast Does IV Regular Insulin Work?

How fast does IV regular insulin work? IV regular insulin works almost immediately, usually within just a few minutes. This fast onset of action makes it perfect for critical situations where quick blood sugar control is needed. The immediate effect is due to the direct entry of insulin into the bloodstream.

Understanding Intravenous Insulin: Last Words

Intravenous insulin is essential for managing severe hyperglycemia in critical care settings. It acts quickly, making it the best choice for emergencies like diabetic ketoacidosis and during surgeries. IV insulin for hyperglycemia allows for very precise blood glucose control but requires close medical supervision. While it is effective, it is reserved for specific situations due to the need for careful monitoring and the risk of dangerous potential side effects. Subcutaneous insulin, on the other hand, is a safer and more convenient option for everyday use in diabetes management.

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Related:

Vitamin IV Therapy - Frequently Asked Questions

What is IV therapy, and how does it work?

IV therapy is a process in which fluids, vitamins, minerals, and/or medications are administered into the bloodstream via a catheter. The catheter is inserted into a blood vein, the IV infusion bag is hung over the patient’s head, and gravity slowly drips the contents of the bag into the patient’s bloodstream.

Who can benefit from IV therapy?

Individuals in many walks of life can benefit from IV Therapy, including:

  • Athletes wanting to recover from an intense workout quickly
  • Busy parents who need a natural pick-me-up energy boost
  • Individuals who struggle with low vitamin levels or digestive absorption issues
  • Travelers who want to overcome jet lag quickly
  • Individuals who want fast relief from hangover or stomach flu symptoms
  • Individuals who want a quick infusion of beauty-boosting vitamins and minerals

What types of IV therapy treatments are available?

Drip Hydration offers a wide range of IV treatment options. Our IV infusions contain vitamins, fluids, minerals, electrolytes to help address many health and wellness targets.

We offer the following IV therapy treatments:

  • Dehydration
  • Energy Boost
  • Hangover
  • Immune Boost
  • Stomach Flu
  • Myer’s Cocktail
  • Recovery
  • Beauty
  • Super Immune
  • All-Inclusive
  • NAD+
  • NAD+ Boost
  • Iron

What are the benefits of IV therapy?

IV therapy offers many potential wellness benefits, including:

  • Rehydration
  • Boost low levels of vitamins, minerals, and electrolytes
  • Help boost immune health
  • Help provide fast relief from symptoms of hangovers, stomach flu, headaches, jet lag, and more

In addition to these benefits, specialty treatments such as NAD+ may provide additional anti-aging, metabolic, and neurological benefits.

Read More: Vitamin IV Therapy FAQ

References

[1] Massoomi F, Burger M, de Vries C. Advances in safe insulin infusions. Drugs Context. 2021 Jul 15;10:2021-1-6. doi: 10.7573/dic.2021-1-6. PMID: 34349818; PMCID: PMC8289406.;

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