Kangaroo mother care utilization at stepdown ward of a tertiary care teaching hospital: a quality improvement study.

PURPOSE: India has the highest burden of preterm/low birth weight newborns. To tackle this, Kangaroo Mother Care (KMC) needs to be scaled up. We did a quality improvement (QI) study to increase KMC coverage to 80% and its utilization to at least 4 h/infant/day. METHODS: This study was conducted at a stepdown ward (KMC ward) of a tertiary care teaching institute over a period of four months. All babies with birth weight <2.5 kg were eligible. The QI team included faculty in-charge, one senior resident and three senior staff nurses. Potential barriers were listed using fish-bone analysis. Four possible interventions were identified (daily documentation of total KMC hours by doctor, providing KMC during all the nursing duty shifts, counseling and education to mothers and family members), introduced, and then subsequently tested by four Plan-Do-Study-Act (PDSA) cycles and sustenance was assessed over three months. RESULTS: A total of 93 infants were included in this QI study. During baseline phase, the KMC coverage was 50% which increased to 100% by the end of fourth PDSA cycle and remained 100% during the sustenance phase. During baseline period, KMC was given for ≥ 4 h in 18.8% (28 of 149) patient days which increased to 88.96% (137 of 154) during the sustenance phase. The mean KMC utilization increased from 1.97 (1.57) h/infant/day to 5.65 (1.20) h/infant/day in the sustenance phase. CONCLUSION: QI study incorporating PDSA cycles helped improve coverage and utilization of KMC.

The effect of obesity on neuraxial technique difficulty in pregnant patients: a prospective, observational study.

BACKGROUND: Practitioners often presuppose that obesity will increase neuraxial technique difficulty in pregnant patients, but few investigators have systematically examined this population for risk factors associated with difficult epidural or spinal needle placement. We designed this study to prospectively identify factors that predict neuraxial technique difficulty in pregnant patients. METHODS: Using a prospective, observational format, pregnant patients were examined for multiple potential risk factors for neuraxial technique difficulty, including current body mass index, ability to palpate spinous processes, maximum back flexion, scoliosis, and experience of the practitioner. Neuraxial technique difficulty was then assessed using two measures: 1) the number of needle passes needed to reach the desired space, and 2) the placement time from skin infiltration to either spinal injection or epidural catheter threading. Predictors of total needle passes were determined by fitting the data to a generalized linear model with negative binomial error. Predictors of neuraxial anesthetic time were determined by fitting a linear model to the log of neuraxial anesthetic placement time. A survival model was used to account for bias introduced when attending physicians intervened in resident physician procedures. RESULTS: Neuraxial procedures in 427 pregnant patients were studied. For both the number of needle passes and the neuraxial anesthetic placement time, the significant predictors of difficulty were the practitioner's ability to palpate the patient's bony landmarks and the patient's ability to flex her back. Obesity, as measured by body mass index, was not an independent predictor of either end point. Obesity did, however, strongly predict both the ability to palpate landmarks and flex the back. CONCLUSIONS: Despite concerns that obesity may cause difficulty with neuraxial technique, some obese patients have surprisingly easy neuraxial block placements. When approaching any neuraxial anesthetic in a pregnant patient, and especially in the obese parturient, back flexion and landmark palpation predict neuraxial technique difficulty.