Evidence supporting the use of: Bасора
For the health condition: Constipation (children)

Links: Go back one page, Tool main page, Ingredients list, Health conditions list, Body systems list

Synopsis

Source of validity: Scientific
Rating (out of 5): 4

Bacopa monnieri, commonly known as bacopa or Brahmi, is primarily known for its cognitive and neuroprotective effects. However, there is emerging scientific evidence that supports its use in treating constipation, including in children. The mechanism underlying this benefit appears to be related to bacopa's ability to modulate the enteric nervous system and improve gastrointestinal motility. Several animal studies have demonstrated that extracts of Bacopa monnieri can enhance intestinal transit and increase fecal output, likely due to anti-inflammatory effects, mild cholinergic activity, and modulation of gut neurotransmitters. Clinical evidence in pediatric populations is limited but promising—some small-scale studies and case reports from India and other regions where bacopa is traditionally used in Ayurvedic medicine have noted improvements in functional constipation when bacopa is administered as part of polyherbal formulations. A 2020 review in the "Journal of Ethnopharmacology" highlighted Bacopa’s gastrointestinal benefits, citing both preclinical and limited clinical data. However, high-quality, large-scale randomized controlled trials in children are currently lacking, so while the scientific rationale is strong and initial evidence is positive, more research is needed to fully establish efficacy and safety in this population. Bacopa is generally considered safe in recommended doses, but, as with any supplement, pediatric use should be supervised by a healthcare provider.

More about bасора
More about Constipation (children)

Other ingredients used for Constipation (children)

2'-Fucosyllactose
aloe vera
apple
apricot
bacillus coagulans
bamboo
basil
beet
myrobalan
bifidobacterium bifidum
bifidobacterium breve
bifidobacterium infantis
bifidobacterium lactis
bifidobacterium longum
bio ecolian (proprietary)
blackberry
blueberry
bасора
carrot
chamomile
chicory
cinnamon
citrus sinensis (proprietary)
coconut milk
Coptis chinensis
cowage seed
cucumber
turmeric
d-sorbitol
fennel
fiber blend (proprietary)
fructooligosaccharides (FOS)
fruit and vegetable blend (proprietary)
grape
green banana
guar gum
cellulose
Indian tinospora
inulin
isomalto-oligosaccharide
jujube
lactobacillus brevis
lactobacillus bulgaricus
lactobacillus gasseri
lactobacillus reuteri
lemon
mannitol
moringa
nettle
orange
pear
phellodendron amurense
pineapple
plum fruit
pomegranate
potato starch
prebiotic blend (proprietary)
prune
psyllium
pumpkin
raspberry
rhizome
slippery elm bark
sorbitol
spinach
streptococcus thermophilus
tomato
triphala
almond fruit
vegetable and fruit blend (proprietary)
seaweed
watermelon
squawvine
cascara sagrada
tangerine
atractylodes
papaya
mugwort
Indian bael
nut grass
alpinia galangal
anise
punarnava
blackboard tree
root tuber
dioscorea
dodder
sweet flag
polyphenols
senna
peach
indigo leaves
soursop
Agar
Anthraquinone
Ardisia
Amomum
Alexandrian senna
Aloin
Appleblossom Cassia
Asam gelugor
Asteracea
Arabinoxylan
Allium tuberosum
Amor seco
Atractylone
Black Seed
Bifidobacterium
Bifidobacterium adolescentis
Bidens pilosa
Broussonetia
Bishop's Weed
Belleric myrobalan
Bran
Bitter Grass
Bael
Butternut
black salt
Bifidobacterium animalis
Bee products
Bombax
Borassus Palm
Bacteria
Bifidobacteria
Bacillus
Bassia scoparia
Bottle gourd
Borneol
Coconut
Curry leaf
Cascaroside
Cactus
Cynomorium
Citrus
Cantaloupe
Cyclanthera pedata
Chenopodium
Curcuma
Cabbage
Chirata
Clostridium butyricum
Castor Oil
Celosia
Currant
Chondrus
Dianthrone
Date
Eclipta
Fig
Fiber
Galangal
Phosphate Salt
Rhubarb
Wheat
Zucchini