Oxygen support for low oxygen saturation (SpO₂ 91%)
🫁 SpO₂ of 91% on room air indicates hypoxemia, which—given two rib fractures—likely stems from pain-limited chest expansion and shallow breathing (hypoventilation), predisposing to atelectasis and post-traumatic pneumonia.
🫁 Early supplemental oxygen (e.g., nasal cannula) raises alveolar oxygen tension, improving diffusion gradients and tissue oxygen delivery while other causes (e.g., contusion, mucus plugging) are evaluated.
🫁 Coupling oxygen with incentive spirometry, splinting the ribs for cough, upright positioning, and early pulmonary hygiene helps re-expand alveoli and prevent secretion retention.
🫁 Continuous pulse-oximetry (and ABG if worsening) allows titration to a safe target (commonly ≥94%, individualized if chronic CO₂ retainers).
🫁 Optimizing oxygenation supports healing, cognition, and analgesia tolerance, and directly reduces risk for respiratory decompensation in the first 24–72 hours after blunt chest trauma.
Pain management for rib and leg fractures
💊 Inadequately controlled pain impairs deep breathing and cough, exacerbating hypoventilation and raising pulmonary complication risk after rib trauma.
💊 A multimodal regimen (acetaminophen, NSAID if not contraindicated, regional/neuraxial options, and carefully titrated opioids) achieves synergistic analgesia while minimizing sedation-related hypoventilation.
💊 Effective analgesia enables early mobilization, which reduces DVT, pressure injury, constipation, and deconditioning—key risks with a fractured leg and limited mobility.
💊 Scheduled (not just PRN) dosing with frequent reassessments (e.g., numeric scale, functional pain goals) aligns pain relief with respiratory therapy sessions and PT/OT.
💊 Incorporating non-pharmacologic measures (ice, elevation, splinting during movement, relaxation techniques) improves comfort and opioid-sparing.
Safe discharge plan and housing support
🏥 Homelessness is a high-risk social determinant that jeopardizes med adherence, wound care, safe mobility with a fractured limb, nutrition, and follow-up, driving readmissions and complications.
🏥 Early activation of case management/social work secures temporary housing/shelter, explores medical respite/rehab placement, and arranges transport, durable medical equipment, and follow-up before discharge.
🏥 A safe plan includes medication access (low-cost programs, blister packs), clear written instructions, and linkage to community clinics for fracture care, PT, and suture/cast checks.
🏥 Coordinating insurance/benefits, ID replacement, and contact strategies (phone access, shelter mailing) increases the chance that Mr. Lewis stays connected to care.
🏥 Documenting a realistic, safe environment is part of discharge readiness; without it, discharge may be unsafe and ethically problematic.
Emotional support for feelings of embarrassment and isolation
💬 Mr. Lewis reports embarrassment, being a burden, and refusing family visits—signals of shame, stigma, and social isolation that can impair engagement, recovery, and pain perception.
💬 Use trauma-informed, nonjudgmental communication (validate feelings, avoid labels), and assess for depression, anxiety, or acute stress reactions; offer mental health or chaplaincy support.
💬 Explore autonomy and preferences around family contact; with consent, facilitated conversations can rebuild support while respecting boundaries.
💬 Teach coping strategies (guided breathing, brief PMR, reframing) and set collaborative goals, which enhance self-efficacy and reduce the sense of being a burden.
💬 Addressing psychosocial distress improves adherence, reduces complications, and aligns with holistic, patient-centered care—a core nursing standard.