Evidence supporting the use of: Ficin
For the health condition: Injuries
Synopsis
Source of validity: Scientific
Rating (out of 5): 2
Ficin is a proteolytic enzyme derived from the latex of the fig tree (Ficus carica). Its application in the treatment of injuries, especially in wound debridement, has some basis in scientific literature, though the evidence is limited and not as robust as that for more commonly used enzymes like papain or bromelain. Ficin acts by breaking down necrotic tissue and facilitating wound cleaning, which can potentially enhance the healing process for certain types of injuries, particularly chronic or non-healing wounds. Several early studies from the mid-20th century explored ficin’s efficacy in enzymatic debridement, showing it could assist in removing dead tissue and reducing wound odor. However, more recent and large-scale clinical trials are lacking, and ficin is not widely adopted in modern clinical practice compared to other proteolytic agents.
Systematic reviews and clinical guidelines rarely mention ficin, and its use is less documented than that of papain, bromelain, or trypsin. Most scientific references suggest limited but positive outcomes in controlled settings, with some reports of allergic reactions or local irritation. Therefore, ficin’s use in injury management is scientifically plausible, with some supportive evidence, but should be considered secondary to better-studied alternatives. Overall, while there is a scientific basis for its use in supporting wound healing, the quality and quantity of evidence are modest, justifying a moderate evidence rating.
Other ingredients used for Injuries
aloe veraamino acids
bamboo
bayberry
beeswax
Indian frankincense
bovine
bromelain
chymotrypsin
collagen
Coptis chinensis
turmeric
dandelion
dog rose
dyer’s woad root
endo-peptidase
exo-peptidase
fungal protease
ginger
l-alanyl-l-glutamine
l-glutamine
l-proline
licorice root
spruce
ornithine alpha-ketoglutarate
papain
protease
protein
purified silver
reishi mushroom
serratiopeptidase
silicon
trypsin
vitamin C
vitamin D
vitamin E
zinc
chickweed
typhonium
clerodendrum indicum
hedychium spicatum
chaff flower
boxthorne
yarrow
moss
myrrh
solomon's seal
amber
sheep's sorrel
wintergreen
fungal enzymes blend (proprietary)
abies spectabilis
geranium
arnica
Aralia
Avens
Asclepias cordifolia
akebia
Animal Tissue
Antler
Aquilegia viridiflora
Asiaticoside
Ardisia
Agave
Agrimony
Achyranthes
Anamu
Abrus
Albizia
Aconite
Ajuga
Aucubin
Anserina
Albumin
American Liverleaf
Aquilegia formosa
Asam gelugor
Allantoin
Ampelopsis
Agonandra
Agrimonia pilosa
Acemannan
Acetylsalicylic acid
Abuta
Alkanna
Alstonia macrophylla
Amor seco
Arani
Animal protein
Bee Propolis
Biopeptide
Bai Ji
Baliospermum
Black spruce
Blackthorn
Bulnesia sarmientoi
Blubber oil
Blepharis
Black-Eyed Susan
Boswellic Acid
Beef Protein
Barleria
Bone Marrow
Bovine Protein
Benzoin
Begonia fimbristipula
Banyan
Bletilla
Black root
Comfrey
Centella triterpenes
Calendula
Casearia esculenta
Common Monkey Flower
Calotropis gigantea
Clerodendrum trichotomum
Cinquefoil
Cyathula
Ceylon Leadwort
Cedar
Campylandra fimbriata
Centipeda
cypress
Cranesbill
Chinese Thoroughwax
Carlina
Carrapichinho
Cedrus libani
Ceanothus integerrimus
Connective tissue growth factor
Cocklebur
Collinsonia
Castor Oil
Calyptridium umbellatum
Casearia sylvestris
Didymocarpus
Deer Root
Damulin A
Deer Velvet
Dragon's Blood
Devil's Club
Dianthrone
Dwarf Nettle
Dimethyl sulfoxide (DMSO)
Davilla rugosa
Deerbrush
Epidermal Growth Factor
Erythropalum scandens
Erigeron
Elephant Vine
Erodium cicutarium
Elk antler
Echinacea
Emu Oil
Euphorbia
Egg protein
Elastase
Oak
Snakeroot (unspecified)
Silk protein
Other health conditions supported by Ficin
AbrasionsDigestion (poor)
Injuries
Sore Throat
Ulcerations (external)
Ulcers
Wounds and Sores