Evidence supporting the use of: Glucan peptides
For the health condition: Hepatitis
Synopsis
Source of validity: Scientific
Rating (out of 5): 2
Glucan peptides, particularly derived from yeast (beta-glucans), have been explored in the context of liver diseases, including hepatitis, primarily in East Asian countries. The most notable product is "lentinan," a beta-glucan isolated from shiitake mushrooms, sometimes used as an adjunct therapy in chronic hepatitis B and C patients in China and Japan. Several small clinical studies and animal experiments have suggested that glucan peptides may exert immunomodulatory effects, such as enhancing macrophage and natural killer cell activity, and modulating cytokine production, which could theoretically benefit patients with viral hepatitis by supporting antiviral immune responses and reducing liver inflammation.
However, the clinical evidence is limited and often of low methodological quality. Most studies are small, lack proper controls, or are published in local journals with limited peer review. Systematic reviews and meta-analyses recognize potential, but consistently conclude that more rigorous and larger clinical trials are needed to establish efficacy for hepatitis. The proposed mechanism involves immunomodulation rather than direct antiviral activity. As of 2024, glucan peptides are not recognized in major Western treatment guidelines for hepatitis.
In summary, there is some scientific investigation and preliminary evidence supporting the use of glucan peptides for hepatitis, but it is not robust or widely accepted. The evidence level is low (2/5), reflecting promising but unproven effects.
Other ingredients used for Hepatitis
green chirettaastragalus
black cumin
branched-chain amino acids
rice
bupleurum falcatum
burdock
cat's claw
caterpillar mushroom
chaga mushroom
Coptis chinensis
cordyceps
turmeric
dandelion
knotweed
jujube
l-cysteine
l-glutathione
lactoferrin
lentinula edodes mycelia
licorice root
liquid liver fractions
marine lipid
milk thistle
n-acetyl-cysteine (NAC)
oleanolic acid
omega-3 fatty acids
oregon grape
parsley
plum fruit
prebiotic blend (proprietary)
protein
reishi mushroom
selenium
shiitake mushroom
silymarin
spirulina
turkey tail mushroom
vitamin C
vitamin E
seaweed
zinc
sarsaparilla
Indian bael
punarnava
commiphora
tinospora cordifolia
blackboard tree
caesalpinia crista
rubia cordifolia
swertia
peony
lingzhi
lingusticum wallichii
morus
myrrh
ganoderma
aster root
paw paw
algae
Angelica
Antrodia camphorata
Achyranthes
Auricularia
AHCC
Ajuga
Aucubin
Andrographolide
Albumin
Aerva lanata
American Liverleaf
Astragaloside
Andrographis
Agrimonia pilosa
Astragalin
Atractylone
Black Seed
Borotutu
Broussonetia
bergenin
Betulinic acid
Bayleaf
Bitter Grass
Bael
Basidiomycota
Baccharoides anthelmintica
Bombax
Borassus Palm
Borassus aethiopum
Bacteria
Black root
BCAA
Bupleurum
Baicalin
Bassia scoparia
Bergenia
Chinese Silkvine
Coriolus mushroom
Chinese Fleeceflower
C-Phycocyanin
Chirata
Corilagin
Cytokines
Cynodon dactylon
Carthamus
Celosia
Clerodendrum indicum
Dianthus
Desmodium
Little ironweed
Rhubarb
Sumac
Zucchini