Collaboration
HIGH-ACUITY HOME CARE, INDIVIDUALIZED PHYSIOLOGY, AND THE LIMITS OF TASK-BASED SYSTEMS
One of the most important things I have learned over the years caring for my son Alex is that highly medically complex care is often misunderstood when it is reduced to task-based or standardized models alone.
Task-based systems absolutely have value.
Standardization helps create consistency.
Orders matter.
Protocols matter.
Checklists matter.
Training matters.
In predictable and stable situations, task-based care can work very well.
But there are some medically complex neurologic situations where the greatest risks are not simply whether tasks were completed.
The greatest risks can become:
• whether the situation was interpreted correctly,
• whether subtle warning signs were recognized,
• whether the person’s individualized baseline was understood,
• and whether the intervention itself could unintentionally destabilize the person.
That is a very different level of care.
Alex sustained a catastrophic high cervical injury as a child and has survived for over two decades with extraordinary medical complexity. Over those years, both Alex and I have watched highly intelligent and highly trained medical professionals become puzzled by the ways his autonomic and physiologic systems sometimes respond.
His body can occasionally present with patterns that look familiar medically, but if standard treatment pathways are applied too aggressively or without understanding his individual physiology, his system can overreact.
One physician who came to understand this deeply was Dr. Lidsky. She once explained that with Alex, providers may see something that appears to fit a familiar medical pattern, but treating it the “usual way” may actually worsen the situation.
I have watched that happen.
After spinal rod surgery, Alex began rapidly dumping fluids. Diabetes insipidus was considered. Medication typically used to help that pattern was trialed, but instead of improving, his symptoms worsened. It became another example that Alex’s body may resemble a familiar medical presentation while actually responding through a very different autonomic mechanism.
Another time, during an inpatient hospitalization at Ohio State, Alex developed severe sodium instability. Dr. Lidsky warned us beforehand to watch carefully because Alex had shown patterns where treatment approaches themselves could trigger worsening sodium dumping. I relayed this information to the team.
The physicians listened.
At one point Alex suddenly became unresponsive while reading his Bible. When his sodium levels were checked, they had dropped dangerously low. The team then carefully corrected his sodium while simultaneously monitoring to ensure levels did not swing too far in the opposite direction. They also reviewed his medications and identified one that likely contributed to the sodium drop.
What mattered was not that one side “knew more” than the other.
What mattered was:
• the team listened,
• previous physiologic patterns were respected,
• careful monitoring occurred,
• interventions were adjusted thoughtfully,
• and everyone worked together.
That collaboration helped protect Alex.
Another important example involved Alex’s diaphragm pacer during a hospitalization for a pleural effusion. The medical team initially wanted to turn the pacer off while placing a chest tube and place him entirely on their ventilator. But the team was unfamiliar with the diaphragm pacer and its role in Alex’s breathing.
I explained it this way:
The pacer is essentially functioning as Alex’s diaphragm.
I then asked:
“Would you turn off my diaphragm to place a chest tube?”
That reframed the discussion immediately.
The team listened.
Alex continued trying to explain what his body needed.
The physicians stabilized him appropriately while respecting the role of the pacer.
The procedure ultimately went well.
Another lesson came through something as simple as suctioning.
Alex has often recognized airway compromise before monitor numbers change. During one ICU stay, Alex repeatedly said he needed suctioned, but staff were focused on the fact that his oxygen saturation numbers had not yet dropped. Alex and I have learned over years that waiting for the monitor to decline is often too late for him. He can frequently sense airway problems before objective measurements fully reflect them.
Eventually, a traveling respiratory therapist observed the situation and recognized that Alex and I understood the nuances of his airway management. She encouraged collaboration instead of rigid control. Once the team allowed the methods that had consistently worked for Alex, his airway was effectively cleared.
These experiences taught me something very important:
High-acuity home care is sometimes managing dynamic physiology outside the ICU, not simply helping someone complete daily tasks.
That distinction matters tremendously.
Many systems are built around measurable tasks because tasks are easier to:
• standardize,
• train,
• audit,
• reimburse,
• and document.
But some of the most important safety factors in medically complex care are much harder to measure:
• continuity,
• pattern recognition,
• individualized physiologic understanding,
• adaptive clinical reasoning,
• and subtle observational awareness developed over years.
In some situations, danger does not come from lack of intervention.
Danger can also come from confidently applying the “correct” textbook intervention to a body that does not respond in textbook ways.
That is why continuity matters.
That is why listening matters.
That is why individualized knowledge matters.
That is why collaborative care matters.
This is not an argument against medical expertise.
It is an argument for integrating all forms of expertise:
• professional training,
• patient experience,
• family continuity knowledge,
• and individualized physiologic understanding.
The best outcomes we have experienced happened when teams worked together:
listening, observing, reassessing, learning, and adapting in real time with a shared goal of helping Alex safely navigate extraordinarily complex physiology.
That is not anti-medical.
That is advanced collaborative care.
