Breastfeeding News Express‖ Breast pump can suck more breast milk in this way+missing kid(Faith Lindsey)information
Recently, the Mother and Baby Industry Watch jointly released the Mother and Baby Research Institute, which focuses on the mother and baby market research, and released the TOP10 ranking of breast pump brands in 2019. The list mainly calculates the commercial value of the five dimensions of brand power, product power, channel power, organizational power, and purchasing power of each mother and baby brand, and compares the two-year growth rate of each brand. It is calculated by assigning different weights to each dimension. Based on the comprehensive score, the ranking is obtained accordingly. Here are the specific rankings:
topic
The breast pump seems to have become a must-have for most breastfeeding mothers, although a series of breast problems often occur during the use of the breast pump-such as nipple edema, nipple pain, etc. (How to prevent breast problems caused by the breast pump, please click Outpatient perspective║ Breast pump seems to have become a life-saving straw for breastfeeding mothers, but do you really understand it?), but the main concern of mothers is always-how can we suck more breast milk?
The latest research shows that the temperature of the nipples rises during the pumping process, and the increase is related to the degree of milk excretion.
The study found that during 92% of lactation, the temperature of the nipples after pumping will increase (see the figure below), and for every 1 ° C increase in the temperature of the nipples, an additional 10 ml of breast milk will be excreted. An increase in temperature is considered to be a manifestation of increased blood flow. The increase in nipple temperature may be due to locally acting vasodilating neuropeptides, such as CGRP. Part of the reason may be that a heated breast pump cup warms the nipple-areola complex and warms it. Breast milk (37 ° C) flows through the nipple holes to expand the nipple holes and relax the smooth muscles, thereby promoting breast milk excretion.
---- Gardner, H., et al., Thermal physiology of the lactating nipple influences the removal of human milk. Scientific Reports, 2019. 9 (1): p. 11854.
Nipple temperature before and after pumping:
(A) 2 minutes before pumping (B) before pumping starts (C) immediately after pumping stops (D) 2 minutes after pumping for 10 minutes.
Cannon et al. Found that infants are able to suck out 80% of their breast milk in the first 4 minutes of sucking, so in early feeding or pumping, warmth seems to have the biggest impact on breast milk release, which is also quite In the first two milk ejection reflections
---- Cannon, AM, Sakalidis, VS, Lai, CT, Perrella, SL & Geddes, DT Vacuum characteristics of the sucking cycle and relationships with milk removal from the breast in term infants. Early Hum. Dev. 96, 1–6 ( 2016)
Another study also reached a similar conclusion: warm breast pump cups (4.8 minutes) have been shown to clear 80% of total pumped milk faster than ambient temperature breast pump cups (6.5 minutes).
Pumped through the use of a warm breast cup (39 ° C), which simulates the warming effect of a baby's mouth, which, when combined with a maximum comfortable vacuum, promotes more efficient pumping of 80% of breast milk. This effect is attributed to the warmth and relaxation of the nipples, the expansion of the pores of the nipples and nipples of the nipples, the relaxation of smooth muscles, the extension of the nipples, and the promotion of milk flow through the nipples to the tubes, thereby helping milk pumping out. In contrast, when an ultrasonic cold gel is applied to a nipple, the diameter of the nipple duct is reduced, which means that pumping using a breast pump cup that has been stored in a refrigerator may not be effective in pumping breast milk.
Surprisingly, the temperature of non-pumped nipples dropped significantly during pumping. Exposing a non-pumped breast to ambient temperature can reduce blood flow and lower the temperature of the nipple, prompting the nipple to contract to prevent breast milk from leaking out of the breast during pumping or breastfeeding. The mechanism of nipple blood flow reduction is unclear; however, locally active vasoconstriction neuropeptide Y is thought to reduce oxytocin release to regulate mammary blood flow and can affect nipple contraction via receptors on smooth muscle.
-Kent, J. C., Geddes, D. T., Hepworth, A. R. & Hartmann, P. E. Efect of warm breast shields on breast milk pumping. J. Hum. Lact. 27, 331--338 (2011).
Sum up
1. During the pumping process, the temperature of the nipples will increase. For every 1 ° C increase in the temperature of the nipples, an extra 10 ml of breast milk will be discharged.
2. The nipple and areola complex can be heated by a heated breast cup (39 ° C) to expand the nipple pores and relax the smooth muscles, thereby promoting breast milk excretion.
3. Warm (39 ° C) breast pump cups (4.8 minutes) have been shown to clear 80% of total pumped milk faster than ambient temperature breast pump cups (6.5 minutes).
4. Exposing a breast that is not pumped to ambient temperature can reduce blood flow and cause the nipple to cool, prompting the nipple to contract to prevent breast milk from leaking out of the breast during pumping or breastfeeding. (Mothers with Raynaud's syndrome should avoid nipple exposure to avoid aggravating nipple vasospasm and causing nipple pain.)
This research has brought us a new idea-in the process of pumping milk, the cup of the breast pump is heated and kept warm to suck more milk! !! !! ‘That ’s great, so how do you“ heat up ”a plastic cup? Put on a warm towel outside? Give it a warm baby? ....... Moms, do you have any good tips, please leave a message to share it!
Source:
Gardner, H., et al., Thermal physiology of the lactating nipple influences the removal of human milk. Scientific Reports, 2019. 9 (1): p. 11854.
topic
The breast pump seems to have become a must-have for most breastfeeding mothers, although a series of breast problems often occur during the use of the breast pump-such as nipple edema, nipple pain, etc. (How to prevent breast problems caused by the breast pump, please click Outpatient perspective║ Breast pump seems to have become a life-saving straw for breastfeeding mothers, but do you really understand it?), but the main concern of mothers is always-how can we suck more breast milk?
The latest research shows that the temperature of the nipples rises during the pumping process, and the increase is related to the degree of milk excretion.
The study found that during 92% of lactation, the temperature of the nipples after pumping will increase (see the figure below), and for every 1 ° C increase in the temperature of the nipples, an additional 10 ml of breast milk will be excreted. An increase in temperature is considered to be a manifestation of increased blood flow. The increase in nipple temperature may be due to locally acting vasodilating neuropeptides, such as CGRP. Part of the reason may be that a heated breast pump cup warms the nipple-areola complex and warms it. Breast milk (37 ° C) flows through the nipple holes to expand the nipple holes and relax the smooth muscles, thereby promoting breast milk excretion.
---- Gardner, H., et al., Thermal physiology of the lactating nipple influences the removal of human milk. Scientific Reports, 2019. 9 (1): p. 11854.
Nipple temperature before and after pumping:
(A) 2 minutes before pumping (B) before pumping starts (C) immediately after pumping stops (D) 2 minutes after pumping for 10 minutes.
Cannon et al. Found that infants are able to suck out 80% of their breast milk in the first 4 minutes of sucking, so in early feeding or pumping, warmth seems to have the biggest impact on breast milk release, which is also quite In the first two milk ejection reflections
---- Cannon, AM, Sakalidis, VS, Lai, CT, Perrella, SL & Geddes, DT Vacuum characteristics of the sucking cycle and relationships with milk removal from the breast in term infants. Early Hum. Dev. 96, 1–6 ( 2016)
Another study also reached a similar conclusion: warm breast pump cups (4.8 minutes) have been shown to clear 80% of total pumped milk faster than ambient temperature breast pump cups (6.5 minutes).
Pumped through the use of a warm breast cup (39 ° C), which simulates the warming effect of a baby's mouth, which, when combined with a maximum comfortable vacuum, promotes more efficient pumping of 80% of breast milk. This effect is attributed to the warmth and relaxation of the nipples, the expansion of the pores of the nipples and nipples of the nipples, the relaxation of smooth muscles, the extension of the nipples, and the promotion of milk flow through the nipples to the tubes, thereby helping milk pumping out. In contrast, when an ultrasonic cold gel is applied to a nipple, the diameter of the nipple duct is reduced, which means that pumping using a breast pump cup that has been stored in a refrigerator may not be effective in pumping breast milk.
Surprisingly, the temperature of non-pumped nipples dropped significantly during pumping. Exposing a non-pumped breast to ambient temperature can reduce blood flow and lower the temperature of the nipple, prompting the nipple to contract to prevent breast milk from leaking out of the breast during pumping or breastfeeding. The mechanism of nipple blood flow reduction is unclear; however, locally active vasoconstriction neuropeptide Y is thought to reduce oxytocin release to regulate mammary blood flow and can affect nipple contraction via receptors on smooth muscle.
-Kent, J. C., Geddes, D. T., Hepworth, A. R. & Hartmann, P. E. Efect of warm breast shields on breast milk pumping. J. Hum. Lact. 27, 331--338 (2011).
Sum up
1. During the pumping process, the temperature of the nipples will increase. For every 1 ° C increase in the temperature of the nipples, an extra 10 ml of breast milk will be discharged.
2. The nipple and areola complex can be heated by a heated breast cup (39 ° C) to expand the nipple pores and relax the smooth muscles, thereby promoting breast milk excretion.
3. Warm (39 ° C) breast pump cups (4.8 minutes) have been shown to clear 80% of total pumped milk faster than ambient temperature breast pump cups (6.5 minutes).
4. Exposing a breast that is not pumped to ambient temperature can reduce blood flow and cause the nipple to cool, prompting the nipple to contract to prevent breast milk from leaking out of the breast during pumping or breastfeeding. (Mothers with Raynaud's syndrome should avoid nipple exposure to avoid aggravating nipple vasospasm and causing nipple pain.)
This research has brought us a new idea-in the process of pumping milk, the cup of the breast pump is heated and kept warm to suck more milk! !! !! ‘That ’s great, so how do you“ heat up ”a plastic cup? Put on a warm towel outside? Give it a warm baby? ....... Moms, do you have any good tips, please leave a message to share it!
Source:
Gardner, H., et al., Thermal physiology of the lactating nipple influences the removal of human milk. Scientific Reports, 2019. 9 (1): p. 11854.
Hello, if you happen to see this article, I kindly ask you to read the missing child information below. If you can, please repost it. Maybe your repost can save a heartbroken mother and a broken family who lost the child.
Faith Lindsey
Both photos shown are of Faith. She may be in the local area of Seminole, Garvin, or Pontotoc County, Oklahoma. Faith has a tattoo of a cross on her thumb.
- ANYONE HAVING INFORMATION SHOULD CONTACT
评论
发表评论