Neonatology · Research · Quality Improvement · Clinical AI

Building practical clinical systems for better neonatal care.

I’m Efren Diaz, MD, a neonatologist focused on bedside medicine, research operations, medical education, quality improvement, and responsible use of artificial intelligence in clinical environments.

NICUClinical neonatology
QISystems improvement
AIClinical productivity

Professional Focus

Medicine, education, and systems that translate into bedside impact.

I work across neonatal care, clinical research, digital education, and implementation science. The goal is simple: develop useful tools, conversations, and collaborations that help clinicians move from ideas to execution.

01

Neonatal Research

Respiratory care, caffeine pharmacology, delivery room performance, stabilization of preterm infants, point-of-care ultrasound, and outcomes-driven clinical questions.

02

Quality Improvement

Structured approaches for safer extubation, ventilation practices, workflow standardization, clinical databases, and high-reliability NICU systems.

03

Medical Education

Practical teaching for trainees and interdisciplinary teams through simulation, journal clubs, digital content, and board-relevant neonatal education.

04

Clinical AI

Applied AI workflows for protocol development, literature review, research support, QI design, clinical education, and responsible productivity.

Featured Platforms

Digital platforms designed for clinicians, educators, and collaborators.

Clinical AI

The AI Consult

A YouTube channel exploring how clinicians can use AI for clinical productivity, research, quality improvement, medical education, and responsible implementation.

Discuss a topic or guest idea
Research Infrastructure

Clinical Systems Lab

Project space for retrospective studies, QI initiatives, clinical databases, protocol development, manuscript drafting, and research operations.

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Selected Work

Current project areas.

Research

Caffeine pharmacokinetics and clinical outcomes in premature neonates

Retrospective cohort work evaluating caffeine concentrations, respiratory outcomes, and clinical significance in premature infants.

Quality Improvement

Safer extubation and ventilation weaning practices

Standardized algorithms and workflow redesign for extremely premature infants receiving invasive respiratory support.

Education

Simulation, journal clubs, and neonatal learning systems

Practical education formats that improve discussion quality, team readiness, and clinical reasoning.

Innovation

AI-assisted clinical and academic workflows

Responsible use of AI to accelerate literature review, protocol development, data collection design, and educational content creation.

Collaborate

Interested in neonatal research, clinical AI, QI, education, or media collaboration?

I’m open to collaborations involving neonatal research, clinical education, journal clubs, AI-enabled workflows, responsible medical content, and implementation-focused quality improvement.