Evidence supporting the use of: Balsam Poplar
For the body system: Bladder
Synopsis
Source of validity: Traditional
Rating (out of 5): 2
Balsam Poplar (Populus balsamifera) has traditionally been used in various Native American and folk medicine systems for its diuretic and anti-inflammatory properties, which relate to bladder and urinary tract health. Historically, preparations made from the buds and bark were used as teas or topical applications to address conditions such as urinary tract infections, bladder irritation, and inflammation. The rationale behind its use is based on its observed ability to promote urination and soothe inflamed tissues.
However, modern scientific evidence supporting these traditional uses is limited. While phytochemical analyses have identified salicylates, flavonoids, and other phenolic compounds in Balsam Poplar that have anti-inflammatory effects, there are no well-designed clinical trials that directly assess its efficacy for supporting the bladder or treating bladder-related conditions. Most available documentation points to traditional knowledge rather than empirical research.
In summary, Balsam Poplar’s use for bladder support is grounded in tradition, with some plausible pharmacological basis, but lacks robust scientific validation. Its evidence rating is 2, reflecting the presence of traditional use and basic pharmacological rationale, but very limited direct scientific support.
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punarnava
goldenrod
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juniper berries
dodder
cornsilk
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couch grass
queen of the meadow
guelder rose
hydrangea
coix
polyporus
cleavers
shepherd's purse
wood betony
white oak
herbal blend (proprietary)
gravel root
Akebia
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Agrimony
Achyranthes
Alchornea
Alchemilla
Aletris
Aucubin
Anserina
Aerva lanata
Agrimonia pilosa
Alisma
Abuta
Baliospermum
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Blepharis
Balsam
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Brazilian peppertree
Bael
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Black Poplar
Bombax
Borassus aethiopum
Bassia scoparia
Bergenia
Boerhavia diffusa
Bottle gourd
Carrapicho
Cucurbita
Cnidium
Cornflower
Common Thatching grass
Chanca Piedra
Coconut Water
Cedar
Corktree
Cubeb
Cranesbill
Crinum latifolium
Costus
Dianthus
Didymocarpus
DL-Methionine
Dwarf Nettle
Dimethyl sulfoxide (DMSO)
Erigeron
Euryale seed
Echinodorus
Elephant's Head
European-Five Finger Grass
Fungus
Fringetree
Fleabane
Fringed Pink
Fireweed
Goldthread
Gnaphalium
Giant Blazingstar
Glechoma hederacea
Glycosaminoglycans
Golden Ragwort
Golden Shower Tree
Guazuma ulmifolia
Heather
Hygrophila
Indian Sarsparilla
Isothiocyanates
Java Tea
Joe-Pye
Japecanga
Jatoba
Kigelia africana
Kochia
Kalanchoe pinnatum
Knotgrass
Lindera
Long Buchu
Lycopodium
Lygodium
Labrador Tea
Leptospermum scoparium
Lysimachia
Longleaf buchu
Mallow
Mucilage
Malva sylvestris
Matico
Madder
Maidenhair Fern
Mondo Grass
Mannose
Meadowsweet
Manzanita
Maytenus ilicifolia
Nigella Seed
Nasturtium
Ocotillo
Operculina turpethum
Ovate Buchu
Phellodendron
Phyllanthus
Phragmites
Plantago
Pulsatilla
Phlomis umbrosa
Pellitory
Pyrrosia
Pareira
Pedalium
Pipsissewa
Pyrola
Palo Azul
Potentilla
Rubus
Rupturewort
Rosa laevigata
Rhus glabra
Sargentodoxa
Speedwell
Sausage Tree
Silverweed
Smartweed
Soft rush
Sensitive Plant
Sanguisorba
Sweet Woodruff
Spiny Restharrow
Stereospermum
Scirpus
Stachytarpheta cayennensis
Stone Root
Sparganium
Sassafras
Taraxacin
Turtle Head
Tiger Nut
Toadflax
Taraxacum
Trailing Arbutus
Taraxol
Varuna
Viburnum
Veronica
White Dead Nettle Flower
Wax Gourd
White Poplar
Yerba Mansa
Yin Chen
Zedoary
Other body systems supported by Balsam Poplar
BladderDigestive System
Gastrointestinal Tract
Immune System
Joints
Liver
Lungs
Mucus Membranes
Respiratory System
Skin