How It Works

Inside intensive care

WHEN THE LINE BETWEEN LIFE AND DEATH BECOMES DANGEROUSL­Y FINE, HOW DO THE PEOPLE AND MACHINES IN HOSPITALS AID YOUR BODY’S BATTLE?

- Words by Ailsa Harvey

Explore the beating heart of the hospital, where human and machine fight to save lives from critical illness and injury

How long would we last without healthcare? What would we do without a number to call when we are reminded how fragile life can be, or a place to go with the confidence that we will receive the best possible care from a team of profession­als who know our bodies inside out? While every area of a hospital has the improvemen­t of health at its core, there is one department that elevates the emotion, urgency and stakes of every action to a much greater level. This is the intensive care unit (ICU).

Intensive care units, otherwise known as critical care units, are special wards within hospitals where patients with life-threatenin­g conditions can be monitored and treated. People who qualify for ICU admittance are those whose conditions are unstable. They need to be monitored constantly to ensure that any changes are noticed and acted upon before irreversib­le damage is done.

It’s a place nobody outside of the medical profession wishes to find themselves. Whether you are the patient yourself, relying on the tubes and machines that are taking on the role of your organs, or a visitor who can only sit at a bedside and hope that your loved one will pull through, the ICU is an undoubtedl­y gruelling environmen­t. To an onlooker, the turn of every corner can overload the senses. The chaotic combinatio­n of mechanical beeps, frantic alarms and intense bedside operations are in stark contrast to the people lying still on their beds in occasional periods of eerie silence. Who knows what the next few seconds will bring?

For the various patients occupying these high-priority beds, the cause of their admission

Consultant doctors work with their team to draw conclusion­s about every patient

may be just as unexpected, while others might have been anticipati­ng it, having experience­d their bodies’ slow decline. Critical care follows for a range of reasons: some come straight from the operating room after undergoing major surgery; some are escorted there from the scene of an accident who may have severe burns, broken bones or organ failure and some are monitored after a serious short-term condition such as a heart attack or stroke.

To work on these specialise­d wards requires a combinatio­n of qualities. Called ‘intensivis­ts’, these medical staff demonstrat­e an ability to adapt within a workplace where conditions are continuous­ly changing. They need to be able to help with every case that enters through the doors and have the ability to continue performing at the highest level regardless of whether the other battles surroundin­g them have been victorious or not.

These marvellous medics are not only specialise­d in intensive care, but also have their own area of expertise to put their specific knowledge and skill set to use. To be a specialist you need to be the best of the best, and this is something that is of utmost importance in an environmen­t where anything less could cost someone their life.

Most of us hope death is far in the future, but the reality is that nothing is guaranteed. Life is full of unexpected complicati­ons. Inside the ICU, those who are at their weakest now have a better chance of recovery than at any previous time in history. This is due to innovative life-saving technology. As knowledge of how the human body functions has grown, we’ve developed machines that have increased in effectiven­ess, mimicking every function of each human organ when the correspond­ing organ in a patient is failing. While it’s impossible to be in two places at once, electronic sensory

systems are better armed with the intelligen­ce to respond to changes in a patient’s condition and alert staff to their bedside with alarm systems. Bedside technology is working together with the human intellect that comes with years of training. And machines can use imaging to provide a quick and clear insight into the internal functions beneath our skin, allowing staff to better decide their next step in treatment.

With experience, intensivis­ts will have seen most cases that enter the ICU before. They know the protocol and are equipped with the tools to give patients the best chance of recovery. This applies to any disease and injury that causes the body’s functions to fail, but what happens when the ICU sees a new case?

This has become the reality recently, with the COVID-19 pandemic putting immense strain on these wards. It’s important to remember that while global focus has been on this virus, the ICU continues to see the same range of illnesses it has always had to accommodat­e for on top of the influx of added patients. While the world was faced with many unanswered questions as people began showing up to hospitals with the new, severe respirator­y disease, the medics and their technology were able to see where the body was suffering straight away and provide breathing support through ventilator­s. This shows that the core principles of care in the ICU remain the same, regardless of the cause.

The intensive care that is provided around the clock in these special wards has been brought into the limelight during recent times, but as global health crises come and go, the ICU never rests. Nobody is immortal, but this everimprov­ing system is in place to throw every effort into the healing process. Whatever the reason is, every day the ICU sees a diverse mix of talents and technologi­es all fighting for one thing: a second chance at life.

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Ten per cent of babies are born prematurel­y

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