Evidence supporting the use of: Glycerin
For the health condition: Abrasions
Synopsis
Source of validity: Scientific
Rating (out of 5): 2
Glycerin (also spelled glycerol) is used in the management of abrasions primarily due to its properties as a humectant and its role in maintaining moisture in the wound environment. Scientific evidence suggests that maintaining a moist wound environment promotes faster re-epithelialization and reduces scab formation, which can ultimately lead to better healing outcomes. Glycerin's ability to attract and retain water helps keep the wound surface hydrated, thereby supporting the healing process. Several studies have explored the use of glycerin-containing dressings and ointments in wound care, including for abrasions. Glycerin is often included in hydrogel dressings, which have been shown to facilitate wound healing by providing moisture and, in some cases, a mildly antimicrobial environment. However, while glycerin's role as a humectant is well-established, direct high-quality clinical trials specifically examining glycerin as a sole agent for abrasions are limited. Most evidence comes from broader studies on moist wound healing and the use of hydrogels or combination ointments. Overall, the use of glycerin in abrasions is scientifically justifiable based on its physical properties and indirect evidence from wound care literature, but the direct clinical evidence specifically for abrasions is not robust. Therefore, the evidence rating is moderate (2/5), reflecting its utility as part of wound care regimens rather than as a primary or sole therapeutic agent.
Other ingredients used for Abrasions
aloe verabeeswax
bisabolol
chamomile
turmeric
glycerin
goldenseal
gotu kola
hyaluronic acid
lavender
licorice root
microbial enzymes (proprietary)
mucin
plantain
protease
purified silver
slippery elm bark
vitamin C
zinc
chickweed
xanthium (cockleburs)
shen-chu
nut grass
clerodendrum indicum
paederia foetida
boxthorne
yarrow
moss
myrrh
siler root
oriental arborvitae
assam indigo
paw paw
white oak
melaleuca alternifolia
geranium
arnica
sea salt
Ash
Avens
Asiaticoside
acacia
Agave
Agrimony
Antirrhinum majus
Achyranthes
Anamu
Abrus
Alchornea
Alchemilla
Ajuga
Aquilegia formosa
Allantoin
Alkanet
Alsonia scholaris
Ampelopsis
Abuta
Alkanna
Bee Propolis
Bai Ji
Blackthorn
Balsam
Blackbrush
Butea monosperma
Barleria
Brazillian peppertree
Bee hive
Bloodroot
Benzoin
Banyan
Bletilla
Bee products
Bombax
Boerhavia diffusa
Calochortus
Comfrey
Centella triterpenes
Calendula
Calotropis gigantea
Colloidal Silver
Capillary Artemisia
Cinquefoil
Cattail
Cocoa Butter
Cymbidium goeringii
Cornflower
Cowherb
Centella asiatica
Celandine
Centipeda
Carrapichinho
Cedrus libani
Castile Soap
Cynodon dactylon
Cocklebur
Cynanchum
Casearia sylvestris
Didymocarpus
Dragon's Blood
Davilla rugosa
Epidermal Growth Factor
Erigeron
Elephant Vine
Erodium cicutarium
English Elm
Elephant's Head
Euphorbia
Fibrinase
fibroblast growth factor
Little ironweed
Oak
Polyvinyl alcohol