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How Medical Infusion Systems Help Save Lives

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Whether they are utilized in the hospital or in the modern-day home care setting, there is no denying that medical infusion systems play a valuable role in saving people’s lives.

Medical infusion systems constitute the use of infusion pumps, which, according to the US Food and Drug Administration (FDA), mechanically deliver fluids, such as nutrients and medication—i.e. antibiotics, insulin, hormones, chemotherapy drugs, pain relievers, and the like—into a patient’s body in controlled amounts.

The argument has already been made for the usage of mechanical pumps as opposed to the manual administration of fluids. As made possible by up-to-date and cutting-edge advancements in medical technology, motor-powered medical infusion systems are programmed to deliver fluids in specific (often very small) volumes, and at automated intervals.

Thus, as far as the medical infusions systems are concerned, it is the precise, accurate, consistent, and reliable delivery of key amounts of medicine and nutrients that enables quality care for individual patients. This, in turn, positions them more firmly on the road to recovery.

A List of Possibilities for Any Medical Procedure or Emergency

These motor-powered medical infusion systems, which assume a “workhorse” role in the medical setting, can comprise infusion pumps of different kinds. Some pumps are designed to deliver fluids in large volumes; others can be used at the bedside. Still, others must be portable, wearable, or lightweight enough for immediate usage, and usable even without the assistance of a medical professional.

Among the most prominent kinds in this array of gears are:

  • Insulin pumps, a boon for diabetics in need of precise delivery to the micro-unit;
  • Home and ambulatory infusion pumps that enable continuous drug therapy without the spiraling costs of inpatient care;
  • Hospital infusion pumps with enough mobility and battery life to withstand intensive and prolonged use in the clinical setting;
  • Auto-injectors that can apply large-volume, high-viscosity, and high-force injections more reliably than manual syringes, while also inflicting less pain and discomfort; and,
  • Ambulatory enteral feeding pumps, which ensure that patients who must meet their nutrition and hydration needs in this manner receive the portions that they need, all while also maintaining a desirable degree of comfort.

Today’s engineers have since maximized the design and performance of these tools in order to keep them running through long cycles of work, and at a level of efficiency that saves costs and energy, as well as human lives.

Narrowing Gaps for Any Medical Error

The pumps used in medical infusion systems are, admittedly, high-stakes tools when it comes to matters of life and death. In cases that infusion pumps are tasked to channel high-risk medications, pump failure can be fatal for patients.

But efforts for innovation in this branch of technology must, of course, keep patient safety in perspective. Some features included in trustworthy systems are alarms that activate whenever a problem arises, such as air blockage in the tubing, or—in the case of “smart” pumps—when there is any risk of adverse drug interaction.

Since 2010, the FDA has taken up the advocacy of improving infusion pump safety, via upholding user awareness, helping to spearhead device improvements, and publishing new guidance for the health, medical, and manufacturing industries. In fact, key pieces of advice on pump safety, reducing pump-related risks, and contacting the FDA about any problems are available on their website.

For now, it is enough for everyone—be it from the sector of medical professionals, or from the patient sector that deserves the highest quality of care—to know the benefits and possibilities of employing medical infusion systems, and how they can (literally) channel life forces back into the bloodstream.


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