Neonatal Transport and Referral Systems in Jaipur

The Importance of Neonatal Transport Systems

Neonatal transport is the critical link between the facility where a sick newborn is born and the higher-level NICU where definitive care can be provided. In Jaipur and the broader Rajasthan context, where a significant proportion of births occur in peripheral health centres, primary health centres, and smaller nursing homes without advanced neonatal capabilities, the quality of the transport system directly impacts neonatal survival and long-term outcomes.

Rajasthan, India's largest state by area, presents unique challenges for neonatal transport. Long distances between peripheral facilities and tertiary centres, extreme temperature variations from desert heat to winter cold, and variable road conditions all complicate the safe transfer of critically ill newborns. Jaipur, as the state capital and primary referral hub, receives neonates from across the state, making its transport and referral infrastructure pivotal to Rajasthan's neonatal health outcomes.

The NNF and the government's Rashtriya Bal Swasthya Karyakram (RBSK) and Special Newborn Care Units (SNCU) programme have established frameworks for neonatal referral. However, implementation gaps remain, and understanding the current system's strengths and weaknesses is essential for improvement.

Jaipur's Neonatal Referral Network: Hub and Spoke Model

Jaipur's neonatal referral system follows a hub-and-spoke model where peripheral facilities act as spokes feeding into tertiary referral hubs.

Spoke Facilities: SNCUs and Level I/II Centres

The Government of India's SNCU initiative has established special newborn care units at district hospitals across Rajasthan. These Level II equivalent facilities provide care for moderately sick neonates including phototherapy, IV fluids, CPAP, and basic monitoring. SNCUs in districts surrounding Jaipur, including Dausa, Sikar, Alwar, Tonk, and Ajmer, stabilize neonates who require higher-level care and initiate referral to Jaipur. Private nursing homes and smaller hospitals also refer neonates who exceed their care capability.

Hub Facilities: Tertiary NICUs in Jaipur

• JK Lon Hospital: Attached to SMS Medical College, JK Lon is the premier government paediatric hospital in Rajasthan. Its NICU is the largest public neonatal facility in the state with over 80 beds across intensive, high-dependency, and step-down areas. The unit receives referrals from across Rajasthan and neighbouring states.
• SMS Medical College Hospital: The main SMS Hospital has a maternity wing NICU that manages neonates born within the hospital and receives external referrals. It provides Level III care including mechanical ventilation and exchange transfusion.
• RUHS College of Medical Sciences: Rajasthan University of Health Sciences hospital has developed its neonatal services to support the referral network with additional NICU bed capacity.
• Fortis Escorts Hospital, Jaipur: Leading private tertiary centre with a Level III NICU, modern ventilators, and neonatal surgical access.
• Narayana Multispeciality Hospital: Provides comprehensive neonatal services including advanced respiratory support and phototherapy.
• Manipal Hospital, Jaipur: Expanding neonatal services with Level III capabilities and neonatologist-led care.
• Eternal Hospital and EHCC Hospital: Private centres with growing NICU capabilities serving Jaipur's expanding population.

Transport Equipment and Ambulance Services

The equipment available during transport and the training of transport personnel are critical determinants of transport safety and outcomes.

Essential Transport Equipment

Equipment	Purpose	Specifications
Transport incubator	Thermoregulation during transport	Battery-powered, servo-controlled, minimum 2-hour battery life
Portable oxygen supply	Respiratory support	Cylinder with flowmeter, FiO2 blender if possible
Pulse oximeter	SpO2 and HR monitoring	Neonatal sensor, motion-resistant technology
Bag-and-mask device	Resuscitation	Self-inflating bag (250 ml), sizes 0 and 1 masks
Suction device	Airway clearance	Portable, battery or manual operated
IV infusion equipment	Fluid and medication delivery	Syringe pump, battery-powered
Portable monitor	Multi-parameter monitoring	HR, SpO2, RR, temperature
Transport ventilator	Mechanical ventilation en route	Neonatal modes, PEEP, FiO2 control
Medications	Emergency drugs	Adrenaline, normal saline, dextrose

Ambulance Services

Rajasthan operates the 108 EMRI (Emergency Management and Research Institute) ambulance service, which provides free emergency transport across the state. However, standard 108 ambulances are not specifically equipped for neonatal transport and typically lack transport incubators and neonatal monitoring equipment. The ambulances do carry basic life support equipment and oxygen.

Some private hospitals in Jaipur, including Fortis Escorts and Narayana, operate dedicated neonatal transport vehicles equipped with transport incubators, monitors, and trained neonatal transport teams. These services significantly improve transport outcomes but are limited to patients referred to or from these specific hospitals.

The Rajasthan government has initiated programmes to equip select ambulances with neonatal transport capability, including transport incubators and pulse oximeters, as part of the National Health Mission. However, coverage remains incomplete, particularly for rural areas distant from Jaipur.

Pre-Transport Stabilization: The STABLE Approach

The quality of care provided during stabilization before transport is often more impactful on outcomes than the transport itself. The STABLE program provides a systematic framework used internationally and increasingly adopted in Indian NICUs.

STABLE Framework Components

1. S - Sugar and Safe Care: Ensure blood glucose is above 45 mg per dL. Start IV dextrose (10% dextrose at 60-80 ml per kg per day) if oral feeds are not tolerated. Secure the infant safely for transport with appropriate restraints.
2. T - Temperature: Maintain normothermia between 36.5 and 37.5 degrees Celsius. Pre-warm the transport incubator. Use polyethylene wraps for extremely preterm infants. Temperature monitoring should be continuous during transport.
3. A - Airway: Ensure a patent airway. Provide appropriate respiratory support ranging from free-flow oxygen to CPAP to intubation and mechanical ventilation as needed. If intubation is required and the referring centre lacks the skill, request the receiving centre to send a transport team if available.
4. B - Blood Pressure: Assess perfusion by capillary refill time, heart rate, and blood pressure. Administer normal saline boluses of 10 ml per kg for hypovolemia. Start inotropes if available and indicated.
5. L - Lab Work: Obtain blood glucose, blood gas if available, complete blood count, blood culture before starting antibiotics, bilirubin if jaundice is the indication for transfer, and blood type if exchange transfusion may be needed.
6. E - Emotional Support: Communicate with parents about the need for transfer, the receiving hospital, the expected course, and travel logistics. Provide contact information for the receiving NICU. Allow parents to see and touch the infant before departure when clinically appropriate.

Transport Protocols and Communication

Effective neonatal transport requires robust communication between the referring and receiving facilities. Key protocol elements include the following.

Pre-Transport Communication

The referring physician should contact the receiving NICU directly, providing a structured handover including the infant's gestational age and birth weight, current clinical status, diagnoses and active problems, current treatment and support, reason for referral, and any special requirements. The receiving facility confirms bed availability, provides guidance on stabilization, and dispatches a transport team if available.

During Transport

Continuous monitoring of heart rate, oxygen saturation, and temperature is essential. Vital signs should be documented at least every 15 minutes. Any deterioration should be managed per resuscitation protocols and communicated to the receiving facility. The transport team should carry pre-calculated drug doses and intervention plans based on the infant's weight.

Post-Transport Handover

Upon arrival at the receiving NICU, a structured handover using the SBAR (Situation, Background, Assessment, Recommendation) format ensures complete information transfer. All documentation from the referring facility, transport log, and medications administered during transport should accompany the infant.

Challenges in Jaipur's Neonatal Transport System

Despite improvements, several challenges persist in Jaipur and Rajasthan's neonatal transport infrastructure.

• Distance and Geography: Rajasthan's vast area means some referring facilities are 200 to 400 kilometres from Jaipur. Transport times of 4 to 8 hours are not uncommon, placing enormous demands on equipment battery life, oxygen supplies, and the endurance of transport personnel.
• Equipment Availability: Many SNCUs and peripheral facilities lack dedicated transport incubators. Infants may be transported wrapped in blankets in standard ambulances without temperature monitoring, increasing hypothermia risk.
• Trained Personnel Shortage: Dedicated neonatal transport teams are available only at select private hospitals. Most government-facilitated transports rely on the referring facility's staff, who may not be trained in transport-specific skills.
• Road Conditions: Highway quality has improved but secondary roads in rural areas remain challenging, causing vibration and delays that affect the neonate's clinical stability.
• Bed Availability: Jaipur's tertiary NICUs, particularly JK Lon Hospital, operate at or above capacity during peak seasons. Bed unavailability can delay transfer acceptance and force referrals to more distant facilities.

Initiatives and Improvements

Several initiatives are working to strengthen neonatal transport in the Jaipur region.

• Rajasthan Government Neonatal Transport Programme: Under the National Health Mission, select ambulances are being upgraded with neonatal transport kits including transport incubators and monitoring devices.
• Telemedicine Integration: Some facilities are piloting telemedicine consultations allowing the receiving neonatologist to guide stabilization at the referring facility via video call before transport begins.
• STABLE Training: NNF Rajasthan chapter conducts regular STABLE workshops for paediatricians and nurses at SNCUs, improving pre-transport stabilization quality.
• Private Transport Services: Companies specializing in neonatal transport are emerging in Jaipur, offering equipped ambulances with trained teams for inter-facility transfers.

Equipment Support: HEAMAC provides medical equipment including phototherapy machines and patient monitors to healthcare facilities across Rajasthan. For hospitals in Jaipur and surrounding areas seeking to improve their stabilization capabilities before neonatal transport, HEAMAC's rental services offer access to essential equipment such as phototherapy units for managing jaundice at the referring facility, reducing the urgency of some transfers and improving outcomes for those that do require transport.

Best Practices for Neonatal Transport

1. Stabilize before you transport: invest the time to optimize temperature, glucose, respiratory support, and hemodynamics before departing.
2. Use the most appropriate transport mode and team: a dedicated neonatal team with transport equipment is always preferable to an unequipped standard ambulance.
3. Communicate early and thoroughly with the receiving facility.
4. Document continuously during transport for clinical handover and quality review.
5. Debrief after every transport to identify improvement opportunities.
6. Train regularly with simulation-based exercises to maintain transport team skills.

Conclusion

Neonatal transport is a vital component of the neonatal care continuum in Jaipur and Rajasthan. While significant progress has been made through government SNCU programmes, ambulance services, and growing private sector involvement, gaps in equipment, training, and dedicated transport services persist. Strengthening the referral network through investment in transport equipment, standardized protocols, trained teams, and effective communication systems will be essential for continuing to reduce neonatal mortality across the state. Every minute saved and every degree of temperature maintained during transport translates into better outcomes for Rajasthan's most vulnerable patients.