Evidence supporting the use of: Boric acid
For the health condition: Skin (infections)
Synopsis
Source of validity: Scientific
Rating (out of 5): 3
Boric acid has a long history of use as an antiseptic for the skin, dating back to the late 19th and early 20th centuries. Scientifically, boric acid exhibits broad-spectrum antimicrobial properties, including antifungal and antibacterial effects. Studies have demonstrated its efficacy in treating certain skin infections, such as superficial fungal infections (e.g., tinea or candidiasis), and it is still used in some topical preparations, particularly in regions with limited access to newer antifungal agents. Its mechanism of action involves disrupting the cell wall of fungi and bacteria, leading to cell death. However, its use has declined in favor of safer, more targeted agents, as boric acid can be toxic if absorbed in significant quantities through damaged skin or in infants. The evidence supporting its efficacy is moderate, with controlled trials being limited and most data coming from older literature or case series. Current guidelines generally recommend alternative treatments, but boric acid may still be considered in specific circumstances, particularly for resistant infections or when other treatments are unavailable. Overall, while there is scientific support for its use in treating some skin infections, concerns about toxicity and the availability of superior alternatives have limited its modern use.
Other ingredients used for Skin (infections)
ajoenealoe vera
alpha-pinene
barberry
beeswax
bisabolol
black walnut
chlorophyll
copper
turmeric
echinacea purpurea
goldenseal
heartwood
knotweed
Japanese sophora
lactiplantibacillus plantarum
lactoperoxidase
monolaurin
quercetin
trypsin
vitamin C
zinc
bentonite
sarsaparilla
yellow root
mullein
chickweed
typhonium
paederia foetida
smilax
rubia cordifolia
privet
goldenrod
yarrow
juniper berries
sweetgums
oriental arborvitae
sheep's sorrel
queen of the meadow
wintergreen
camphor oil
stillingia
white oak
melaleuca alternifolia
10-Undecenoic Acid
15,16-Dihydrotanshinone I
3-Phenyllactic Acid
akebia
Aquilegia viridiflora
Alpha-terpineol
Azelaic acid
Ardisia
Agave
Antirrhinum majus
Achyranthes
Alchornea
American Pawpaw
Albizia
Asafoetida
Ajuga
Aucubin
Aerva lanata
American Liverleaf
Asam gelugor
Allantoin
Aureobasidium pullulans
Alkanet
Alsonia scholaris
Ampelopsis
Acemannan
allyl isothiocyanate
Abuta
Alkanna
Arisaema
Alantolactone
Artepillin C
Babchi
Baliospermum
Baphicacanthus cusia
Black spruce
Blepharis
Boswellic Acid
Bougainvillea
Brazillian peppertree
Bisabolene
Bael
Benzoin
Borate
Backhousia citriodora
Banyan
Bacillus
Burning Bush
Bergenia
Casearia esculenta
Croton seeds
Clerodendrum phlomidis
Citral
California Pitcher Plant
Cistus
cypress
Chaparral
Chondracanthus chamissoi
Cedrus libani
Castile Soap
Cynodon dactylon
Chiococca alba
Cocklebur
Chekiang Fritillary
Copaiba Oil
Citronella
Didymocarpus
Daphne
Emu Oil
Echinodorus
Ivy
Oak
Spikenard
Snakeroot (unspecified)
Silk protein