How medicinal treatments are made for the war that can be easily implemented in US hospitals to save lives

For decades, military doctors faced a critical challenge: What’s the best way to safely and effectively deliver oxygen to patients in remote combat zones, rural hospitals or disaster-stricken areas?

Oxygen tanks are heavy, expensive and dangerous to combat zones. A direct hit from a missile or a bullet can make a saving resource in a deadly danger.

Navy Gen. Ernest T. Cook once said“Logistics is the hard part of fighting in a war.” It exceeds oxygen. For US troops, supplies available during combat soldiers can mean difference between life and death.

The Department of Defense turned to us, military doctors and academic researchers in military medicine in University of Colorado Center for combat researchIn order to study if the military should carry oxygen to battle for soldiers – and, if so, how much.

This method of research is known as a military mutilities. These partnerships refers to the rescue of battlefields. But they also saves lives throughout the US by reaching medical medical captured in better health care for all.

Innovation and Agility

In civilian world, needed 17 years of average For a discovery of research to change medical practice. One of its most well-known examples is to use tranexamic acid for trauma patients. Tranexamic acid Injected to stop bleeding during operation or after trauma. It was discovered in 1962 but not approved by FDA until 1986. It not used for traumatic bleeding until 2012.

Changing the nature of the war and threats against US forces requires military medication to act faster. Damages and infections of combat push researchers find better ways to save lives, often faster than civilian health care.

In the center, scientists work side of military medical medical To study, improve and test solutions aligned for the battlefield.

If this is Telling the use of oxygen,, Traumatic Brain Dofuriesburning treatments or Take care of traumaThese partnerships allow military and civilian researchers who interpret the discoveries rapidly.

Change oxygen

the immediate management of oxygen In an injured or ill patient long ago a stone corner of trauma and burning care. Logic seems simple: If patients are shocked or have serious injuries, their bodies are struggling to get enough oxygen, so doctors give more.

Our research, and others, find that very much Oxygen can be harmful. Excessive oxygen prompts oxidative inconvenience – an overly unstable molecule called free radicals harmful to healthy cells. That can lead to more inflammation, slowly repairs and even organ failure.

In short, while oxygen is important, more often not always better.

We conduct a series of attempts to cooperate with military military called Strategies to prevent excess oxygen, or save-o2. We have discovered that the injured patients are severe often require little oxygen than previously believed. In fact, little or no supplemental oxygen is required to safely care 95% of these patients.

These challenging challenges are decades of regular medical intellect. Reshape this how medicinal professionals involve critical care of not only military settings, but civilian hospitals.

For a year of Present our knowledge of medical medical leadersthese insights are influenced changes and patient updates Care instructions, medicine training and even decisions on medical equipment purchases.

To build our findings, we launched a test to study the use of Artificial wisdom to automate oxygen delivery. This military funded study can take better care of the injured soldiers in the extreme combinations of combinations and injured civilians in ambulances or trauma hospitals.

In rural areas in the US, access to additional oxygen can be limited due to challenges of chain supply, high cost and scarcity. it Especially true in small hospitals and affect the first responders after a natural disaster or accident. In the intensive care unit in these hospitals, the use of oxygen is more efficient can preserve limited oxygen items for patients in need.

Long Care of Casualties: A new front

While the Oxygen research needs combat zones, we know another Imply issue: the challenges of long-term casualties. During a conflict, military medics often need to be treated by the injuries of critical soldiers for hours or even before the injured person can be evacuated.

Of an incoming conflict with a “near” peer “enemy like China or Russia, the US could not have the ability to evacuate the wounded troops. If there is no reliable helicopter, many casualties can come to take care of trauma Inside “golden time. “This is critical first 60 minutes after a serious injury, if treatment is important.

The ongoing War in Ukraine describes the Challenge for prolonged casualties. In hospitals across Ukraine, doctors have increased in trouble treating injuries to civilian patients and military due to Increase in antibiotic resistance.

Incoming military conflict at Indo-Pacific regions will present Similar challenges, including high patient transport patients and concerns about injury infections due to long-term casualties.

However, this challenge is not unique to the battlefield. Sustainable casualties also occurred in civilian crisis. For example, during a natural disaster, emergency responses must be conducted inaccuracies without immediate access to hospitals.

Once patients are treated in the field or in disaster scenarios, providers should always continue to take care of limited resources. They need to prioritize important intervention, minimize the use of resource and repairs to patients for the last shift to a higher level of care.

Change of health care has developed collaboration. Military military associations is a way to advance medical solutions faster and more effective. These innovations can save lives in combat, carefully care and allow us to apply our 98% Survival Rate of War In our trauma centers, rural hospitals and US disaster reports