Browsing by Author "Rakesh Kumar"

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    Effectiveness of Probiotics and Phototherapy Compared to Phototherapy Alone in Treating Hyperbilirubinemia in Neonates ≥35 Weeks Gestation: A Comparative Observational Study
    (SCOPUS, 2023-06-01) Suraj Kumar Singh; Girish Gupta; Sanober Wasim; Rakesh Kumar; Saikat Patra; Chetan Chinmay
    Introduction Neonatal jaundice is a common condition in neonatal practice. Phototherapy is accepted first line of therapy in its treatment. Probiotics can be an addition as it decreases enterohepatic circulation and improves gut function. Materials and Methods The observational study was conducted in 40 neonates. Participants were divided into 2 groups, phototherapy alone (PA) and probiotics plus phototherapy (PP). The mean difference in total serum bilirubin (mg/dL) levels, total duration of phototherapy, incidence of rebound hyperbilirubinemia, frequency of stooling after initiation of therapy, feed intolerance, and occurrence of new onset sepsis was compared. Results The mean difference in serum bilirubin level was not statistically significant after 12 hours (p = .321), 24 hours (p = .544) and 48 hours (p = .863) after initiation of phototherapy. An increase in frequency of stool in the first 24 hours was observed in PP group (p = .003). The total duration of phototherapy was less in PP group although not statistically significant (25 hours vs 38 hours, p = .054). Rebound hyperbilirubinemia was significantly higher in PA (p = .023). There were no cases of feed intolerance and sepsis. Conclusion The addition of probiotics did not alter the clinical course of jaundice. However, probiotics can reduce the rebound hyperbilirubinemia and is safe as it did not increase incidence of new onset sepsis or feed intolerance.
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    To Validate Use of Transmittance Sensor of Peripheral Pulse Oximeter for Forehead Pulse Oximetry in Newborns
    (SAGE Publications, 2024-10-01) Talha Rehman; Girish Gupta; Saikat Patra; Chinmay Chetan; Rakesh Kumar; Sanober Wasim
    Introduction Peripheral pulse oximeters with continuous monitoring of heart rate and saturation have revolutionized neonatal care. Motion artifacts, hypothermia, and poor perfusion are some of the barriers for reliable reading in the transmittance type of peripheral pulse oximeters. This study was planned to assess the effectiveness of transmittance sensors applied over the forehead for monitoring the heart rate and saturation. Material and Methods An observation study was conducted over a period of 1 month. Two pulse oximeters (Masimo RAD97) were applied simultaneously, one over the periphery (right hand/wrist) and the other over the forehead using an innovative headband. A total of 540 readings of heart rate and saturation (SpO2) from each site were recorded. A difference of more than 5 beats/minute in heart rate and 2% saturation were considered clinically significant. Results Forty-five neonates with mean gestational age of 35.3 ± 3.2 weeks and birth weight of 2109 ± 683 grams were enrolled. Forehead pulse oximeter could pick up the heart rate and SpO2 readings in all the babies. A statistically significant difference of 3.8 beats/minute in heart rate and 2.5% in SpO2 was noted (p-value < 0.0001). The difference in heart rate was not clinically significant. Conclusion We propose that the transmittance type peripheral pulse oximeter sensors can be used over the forehead. It has the potential to avoid erroneous readings due to motion artifacts, hypothermia, or shock. Saturation nomograms for the forehead pulse oximetry need to be established before it can be used to monitor and manage the neonates for the same.