Medicos respiratorios

22/05/2026

delegates are mingling and meeting our conference sponsors in the exhibit hall at our Welcome Reception!

22/05/2026

21/05/2026

Con Respiratory Therapy Society – ¡Estoy en racha! Van 20 meses seguidos que soy fan destacado. 🎉

21/05/2026

The older RTs
weren’t trained by easy shifts.

They were trained by:
short staffing,
failing equipment,
chaotic codes,
and nights
that pushed them to their limit.

That’s why experienced RTs
can walk into a disaster
and still stay calm.

Because they’ve already survived
the kind of shifts
people never forget.

And if an older RT
ever quietly taught you something—

trust me.

That lesson was probably learned
the hard way. 💙

21/05/2026

Only older RTs remember when the ICU had a soundtrack.

Vent alarms.
Wall suction.
Neb compressors humming in the background.
And somewhere down the hallway…
the constant hiss of oxygen flowing through green tubing.

Back then, you could walk into a patient room blindfolded
and know exactly what equipment was running just by sound alone.

Experienced RTs learned to hear problems before they saw them.

A sticky expiratory valve.
Water trapped in the circuit.
A loose connection creating that tiny leak whistle.
A vent suddenly sounding “off” in a way only seasoned RTs understood.

Newer machines are quieter now.
Smarter too.

But older RTs came from an era where your ears were part of the assessment.

You didn’t stare at waveforms all night.
You listened to the room.

And honestly…
some veteran RTs can still hear an old Bird ventilator or Bennett machine in their head decades later.

Certain sounds never leave you after enough years in respiratory therapy.

💭 RTs — what’s one hospital sound you could recognize instantly even from another floor?

21/05/2026

Ventilator alarms are built-in safety alerts on mechanical ventilators that notify healthcare providers when a monitored parameter falls outside a preset limit. These alarms are an essential component of modern ventilators and are designed to protect patients who rely on mechanical ventilation for respiratory support. When a ventilator detects abnormal conditions, it activates visual and audible alerts to prompt clinicians to assess the situation and take corrective action.

Mechanical ventilators continuously monitor several important respiratory variables, including airway pressure, tidal volume, respiratory rate, oxygen concentration (FiO₂), and positive end-expiratory pressure (PEEP). If any of these values rise above or drop below the limits set by the healthcare team, the ventilator alarm system is triggered. These alarms help clinicians identify potential problems such as airway obstruction, ventilator circuit disconnection, equipment malfunction, or changes in the patient’s respiratory status.

There are several common types of ventilator alarms. A high-pressure alarm usually indicates increased resistance in the airway, which may be caused by secretions, bronchospasm, coughing, or a kinked endotracheal tube. A low-pressure alarm often signals a leak or disconnection in the ventilator circuit, such as a loose connection or a deflated endotracheal tube cuff. A low tidal volume alarm may occur when the patient is not receiving the expected volume of air due to leaks, displacement of the airway device, or inadequate ventilator settings. Other alarms include high respiratory rate alarms, which may occur when a patient is breathing rapidly due to distress or discomfort, and apnea alarms, which activate when the patient stops breathing for a preset period of time.

Understanding ventilator alarms is critical for respiratory therapists, nurses, and other healthcare providers working with mechanically ventilated patients. When an alarm occurs, clinicians must quickly assess the patient, evaluate the ventilator and breathing circuit, and identify the underlying cause. Prompt recognition and intervention help ensure adequate ventilation and oxygenation while preventing complications such as hypoxia, barotrauma, or ventilator failure.

21/05/2026

21/05/2026

Only seasoned RTs remember when checking a ventilator meant physically touching almost everything.

You checked tubing connections by hand.
Adjusted pressure k***s manually.
Tapped gauges to make sure they weren’t sticking.
Felt exhaled gas warmth through the circuit.
Even humidifiers needed constant watching.

Back then, respiratory therapy wasn’t “click and confirm.”

It was hands-on medicine.

And older RTs developed instincts newer technology quietly replaced.

You learned when a patient was tiring just by watching their shoulders.
You noticed compliance changes before numbers appeared.
You could sometimes spot a mucus plug just from the sound of the breath.

There were fewer safety nets.
So RTs became incredibly observant.

That generation learned to trust their eyes,
their ears,
their hands,
and their gut.

And honestly?
That level of awareness created some unbelievably sharp clinicians.

Modern vents can tell you almost everything now.

But older RTs remember when YOU had to notice first.

💭 RTs — what’s something you learned to recognize manually that machines monitor automatically today?

21/05/2026

Symptoms of pneumonia can include cough with phlegm or pus, fever, chills, difficulty breathing, chest pain, fatigue, and in severe cases, confusion or bluish skin due to low oxygen levels.