C-NPT common mistakes
C-NPT · Understand the traps and how to avoid them.
Accepts the referring team's stated diagnosis and packages the patient without an independent ABCDE reassessment, skipping a repeat set of vital signs, glucose, and temperature before departure.
Anchoring on the referral label plus time pressure and deference to the referring clinician makes the team treat transport as a logistics task rather than a clinical handoff point; the referring exam may be 30–90 minutes old and the patient's trajectory may have changed.
What to do instead
Perform a scripted pre-transport assessment (ABCDE plus glucose, core temperature, and weight) and document a fresh vital-sign set before wheels-up; state the working diagnosis aloud along with the two most likely alternatives and what would change management for each.
Fails to re-verify and re-secure the airway (tube depth, cuff/leak, securement, capnography trace) every time the patient moves between isolette, bed, and stretcher, and after any change in position or ventilator circuit.
Movement, circuit weight, and repositioning are the highest-risk moments for tube migration; teams mentally treat the airway as 'already handled' after the initial intubation and focus attention on lines and monitors.
What to do instead
Build an airway checkpoint into every physical transfer and before departure: auscultate, confirm depth against the documented cm mark, check the colorimetric/waveform capnography, and confirm securement with the team verbally; treat any change in tube depth as an emergency until excluded.
Treats a low blood pressure number in a neonate with fluid boluses before assessing perfusion and without considering gestational- and postnatal-age norms or a possible duct-dependent cardiac lesion.
Single-number thresholds are easier to recall than age-indexed norms, and hypotension in the neonate is often assumed to be hypovolemic when it is more often sepsis, myocardial dysfunction, or duct-dependent physiology where volume loading worsens pulmonary edema or drops systemic flow.
What to do instead
Interpret MAP against gestational/postnatal-age norms alongside perfusion, lactate, urine output, and pre/post-ductal saturations; give volume only in 10 mL/kg aliquots with reassessment, and obtain or confirm cardiac anatomy before loading a patient with a suspected duct-dependent lesion.
Documents a 'normal' or 'non-focal' neurological exam on an infant who is sedated, paralyzed, hypothermic, or postictal, and does not record the confounders or the sedation window.
The exam template invites a complete neuro entry, and the team wants to show a reassuring finding; the confounders are obvious in the moment but invisible to the receiving team reading the record hours later.
What to do instead
Document only the components that remain valid under the current sedation/paralysis (pupils, oculocephalic if applicable, seizure activity on aEEG/clinical, tone between doses) and explicitly state the confounders, last sedative/paralytic dose and time, and core temperature at the time of exam.
Recalculates the fluid rate after changing dextrose concentration but not the glucose infusion rate (GIR), or stops the dextrose infusion 'to run a line' without a glucose check and documented plan.
Rate and concentration are adjusted independently in practice, so the GIR silently drifts out of the intended range; a brief interruption for line changes feels trivial and the hypoglycemia is delayed and asymptomatic until it is not.
What to do instead
Calculate and document GIR explicitly at every fluid change and after every concentration change, keep a dextrose-containing maintenance line running whenever possible, and check a point-of-care glucose within 15–30 minutes of any rate or concentration change or interruption.
Calculates a weight-based dose mentally or from a remembered weight rather than the documented current weight in kilograms, and skips the independent second check on high-alert infusions (vasoactives, opioids, paralytics, insulin, concentrated electrolytes).
Transport is a low-frequency, high-consequence drug environment with fewest staff and no pharmacy; verbal dosing shortcuts and single-check habits carried over from high-volume bedside settings are not corrected because errors rarely surface before the patient is handed off.
What to do instead
Use a single documented weight in kilograms on a standardized dosing card, require an independent double check with verbal read-back for every high-alert medication and infusion, and use a pre-printed infusion table rather than calculating under time pressure.
Transports the patient in a transport incubator that was not pre-warmed and servo-controlled, and does not measure core temperature continuously or account for the added convective and evaporative losses of the vehicle environment.
Temperature is treated as a stable background parameter once a hat and blanket are on, and the vehicle's ambient airflow and open doors at the referring and receiving doors are not considered part of the thermal environment.
What to do instead
Pre-warm the incubator before patient contact, use servo-control with a continuous core probe in neonates, document temperature at departure, during transport, and on arrival, and treat any hypothermia as a trigger to recheck glucose and reassess perfusion and respiratory status.
Departs without a documented pre-departure equipment and vehicle check, including a calculated oxygen supply duration with a reserve margin and confirmation that the isolette/stretcher is locked to the vehicle mount.
Equipment checks feel redundant on a familiar aircraft or ambulance, and teams plan oxygen around the expected transport time rather than the worst-case time including delays, ground hold, and an unplanned diversion.
What to do instead
Run a verbalized pre-departure checklist: oxygen duration calculated for at least twice the planned transport time, battery charge and backup power, suction and bag-mask at hand, all mounts locked, and every team member's role stated before the vehicle moves.
Gives the family no structured briefing before departure and does not document consent or the plan for how they will be updated and how they will travel to the receiving facility.
Family communication competes with stabilization for attention, and teams assume the referring staff have already handled it; the family then arrives at an unfamiliar facility hours later with no understanding of what happened or where to go.
What to do instead
Use a short scripted family brief before departure covering the working diagnosis in plain language, what is being done and why, how and when they will be contacted, and where to go; document consent and the contact plan, and protect confidentiality by not discussing clinical details in public or open vehicle areas.
Continues the transport toward the planned destination while the patient is deteriorating, rather than stopping, treating, and considering diversion to the nearest appropriate facility.
Sunk-cost thinking about the planned destination, reluctance to contradict the referring team's plan, and a cognitive bias that the patient is 'stable enough to move' once loaded; the crew's goal shifts from stabilization to arrival.
What to do instead
Set explicit en-route stop criteria and diversion thresholds before departure, brief them with the medical control physician, and reassess formally at each leg; a deteriorating patient is treated where they are until stabilized, with medical control involved in any destination change.