Evidence supporting the use of: Myrrh
For the health condition: Abrasions

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Synopsis

Source of validity: Traditional
Rating (out of 5): 2

Myrrh has been traditionally used for centuries in various cultures to support the healing of skin abrasions and wounds. Ancient Egyptian, Greek, and Chinese medicinal texts reference myrrh as a topical agent for wounds, owing to its reputed antiseptic, anti-inflammatory, and analgesic properties. In traditional medicine, myrrh resin was often applied directly to minor cuts, abrasions, and burns to prevent infection and accelerate healing.

Scientific studies investigating myrrh's effects on abrasions are limited, but some in vitro and animal research suggests potential antimicrobial and anti-inflammatory activity. For example, extracts of Commiphora myrrha have demonstrated inhibitory effects against certain bacteria and fungi, which could theoretically reduce infection risk in minor wounds. Additionally, some animal studies report enhanced tissue repair and reduced inflammation when myrrh is applied to skin injuries. However, high-quality clinical trials in humans are lacking, and most evidence supporting myrrh’s use for abrasions remains anecdotal or based on historical precedent.

In summary, while there is a long-standing tradition of using myrrh for abrasions, modern scientific validation is limited. The evidence base is therefore rated as moderate in tradition (2 out of 5), primarily due to its historical usage rather than robust clinical data.

More about Myrrh
More about Abrasions

Other ingredients used for Abrasions

Abrus
Abuta
Acacia
Achyranthes
Agave
Agrimony
Ajuga
Alchemilla
Alchornea
Alkanet
Alkanna
Allantoin
Aloe vera
Alstonia scholaris
Ampelopsis
anamu
Antirrhinum majus
Aquilegia formosa
arnica
ash
asiaticoside
assam indigo
avens
bai ji
balsam
banyan
Barleria
bee hive
bee products
bee propolis
benzoin
bindweed
blackbrush
blackthorn
Bletilla
bloodroot
Boerhavia diffusa
Bombax
boxthorne
Brazilian peppertree
Butea monosperma
Calendula
Calochortus
Calotropis gigantea
capillary artemisia
carrapichinho
Casearia sylvestris
castile soap
cattail
Cedrus libani
celandine
Centella asiatica
Centella triterpenes
Centipeda
chamomile
chickweed
cinquefoil
Clerodendrum indicum
cocklebur
cocoa butter
colloidal silver
comfrey
cornflower
cowherb
Cymbidium goeringii
Cynanchum
Cynodon dactylon
Davilla rugosa
Didymocarpus
dragon\'s blood
elephant vine
elephant\'s head
English elm
Epidermal Growth Factor
Erigeron
Erodium cicutarium
Euphorbia
fibrinase
fibroblast growth factor
ficin
fir
Flueggea suffruticosa
Fomes fomentarius
Gambir
Genipa americana
genipap
geranium
Gnaphalium
golden shower tree
goldenseal
gotu kola
Gugambilla
heal-all
henna
honey
hyaluronic acid
Hydrocolloid
Immortelle
impatiens
iridoid glycosides
Jessica\'s sticktight
jojoba oil
Kalanchoe pinnatum
Kigelia africana
lac resin
lacquertree
Lantana camara
lavender
Leptospermum scoparium
Lesser speargrass
licorice root
Lilium polyphyllum
little ironweed
lodhtree
Lophira lanceolata
Lygodium
Macaranga indica
Mahonia
Malva sylvestris
marigold
Maritime Dock
Marking Nut Tree
Matico
melaleuca alternifolia
Microbial enzymes (proprietary)
Milkweed
Moss
Mountain horopito
Mucin
Myrrh
Nimbidin
nut grass
Oak
oriental arborvitae
Oxystelma
paederia foetida
Panthenol
paw paw
Plantago
plantain
Plumbago zeylanica
Povidone
Prolase
Propolis
protease
purified silver
purple Tephrosia
red alder
red spiderling
resin
Rhus glabra
Rosa californica
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Sanicle
Sapindus mukorossi
sea salt
Self-Heal
Sensitive Plant
Sericin
Sesbania
shen-chu
Shikonin
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siler root
Silverweed
slippery elm bark
Smoketree
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Spanish Needle
Speedwell
Stellaria dichotoma
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Tannins
Tea Tree Oil
Thymol
Tridax
Trumpet Vine
turmeric
vitamin C
Waltheria ovata
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Whiteweed
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xanthium (cockleburs)
Yarrow
Yerba Mansa
Zinc