Sang-Pai-Pi

Also known as: White Mulberry

Botanical Overview

Commonly known as Sang-Pai-Pi, this species belongs to the Moraceae family. This well-documented medicinal plant appears in the pharmacopoeias of numerous traditional systems, valued for its broad therapeutic range. The fig family (Moraceae) includes trees, shrubs, and climbers with milky sap and alternate leaves. The flowers are small and clustered inside a fleshy receptacle (the fig). Many species produce latex containing proteolytic enzymes and have traditional uses for skin conditions and parasitic infections.

General Description

It is native to China and is widely cultivated and naturalized elsewhere. The species is widely cultivated to feed the silkworms employed in the commercial production of silk. It is also notable for the rapid release of its pollen, which is launched at greater than half the speed of sound.

ⓘ Information
Description adapted from Wikipedia (CC BY-SA 4.0).

Family Context

The Moraceae family is widely distributed. Notable medicinal members include:

Geographic Distribution

Sang-Pai-Pi has been recorded in 10 countries and territories worldwide, including Canada, China, Germany, Spain, France, and others.

Traditional Uses

Sang-Pai-Pi has been traditionally used for digestive health, respiratory conditions, and skin and wound care, among other applications.

Digestive health.

  • Laxative
  • Purgative
  • Vermifuge
  • Dyspepsia

For digestive complaints, the herb is typically prepared as a tea or decoction taken before meals. The bitter compounds stimulate digestive secretions and improve nutrient absorption. Some traditions use the powdered root or leaves in small doses as a stomachic tonic.

Respiratory conditions.

  • Asthma
  • Cold
  • Cough

Respiratory conditions are addressed through steam inhalation of the herb’s vapors or internal use as a warm tea. The hot infusion acts as an expectorant, helping to loosen phlegm and clear congestion. Some traditions combine it with honey for coughs.

Skin and wound care.

  • Wound

For skin conditions, the fresh or dried plant is applied topically as a poultice, wash, or compress. A strong decoction can be used to clean wounds and sores. The antimicrobial properties help prevent infection while promoting tissue repair.

Active Compounds

Phytochemical research has identified 30 compounds in this species, including a diverse array of phytochemical classes (see the Complete Chemical Inventory below for the full list).

The identified compounds include the following categories:

  • Sterol: cholesterol-like compounds with anti-inflammatory properties
  • Alkaloid: nitrogenous compounds with diverse pharmacological activities
ⓘ Information
Information on this page is compiled from Dr. Duke’s Phytochemical and Ethnobotanical Databases (USDA ARS), a public domain resource. Consult a healthcare professional before using any herbal preparation.
⚠ Caution
Traditional records: This plant has documented uses including Purgative. Self-medication with herbs carries risks including allergic reactions, drug interactions, and toxicity. Only use under the supervision of a qualified healthcare professional.

Distribution and Conservation

Reported distribution: Canada, China, Germany, Spain, France, India, South Korea, Romania, Ukraine, United States.

Complete Use Records

CategoryCultural Context
DiureticChina, Elsewhere, Spain, Turkey
LaxativeDominican Republic, Elsewhere, Turkey, US
AstringentChina, Elsewhere, Turkey
PurgativeElsewhere, Haiti, Turkey
VermifugeChina, Elsewhere, Turkey
DiaphoreticChina, Elsewhere
DyspepsiaElsewhere, Iraq
EmollientElsewhere, Java
FeverChina, US
MelancholyElsewhere, Iraq
RefrigerantElsewhere, Turkey
RestorativeChina, Turkey
Sore(Throat)Elsewhere, Iraq
TonicChina, Turkey
WoundChina, Java
Ache(Head)China
Antidote(Spider)China
AntiphlogisticElsewhere
AntitussiveChina
AntivinousChina
AphthaeChina
AsthmaChina
Bite(Bug)China
CachexiaChina
CirculationChina
ColdChina
ConstipationChina
CoughChina
DebilityChina
DepurativeJava

Complete Chemical Inventory

CompoundFormulaMW
2,4,4',6-TETRAHYDROXYBENZOPHENONE
3,2',4'-TRIHYDROXYDIHYDROSTILBENE
3,4'-DIHYDROXYDIHYDROSTILBENE
5,7-DIHYDROXYCHROMONEC₉H₆O₄178.14 Da
6,3',5'-TRIHYDROXY-2-PHENYLBENZOFURANC₁₄H₁₀O₄242.23 Da
A-BETA-HEXENAL
ACETIC-ACIDC₂H₄O₂60.05 Da
ACETONEC₃H₆O58.08 Da
ADENINEC₅H₅N₅135.13 Da
ALBAFURAN-CC₃₄H₂₈O₉580.6 Da
ALBANIN-FC₄₀H₃₆O₁₁692.7 Da
ALBANIN-GC₄₅H₄₄O₁₁760.8 Da
ALBANOL-AC₃₄H₂₆O₈562.6 Da
ALBANOL-BC₃₄H₂₂O₈558.5 Da
ALPHA-AMYRINC₃₀H₅₀O426.7 Da
ALPHA-BETA-DIMONTANY-GLYCEROL
ALUMINUM(AL2O3)
ARACHIDONIC-ACIDC₂₀H₃₂O₂304.5 Da
ARSENICAs74.92159 Da
ASCORBIC-ACIDC₆H₈O₆176.12 Da
ASH
ASPARAGIC-ACIDC₄H₇NO₄133.10 Da
ASTRAGALINC₂₁H₂₀O₁₁448.4 Da
BENZALDEHYDEC₇H₆O106.12 Da
BETA-AMYRINC₃₀H₅₀O426.7 Da
BETA-CAROTENEC₄₀H₅₆536.9 Da
BETA-ECDYSTERONEC₂₇H₄₄O₇480.6 Da
BETA-GAMMA-HEXENOLC₆H₁₂O100.16 Da
BETA-RESORCYLALDEHYDEC₇H₆O₃138.12 Da
BETA-SITOSTEROLC₂₉H₅₀O414.7 Da

Data from PubChem (NIH/NLM, public domain).


References & Further Reading

External Research Links

Data Sources