Stoney Point Healthcare: Oxygen Crisis Response - CA
The resident's oxygen saturation had dropped to 80 percent at 9:20 a.m. on August 30, but staff never increased the oxygen flow rate or switched to high-concentration equipment before calling 911, according to a September inspection report.
When paramedics reached the scene at 9:42 a.m., they found the resident with an oxygen saturation of 83 percent, receiving just four liters per minute through a nasal cannula. The resident's heart rate had climbed to 122 beats per minute and respiratory rate to 41 breaths per minute.
The paramedics immediately placed the resident on 15 liters per minute via a non-rebreather mask and administered fluids for low blood pressure. Their patient care report documented the question they posed to facility staff about the inadequate oxygen therapy.
Nobody had an answer.
Medical records show the resident had been receiving oxygen at five liters per minute through a nasal cannula when the crisis began. Despite the facility's own policy requiring staff to "adjust the oxygen delivery device so that it is comfortable for the resident and the proper flow of oxygen is being administered," no adjustments were made.
The Director of Nursing confirmed during the September 5 inspection that medical records contained no evidence of increased oxygen flow rates or administration of high-concentration oxygen through a non-rebreather mask before paramedics arrived. Registered Nurse 1, who was interviewed by phone on September 8, stated the resident remained on five liters per minute via nasal cannula until paramedics took over care.
The facility's oxygen administration policy, last reviewed in January, requires documentation of "the rate of oxygen flow, route, and rationale" along with "all assessment data obtained before, during, and after the procedure." The policy emphasizes providing guidelines for safe oxygen administration.
Progress notes show a doctor ordered the resident transferred to the hospital via 911 for comfort measures at 9:58 a.m. Paramedics had arrived at 9:30 a.m. and taken over resident care, with the transfer completed by 9:58 a.m.
The 28-minute window between the resident's oxygen crisis at 9:20 a.m. and paramedic arrival at 9:42 a.m. represented a critical period when nursing staff could have provided immediate respiratory support. Standard non-rebreather masks deliver oxygen concentrations of 60 to 90 percent at flow rates of 10 to 15 liters per minute, compared to the 24 to 44 percent concentration delivered by nasal cannulas at lower flow rates.
An oxygen saturation of 80 percent indicates severe hypoxemia, a condition that can rapidly lead to organ damage and cardiac arrest without prompt intervention. Normal oxygen saturation levels range from 95 to 100 percent, with levels below 90 percent considered critically low.
The inspection found that few residents were affected by the violation, with minimal harm or potential for actual harm. However, the failure to follow established oxygen administration protocols during a medical emergency raised questions about staff training and emergency response procedures.
Facility policies clearly outline expectations for oxygen therapy adjustments based on resident needs, yet the documentation gap suggests either inadequate assessment of the resident's deteriorating condition or failure to implement appropriate interventions despite recognizing the crisis.
The resident's rapid decline, evidenced by the climbing heart rate and respiratory rate documented by paramedics, underscored the urgency of the situation that nursing staff encountered that morning. The paramedics' immediate intervention with high-flow oxygen and fluid therapy demonstrated the standard of care expected in such circumstances.
When emergency medical services questioned facility staff about the oxygen therapy decisions, the silence that followed spoke to a breakdown in either clinical judgment, policy implementation, or emergency response training. The absence of any documented rationale for maintaining inadequate oxygen support during a respiratory crisis left inspectors without explanation for the care gap.
The facility's oxygen administration policy emphasizes both safety and proper flow delivery, requirements that appeared to go unmet during the August 30 emergency. The policy's documentation requirements for assessment data before, during, and after oxygen procedures also went unfulfilled, leaving no record of clinical decision-making during the crisis.
The resident ultimately required hospital transfer for comfort measures, a outcome that might have been influenced by the delayed respiratory support during the critical minutes before paramedic arrival.
Full Inspection Report
The details above represent a summary of key findings. View the complete inspection report for Stoney Point Healthcare Center from 2025-09-05 including all violations, facility responses, and corrective action plans.
Additional Resources
Data source: Official federal inspection data from the Centers for Medicare & Medicaid Services (CMS).
Editorial process: AI-synthesized regulatory data, reviewed for accuracy by our editorial team.
Professional review: All content reviewed by Christopher F. Nesbitt, Sr., NH EMT & BU-trained Paralegal.
Last verified: June 20, 2026 · Our methodology
STONEY POINT HEALTHCARE CENTER in CHATSWORTH, CA was cited for violations during a health inspection on September 5, 2025.
The resident's oxygen saturation had dropped to 80 percent at 9:20 a.m.
Health inspections identify deficiencies that facilities must correct. Violations range from minor documentation issues to serious safety concerns. Review the full report below for specific details and facility response.