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Matching Emollient Neonatal Skin Care Product Selection With Changes in the Standard of Care
Posted on August 31st, 2009 No commentsDarlene McCord asked:
The pattern of evidence-based clinical practice for the care of neonatal skin, including scale of the neonatal skin condition (NCSC) has been validated by the association's health? s of? Women, Obstetric and Neonatal Nurses (AWHONN) and National Association of Neonatal Nurses (Nann). Within the guidelines, the use of emollients is recommended for children less than 32 weeks during the first 2-4 weeks. For weeks the children younger than 30, the use of gestational age emollient to reduce excessive transepidermal water loss (TEWL-e). During a period marked by three decades, the management of newborns has radically changed and new guidelines to enhance this growth and development. However, this area of skin care has lagged behind. One concern that remains is to implement the toxic effects of ingredients found in water-based products as preservatives and fragrances. While it is possible that they may be toxic, this article presents evidence that the skin care products that contain the current lanolin and petroleum jelly can be toxic and potentially harmful. Furthermore, using a product that is not preserved, however occlusive, may in fact take into account micro-units of the formation of colonies multiply, thus yielding systemic implications. The purpose of this paper is to illuminate these issues further and take into account the greater understanding and discussion. The skin is the largest organ of the body and provides protection between the body and its environment. In term babies, while there may be issues related to damage and infection of skin, the stratum corneum is fully developed and protects the newborn. In contrast, skin and skin barrier of a premature newborn is not fully developed. The skin of a newborn premature explains approximately thirteen (13) percent of their body weight. This compares to three (3) percent by weight for the adult skin. Body weight to shell ratio is four (4) times higher in the newborn when compared to an adult. As specifically related to care of skin, the skin characteristics in newborn called into consideration? ¢ â? ¢ imbalancesâ fluid of percutaneous absorption of? ¢ of toxins? ¢ of tissue injury InfectionThe The structure of the skin is adult, while embryonic skin and the newborn is not fully appreciated. The development of skin inside the uterus is complex and still under investigation. In utero, the skin is experiencing growth in two dimensions to cover the surface of the embryo and fetus to be converted. Premature skin? s of? neonateâ's not happened to the epidermal and epidermal skin completely. In skin care products neonatal Intensive Care Units (NICU) selection is carefully reviewed. Contoured to the risks above, great care must be taken to ensure the welfare of the newborn within the first hours and days of life. Skin care is one of the most important parts of caring for these children at risk. Already, Nann AWHONN and a recommended Aquaphor? A product such as petroleum-based emollient skin care of the newborn. _ In the previous work done at Stanford University, concluded that he be put cream emollient cream therapy reduce premature newborn dermatitis without changing microbial flora. An emollient is an agent that softens and calms the skin. This definition is important because just as the standard-of-care in NICUs has changed during the past three decades, the selection of emollients has changed in the pharmaceutical industry. The excipients of high technology have shifted the silicone while petroleum companies have sought ways to improve the compliance of the processing back to the poor aesthetics associated with petroleum-based formulations. The silicones are not new to the pharmaceutical industry. Used in transdermal delivery systems, catheters and specialized medical devices, including pacemakers. In a test to determine aesthetic benefits of silicone formulations on petroleum-based formulas, 18 inexperienced volunteers impaneled. Asked them to assess whether two products have any individual differences in sensory characteristics. The evaluation was conducted on the forearms? s of? the panel. They asked each juror to assess moisture, spreading the rate of absorbance (no no biological sense only), the luster, the residue of the film, the greasiness, softness and absorbency of the slip after received. Table I shows the silicon-containing formulation was perceived to be easier to break away and was clearly less sticky before and after absorption. A visible film was present on the skin for both formulations but the silicon-containing formulation is less greasy, more silky and slippery (better lubrication) that the petroleum jelly. The opinion of? of? Panel a higher humidity for silicon-containing formulation was attributed to lower its oiliness. In a study conducted at a private hospital, 48 bed NICU in Houston, Texas, to assess why the incidence of systemic candidiasis (SC) per 1000 NICU patient days increased from 5.1% in 1996 to17.4% of 1997 (a threefold increase), it was determined that the increase in incidents of SC was linked to the use of topical petrolatum ointment (TPO). In this well-designed study, researchers assumed that lit TPO enhanced the adherence of C albicans to mucocutaneous surfaces. He also referred to the study by Law to find S, and others, unlike petroleum jelly, the skin surface lipids inhibit adherence of candida albicans to the stratum corneum. For further examination, the? s of? leta's take a closer look at these two hypotheses. As observed in the study of Houston, the Petroleum enhanced the adhesion of C albicans to mucocutaneous surfaces. The petroleum jelly is known as occlusive barrier. The obstruction is problematic because while blocking TEWL, also blocks cellular respiration required for the repair of the barrier. Furthermore, the obstruction below the petroleum traps microorganisms where they can raise the moisture trapped in it. On the one hand, the natural skin lipids, such as Omega 3-6 fatty acids, inhibit the adhesion of microorganisms to the stratum corneum. Studies linking the petrolatum to the increasing incidence of infections in premature infants are in progress and show mixed results. However, long-term studies reflect a concern about the use of protocols of TPO in NICUs. The petroleum based ointments like? s of? of Aquaphorâ? the old five-twenties, is the emollient of choice in NICUs. When one considers the changes in standards of care in NICUs during the past three decades, is perhaps now the time to focus on new technologies to achieve objectives of emollients for skin care challenges aesthetic skin makes the skin vulnerable to & from chemicals; infection & prevents the normal TEWL; gland secretions inhibit the repair of the barrier, abolished the recovery of the barrier and reduce the epidermal proliferative response and disadvantages of the risk of microbial petroleum. To demonstrate the efficacy of high molecular silicones products using the height of the petroleum, Nutrashield TM was tested in a study of wash-off against Aquaphor? and other major skin barrier's ability to identify each? s of? product to keep the skin after cleaning. According to Table II, Nutrashield was performed well against Aquaphor? ¿, And did so while providing a breathable barrier rather than the barrier associated with occlusive Aquaphor? (a lanolin and petroleum-based product). Nutrashield in clinical trials has proven effective in the treatment of skin breakdown in disordered and damaged skin, found in the setting of wound care, with respect to products previously available. According to the results above, Medline Nutrashield over products that contain levels of petroleum up to 49%, combined with petroleum jelly and zinc oxide 15%. Furthermore, Sensi-Care 2 and SWEEN Dimethicone 24 also contain as active ingredient (SWEEN in 6% versus 1% in the Nutrashield). Nutrashield extended operation is most likely due to the addition of copolymer Divinyldimethicone / Dimethicone, which has a viscosity within the phase that is greater than 100,000,000 in CST viscosity. Then comes in the form of an emulsion, is capable of placing a thin film, but steady and robust. An in vitro study in an independent laboratory was conducted to determine the effectiveness of the cream Nutrashield and the repair of the skin in reducing the e-TEWL. The collagen samples were cut into 4×4 inch squares. Each square was covered first with 0.1 g of the product. The product was applied by rubbing a finger on the collagen material to simulate actual usage by the second part 20. The product was then allowed to dry for five minutes. Each square was placed on the permeability cups Fisher Payne, containing 3g of water. The samples were placed in an oven 37 degrees and checked every four (4) hours. After 24 hours the cups were removed and a final weight was recorded. Table III shows that the cream of repairing skin REMEDY REMEDY Nutrashield and was effective in reducing the e-TEWL without obstruction. Nutrashield provided a fourfold reduction in TEWL e-on control, while the cream of the repair of the skin showed a twofold improvement. The purpose of the topical skin care does not stop all the TEWL just TEWL.Skin excessive care for newborns is an emerging science. But, since the reduced risk of infant mortality is treatments emollients supreme improved deserves thoughtful consideration. Skin care for the newborn high risk requires knowledge of the unique aspects and physiology of your skin. During the neonatal period many newborns develop preventable skin problems, clinically evident and much more, especially preterm infants, morbidity caused by the experience of integrity compromised skin barrier. The anatomical and physiological differences in the skin of term and preterm infants placed in the growing risk of injury and damage to the skin. All of the hospital? s of? Childrenâ of St Petersburg, Florida, sent a questionnaire? s of? 482 NICU nurses to learn how to describe and measure damage to skin. Of the 45% who responded, which was released in extremely – children of low birth weight (ELBW), 21% of skin damage during t -
is it ok for teen girls to use anti-aging skin care products?
Posted on August 31st, 2009 13 commentsRachel asked:
Is it good / healthy for adolescents to use skin care products antienvejecedores? -
Glimpse Skin Care Demonstration from XanGo
Posted on August 30th, 2009 25 commentsXanGoJuice asked:
Beverly Hollister passes with a demonstration on how to use skin care to look at XanGo. For the story of Joe Morton XanGo, please see: www.youtube.com

