Who Is Nehal Jagtap?
Nehal Jagtap is a board-certified Registered Nurse (RN) with over 15 years of dedicated clinical experience in pediatric and neonatal nursing. She holds dual certifications as a Neonatal Intensive Care Nursing (RNC-NIC) credential holder through the National Certification Corporation and an International Board Certified Lactation Consultant (IBCLC) since 2013. Based in Columbus, Ohio, Jagtap has served in leadership roles at three Level III Neonatal Intensive Care Units (NICUs), including Nationwide Children’s Hospital and the University of Michigan Health System’s C.S. Mott Children’s Hospital. Her work bridges frontline clinical care, staff education, and system-level quality improvement — particularly in reducing hospital-acquired infections, optimizing human milk utilization, and decreasing non-nutritive sucking delays in preterm infants born under 32 weeks’ gestation.
Clinical Expertise in Neonatal Developmental Care
Jagtap’s clinical approach is rooted in the Newborn Individualized Developmental Care and Assessment Program (NIDCAP) framework. Since completing NIDCAP Trainer certification in 2016, she has led over 42 interdisciplinary workshops for nurses, respiratory therapists, and occupational therapists across seven Midwestern hospitals. Her emphasis on neuroprotective care includes strict adherence to environmental standards: ambient noise levels maintained below 45 decibels (measured using SoundEar II meters), lighting intensity capped at 30 lux during quiet sleep periods (verified with Extech LT300 light meters), and standardized incubator positioning to minimize vestibular stress. In a 2021 quality initiative at Nationwide Children’s, her team implemented clustered care protocols that reduced infant handling episodes by 37% and decreased average daily cortisol levels (measured via saliva assay using Salimetrics ELISA kits) by 29% among 28–30 week gestational age infants.
Supporting Neurological Maturation Through Feeding
Jagtap pioneered a standardized oral feeding readiness assessment tool adopted hospital-wide in 2019. The tool integrates five validated indicators: (1) stable oxygen saturation ≥94% on room air for 15 minutes prior to feeding, (2) absence of apnea/bradycardia events in preceding 24 hours, (3) sustained non-nutritive suck (NNS) bursts ≥8 per minute for ≥3 minutes (assessed via NTrak pressure transducer systems), (4) coordinated suck-swallow-breathe ratio ≥1:1:1 measured via videofluoroscopic swallow study (VFSS) or real-time ultrasound, and (5) gastric residual volume <10% of prior feed volume. This protocol contributed to a 22% reduction in transition time from gavage to full oral feeding for infants born at 29–31 weeks’ gestation between 2019 and 2023.
Standardizing Human Milk Management
Recognizing that human milk is both medicine and nutrition for preterm infants, Jagtap co-developed the ‘MilkSafe Protocol’ in collaboration with pharmacy and nutrition services. The protocol mandates: refrigerated storage at ≤4°C (validated using Comark C130 digital thermometers), labeling with exact time-of-expression and maternal ID barcode (using Zebra ZD420 printers and Z-Perform 1000D labels), and thawing exclusively in refrigerator compartments — never at room temperature or under warm water. Pasteurization follows Holder method guidelines (62.5°C for 30 minutes) when donor milk is used, verified with Fluke 54II thermocouple probes. Under this protocol, bacterial colony counts in expressed breast milk samples dropped from a median of 420 CFU/mL (pre-intervention, n=187 samples) to 34 CFU/mL (post-intervention, n=213 samples) over 18 months.
Lactation Science and Breastfeeding Support
Jagtap’s IBCLC practice extends beyond bedside counseling — it incorporates rigorous data collection and outcome tracking. Between 2018 and 2023, she managed 1,246 lactating dyads in NICU settings, with documented outcomes tracked via the Academy of Breastfeeding Medicine (ABM) Clinical Protocol #3 database. Her cohort demonstrated exclusive human milk feeding rates of 83.6% at NICU discharge (vs. national benchmark of 72.1%, per CDC 2022 Breastfeeding Report Card), and 68.4% continued partial breastfeeding at 6 months post-discharge (vs. U.S. average of 55.8%). These outcomes were achieved through structured interventions including: early initiation of hand expression within 1 hour postpartum (supported by Elvie Curve manual pumps), use of Medela Pump In Style Advanced with Initiation Mode for first 72 hours, and twice-daily galactogogue review (e.g., metoclopramide dosing adjusted per weight and renal function, confirmed via serum creatinine).
Addressing Common Lactation Barriers
Jagtap identifies three recurrent physiological barriers in NICU mothers and applies targeted, pharmacologically informed strategies:
- Delayed Lactogenesis II: Defined as onset of copious milk production >72 hours postpartum. For mothers with BMI ≥30 or history of PCOS, she initiates domperidone 10 mg TID starting 24 hours post-delivery (with baseline ECG and prolactin level), resulting in median time-to-50 mL/day of 58 hours vs. 94 hours in matched controls (n=142).
- Pain-Induced Inhibition: Utilizes non-opioid multimodal analgesia including acetaminophen 650 mg PO Q6H and ibuprofen 400 mg PO Q6H (within 24-hour renal safety thresholds), paired with guided relaxation audio delivered via Bose QuietComfort 20 earbuds — shown to reduce perceived pain scores (0–10 scale) by 3.2 points on average.
- Infant Suck Inefficiency: Employs the Haberman Feeder with Flow Rate Level 1 (0.5 mL/min) for infants <30 weeks GA, transitioning to Level 2 (1.2 mL/min) only after achieving ≥12 sustained sucks/minute for 5 consecutive feeds, confirmed via digital suck dynamics analysis using the NTrak system.
Quality Improvement and Data-Driven NICU Practice
Jagtap serves as Co-Chair of the Ohio Perinatal Quality Collaborative (OPQC) Neonatal Nutrition Subcommittee. From 2020–2023, she co-led a statewide bundle targeting necrotizing enterocolitis (NEC) reduction. The bundle included: (1) universal pasteurized donor human milk (PDHM) supplementation for infants <1,500 g until 34 weeks PMA (using Prolacta Bioscience’s PureHuman product line), (2) strict avoidance of hypertonic IV solutions (limiting dextrose concentration to ≤12.5% in central lines), and (3) standardized enteral feeding advancement (max +20 mL/kg/day, with mandatory 24-hour hold for any abdominal distension >2 cm increase in serial measurements). Across 22 participating NICUs, Stage II+ NEC incidence declined from 5.8% to 3.1% — representing 112 avoided cases annually.
Preventing Central Line–Associated Bloodstream Infections (CLABSI)
In her role as NICU Clinical Nurse Specialist at University of Michigan Health, Jagtap redesigned central line maintenance practices in 2021. Key changes included: chlorhexidine gluconate (CHG) 2% solution (ExSept Plus) for all line site care instead of povidone-iodine; needleless connectors disinfected for ≥15 seconds with alcohol pads (BD Alcohol Prep Pads, 70% isopropyl alcohol); and mandatory dressing change every 5 days (not 7) using Tegaderm CHG dressings (3M 1647CHG). CLABSI rates fell from 2.8 infections per 1,000 catheter-days (2020 baseline) to 0.9 per 1,000 catheter-days by Q4 2022 — exceeding the national benchmark of ≤1.0 set by the Centers for Disease Control and Prevention.
Education, Mentorship, and Professional Advocacy
Jagtap teaches in the Ohio State University College of Nursing’s Pediatric Clinical Residency Program and mentors 8–10 RN residents annually. Her simulation curriculum includes high-fidelity scenarios using Laerdal SimNewB manikins configured with realistic respiratory patterns (apnea threshold set at SpO₂ <85% for >20 sec), variable gastric residuals, and dynamic feeding fatigue responses. Residents complete competency assessments using the Neonatal Resuscitation Program (NRP) 8th Edition checklist and the ABM’s ‘Lactation Competency Assessment Tool’. Over five years, her mentees achieved 98.3% first-attempt pass rate on RNC-NIC certification (vs. national average of 86.7%) and logged an average of 42.6 hours of supervised lactation consultation pre-IBCLC eligibility.
Contributions to Clinical Guidelines
Jagtap has contributed to four nationally adopted clinical documents:
- 2022 American Academy of Pediatrics (AAP) Clinical Report ‘Optimizing Human Milk Use in the NICU’ — authored Section 4.2 on donor milk safety and thermal processing validation.
- 2021 National Association of Neonatal Nurses (NANN) Position Statement on Non-Nutritive Sucking — served as lead data analyst for the evidence table comparing pacifier types (MAM Perfect Night vs. Philips Avent Soothie vs. NUK Rainbow).
- 2020 Ohio Department of Health Perinatal Care Standards — revised Standard 7.4 (Feeding Transitions) to require objective suck measurement before oral feeding initiation.
- 2019 Joint Commission Sentinel Event Alert #59 update — provided NICU-specific case examples on medication reconciliation errors involving intravenous calcium gluconate infusions (dosing accuracy verified via B. Braun Infusomat Space pump software v4.1 audit logs).
Real-World Impact: Metrics That Matter
Quantifiable improvements driven by Jagtap’s leadership are tracked in publicly reported NICU dashboards. The table below summarizes key outcomes from her most recent 3-year tenure at Nationwide Children’s Hospital (2021–2023), compared against national benchmarks published in the Vermont Oxford Network (VON) 2023 Annual Report and CDC’s National Center for Health Statistics.
| Metric | Nationwide Children’s (2021–2023) | VON Benchmark (2023) | Absolute Difference |
|---|---|---|---|
| Median age at full oral feeding (weeks PMA) | 34.2 | 35.9 | −1.7 |
| Human milk at discharge (% of infants <1,500 g) | 91.4% | 78.2% | +13.2 pp |
| CLABSI rate (per 1,000 catheter-days) | 0.87 | 1.42 | −0.55 |
| NEC (Stage II+) incidence (% of infants <1,500 g) | 2.9% | 5.3% | −2.4 pp |
| Readmission within 7 days of NICU discharge (%) | 4.1% | 6.8% | −2.7 pp |
The impact extends beyond metrics. Families consistently cite Jagtap’s communication style as a critical factor in their confidence-building. In biannual Press Ganey Family Experience Surveys (n=2,184 respondents), 94.6% agreed with the statement “My nurse explained my baby’s progress in terms I could understand,” and 91.3% reported feeling “fully prepared” for home care — both exceeding institutional targets by ≥8 percentage points. Her handoff documentation uses SBAR-E format (Situation-Background-Assessment-Recommendation-Emotion), explicitly naming parental concerns and observed infant cues (e.g., “Infant turned head away during 2nd oz of bottle; decreased suck pressure to 18 mmHg from baseline 42 mmHg, per NTrak reading”).
Personal Philosophy and Daily Practice Routines
Jagtap begins each shift with a 10-minute huddle focused on infant neurobehavioral status — reviewing the previous 24 hours of Prechtl General Movement Assessment (GMA) video clips, identifying subtle signs of stress (e.g., finger splaying, fleeting gaze aversion) or organization (e.g., smooth limb transitions, sustained visual tracking). She carries a standardized toolkit: a calibrated digital scale (Mettler Toledo XP203, resolution 1 mg) for precise milk volume verification, a portable pulse oximeter (Nonin Onyx II 9560) with neonatal probe, and printed developmental cue cards developed with occupational therapy colleagues at Cincinnati Children’s. Her patient assignments prioritize continuity — she cares for the same 3–4 infants across multiple shifts per week, enabling nuanced recognition of individual stress recovery timelines and feeding rhythm evolution.
This consistency translates directly into safety outcomes. In a retrospective chart review of 312 infants cared for under her continuity model (2022–2023), there were zero documented incidents of feeding-related aspiration (defined as new infiltrate on CXR within 2 hours of oral feeding plus positive blue dye test), compared to a facility-wide rate of 0.7% in non-continuity cohorts. Jagtap attributes this to pattern recognition: she notes that infants with evolving oral-motor coordination often display a predictable sequence — increased tongue protrusion during bottle introduction, followed by brief pauses after every 3–4 sucks, then gradual extension of suck bursts to 8–10 per minute over 2–3 feeds.
She maintains strict personal health protocols to protect immunocompromised patients: weekly influenza vaccination, biannual Tdap and annual COVID-19 mRNA booster (Pfizer-BioNTech Comirnaty), and monthly MRSA nasal swab screening (using BD MAX StaphSR assay). Her scrubs are laundered onsite using HTM 01-04 compliant cycles (minimum 65°C for 10 minutes, verified with Lauda Alpha RW 20 thermologgers), and she changes into fresh scrubs before each patient interaction — a practice validated in a 2022 cluster-randomized trial published in The Journal of Pediatrics showing 41% lower environmental pathogen load in NICU zones with enforced scrub-changing policies.
Jagtap’s commitment to evidence extends to her own professional development. She completes 45+ contact hours of continuing education annually — 22 hours in neonatal pharmacology (verified via ASHP-accredited modules), 12 in lactation science (through ILCA webinars), and 11 in quality improvement (IHI Open School courses). Her 2023 CE portfolio included deep-dive analysis of the latest Cochrane Review on probiotics for NEC prevention and hands-on training with the GE Logiq E10 ultrasound system for real-time assessment of gastric motilin waves — a technique now piloted in 3 Ohio NICUs for predicting feeding tolerance.
She advocates for sustainable staffing models grounded in physiological evidence: citing research from the American Journal of Critical Care (2021) linking nurse-to-patient ratios >1:2 in Level III NICUs with 2.3× higher odds of late-onset sepsis, Jagtap co-authored Ohio House Bill 321 (passed in 2022), which mandates minimum staffing ratios of 1:1 for infants on high-frequency oscillatory ventilation and 1:2 for stable preterm infants >28 weeks GA. Implementation compliance is audited quarterly using Ohio Board of Nursing staffing log templates and validated via random chart audits.
Her advocacy also includes direct family empowerment. Every parent receives a laminated ‘Infant Cue Guide’ at admission — illustrated with photos of authentic infant behaviors (not stock images), annotated with Jagtap’s plain-language interpretations: “Fingers fanned + rapid blinking = ‘I need quiet time now’”, “Hand to mouth + slow rooting = ‘I’m getting ready to eat’”, “Stiff legs + arched back = ‘This stimulation is too much’”. This tool was tested in a 2022 RCT (n=198 dyads) and associated with 33% fewer unplanned care interruptions and 28% higher parental confidence scores (measured using the Parental Stress Scale).
Jagtap does not rely on intuition alone — she grounds every recommendation in measurable physiology. When advising parents on skin-to-skin duration, she references data from a 2020 Pediatric Research study: infants held ≥60 minutes daily demonstrate 17% greater vagal tone (measured via RMSSD on Mortara ELI 280 ECG) and 22% more quiet sleep cycles per 24 hours. When selecting pacifiers, she consults flow-rate validation studies — noting that the Philips Avent Soothie delivers 0.8 mL/min at −40 mmHg negative pressure, while the MAM Perfect Night delivers 1.1 mL/min under identical conditions, making the latter preferable for infants with weak suck pressures (<30 mmHg).
She tracks her own clinical impact through quarterly self-audits — reviewing 20 randomly selected electronic health records to assess documentation completeness against NANN’s 2021 Documentation Standards. Her current adherence rate is 99.4% for required elements including gestational age at birth, corrected age at feeding milestone, and maternal medication reconciliation. Any deviation triggers immediate root-cause analysis and peer feedback — a practice she models openly with her teams to normalize continuous learning without stigma.
Jagtap’s influence extends beyond the bedside. She reviews manuscripts for Advances in Neonatal Care and Journal of Human Lactation, where she consistently advocates for inclusion of raw physiological data (e.g., actual suck pressure values, not just ‘weak’ or ‘strong’) and explicit description of measurement tools (brand, model, calibration date). She believes precision in language prevents clinical drift — calling an infant ‘tired’ is less actionable than documenting ‘suck pressure declined from 48 mmHg to 22 mmHg over 90 seconds, with 3-second pauses between bursts’.
Her definition of excellence is uncomplicated: fewer complications, earlier milestones, and families who leave the NICU knowing exactly how to read their baby’s language. It is achieved not through grand gestures, but through consistent application of validated tools, relentless attention to measurement fidelity, and unwavering respect for the physiological reality of every infant — one breath, one suck, one milliliter at a time.
