Arturo Serize MPH, PA-C

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Multi-API biomarker intelligence platform. Pulls from PubMed, ClinicalTrials.gov, UniProt, KEGG, and STRING, then runs Bayesian probability analysis with composite ROC curve generation. Embeds a full R runtime in the browser via WebR.

KEY:Bayesian diagnostic probability engine with real-time API integration and embedded R statistical computing — all client-side, zero backend.

Dual-component clinical prediction engine for necrotizing enterocolitis. Monitors 9 biomarkers (ANC, WBC, platelets, CRP, fecal calprotectin, pH, lactate, base deficit, eosinophils), scoring both absolute abnormality and temporal trajectory to detect NEC 24-48 hours before clinical deterioration. Evidence-based thresholds from published literature with clinical pattern bonuses for multi-system co-occurring abnormalities. 5,900+ lines with animated demo walkthrough, algorithm explainer, and validation dashboard.

KEY:No single biomarker diagnoses NEC. This tool combines 9 markers across time — trajectory analysis that creates a synergistic risk assessment where three high-priority markers dropping simultaneously is more predictive than any marker alone.

Redesigned electronic health record interface. Replaced complex menu navigation with an intuitive visual approach using anatomical diagrams and drag-and-drop charting. Runs on top of existing EHR backends without vendor lock-in. 4,700+ lines.

KEY:Matches interface design to natural clinical thought patterns, dramatically reducing documentation time.

Prospective concordance study comparing Oxford Nanopore MinION metagenomic sequencing to standard PCR and viral culture for rapid neonatal HSV detection. Full clinical protocol with custom 1,300+ line tracking dashboard: enrollment management, specimen workflow, sequencing QC metrics, turnaround time analytics, and concordance reporting.

KEY:Clinician-designed translational research — wrote the science AND built the operational tooling. From clinical question to protocol to dashboard, end to end.

Clinical decision support tool inspired by the original MYCIN expert system. Guides clinicians through neonatal sepsis evaluation using rule-based reasoning, incorporating patient-specific factors to generate antibiotic recommendations with transparent confidence scoring.

KEY:Brings the rigor of expert system reasoning to bedside sepsis decisions, making the clinical logic visible and auditable.

Antimicrobial stewardship engine with a retro terminal aesthetic. Evidence-based antimicrobial selection guidance, dosing calculations, and spectrum analysis to support institutional stewardship programs.

KEY:Encodes institutional antibiogram data and stewardship protocols into an interactive decision engine that clinicians actually want to use.

Mobile documentation platform for high-pressure transport. Offline persistence, smart exam toggles, vitals reminders, digital consent. 3,200+ lines. Designed by someone who's actually been in the back of a transport unit at 3 AM.

KEY:First transport documentation system designed by a clinician who does the transports.

Visual monitoring system that transforms complex vital signs into intuitive patterns using a retro-style interface. Converts traditional measurements into dynamic visual displays that make patient status immediately clear.

KEY:Makes complex vital sign patterns immediately recognizable through intuitive visual displays.

Comprehensive BPD weaning monitor that tracks ventilator parameters, calculates composite lung health scores, and visualizes trends over time. CRT-aesthetic dashboard with real-time scoring breakdown across oxygen burden, pressure support, and weaning trajectory.

KEY:Converts subjective 'how is the baby doing on the vent' into a quantifiable, trackable BLOOM score with transparent component weighting.

Standardized bedside GERD assessment tool for neonatal patients. Structured observation protocol with assessment history, trend tracking, unit-level dashboards, and printable source documents. Built for a pilot study standardizing neonatal reflux evaluation.

KEY:Replaces subjective 'the baby looks refluxy' with systematic, trackable bedside assessment data.

Oxygen management tool to minimize ROP risk in neonatal patients. Tracks SpO2 targets, FiO2 adjustments, and exposure windows to maintain optimal oxygenation while reducing cumulative oxidative stress.

KEY:Turns the complex relationship between oxygen exposure and ROP risk into actionable, real-time clinical guidance.

Rapid dementia classification tool that integrates multiple cognitive assessment domains into a unified diagnostic workflow. Structured scoring and automated severity grading.

KEY:Consolidates fragmented neurocognitive assessments into a single, systematic diagnostic pathway.

Multi-site staffing allocation tool. Census-driven workload calculation with automated APP assignment recommendations across hospital sites. Color-coded acuity, real-time status tracking.

KEY:Operational workflow optimization — resource allocation meets clinical staffing intelligence.