Background: Recovery of maternal milk source is an urgent matter of many mothers in the breast feeding duration. Spinal hitting method of Nguyen Tham Tan has been applied on a lot of women lacked milk after giving birth but until now, there has not any resrearch on the method. Objectives: 1. To assess lactation effect resulting from spinal hitting method. 2. To evaluated effects of the method on milk quality and the concentration of prolactine in blood. Subjects and methods: 33 mothers who are lack milk after giving birth have been hit at points on their spine as follows: CS, C6, D2, L2-L3. These patients were treated during 15 days with one time a day, hitting duration of every time - 15 minutes. The study used open clinical method in comparison with the obtaining effects between pre and post reproducing. Results: Amount of breast milk per minute increases from 1.52ml \xb10.37ml (before treatment) to 2.20\xb10.42ml (after treatment). Number of children's feeding decreases and the concentrations of protein, lipid and glucose as well as vital elements in milk increase after treatment. The concentration of prolactine in blood increases from 2755.16m\xb5/ml (before treatment) to 3763.16m\xb5/ml (after treatment). Conclusion: Spinal hitting method has the effects of lactation, increase in prolactine concentration in bloods and positive effects on milk quality. \r\n", u'\r\n', u'\r\n', u'
Milk ; Human

No abstract available.
Breast* ; Milk, Human*

No abstract available.
Breast* ; Milk, Human*

No abstract available.
Breast* ; Jaundice* ; Milk, Human*

Background: Donor Human Milk (DHM) is the recommended food of infants whenever mom’s own milk (MOM) is not available. However, due to the pathogenic microbiological component of DHM, concerns on the safety of the milk are inevitable. Objective: To determine the effect of storage time on the microbial growth of pasteurized and unpasteurized Donor Human Milk maintained at a constant temperature of -20°C. Methodology: This is a Quasi-experimental Research done in the Newborn Care Unit (NCU) and Bacteriology Section of a private tertiary hospital in Davao City. The effect of storage time to the microbial growth of pasteurized and unpasteurized DHM was determined using Friedman Test 2-way Analysis of Variance by Ranks. Pairwise comparison of microbial growth between pasteurized and unpasteurized DHM at different storage times was determined using the Mann-Whitney U test. Results: Baseline DHM samples had moderately heavy bacterial growth of Staphylococcus epidermidis. There was a decrease from moderately heavy to light growth of the same species in the 24-hour storage time for both pasteurized and unpasteurized DHM. Pasteurized DHM did not have any microbial isolates at 48h, 72h, 4w, 8w and 12w while unpasteurized DHM had Acinetobacter baumanii, Staphylococcus warneri, Kocuria kristinae, and Staphylococcus saprophyticus growths. The analysis revealed that there is a statistically significant difference in the microbial growth in both pasteurized and unpasteurized DHM samples when stored at different times, χ2 (6) = 28.457, p = 0.00. Conclusions Storage time significantly interacts with the microbial growth on both pasteurized and unpasteurized DHM samples. Therefore, microbial growth in DHM samples may be affected by the length of time stored at a constant temperature of -20°C. Pasteurized DHM samples when stored at -20°C for more than 48 hours resulted to a statistically reduced microbial growth.
Milk, Human ; Pasteurization

BACKGROUND: Human milk is considered the optimal nutritional source for infants. Due to the possibility of microbial contamination during collection and handling, milk is pasteurized to prevent transmission of pathogens. In low-income areas where pasteurization is inaccessible, the pursuit for the best alternative in rendering donor milk safe remains.

OBJECTIVE: We aimed to determine and compare the efficacy of flash heat treatment and holder pasteurization in preserving human milk IgA while reducing bacterial contamination of donor breast milk.

METHODOLOGY: This is an experimental study which utilized pooled donor breastmilk from healthy mothers later subjected to bacterial analysis and immunoglobulin A level determination prior to and post flash heat treatment and pasteurization. Standardized scores were used to normalize population with unknown parameters. T-test comparison of means and Levene's test for equality of variances were used.

RESULTS: Twenty samples of aliquoted breastmilk were subjected to pasteurization and flash heat treatment, both yielding a statistically significant reduction in colony-forming units using Blood agar and MacConkey plates. These sample groups also underwent IgA level determination using Bindarid Kit IgATM and there was no significant decline in IgA levels.

CONCLUSIONS: Flash heat treatment may be an alternative for holder pasteurization in providing safe and effective breastmilk.

The history of breast milk banks is over 100 years. Most of the milk banks were closed because of HIV in the 80's. But more and more milk banks are re-opening and new ones are being established as the composition and superiority of breast milk are recognized again. The Human Milk Banking Association of North America and European Milk Bank Association have been set up and they have established and revised the standards and guidelines of breast milk banks. There is no doubt of the clinical effects of donor human milk on preterm infants worldwide. The Committee on Nutrition of the European Society for Pediatric Gastroenterology, Hepatology and Nutrition recommended that the preterm infants should use donor human milk when their own mothers' milk is not enough. The first breast milk bank was set up in China in 2013, and its clinical and social significance is worthy of further study.
Female ; Humans ; Milk Banks ; Milk, Human

No abstract available.
Breast* ; Glucuronidase* ; Lipase* ; Milk, Human*

No abstract available.
Copper* ; Humans* ; Milk, Human* ; Zinc*

No abstract available.
Breast* ; Female ; Lactation* ; Milk, Human*