All plants

Kalumbibit

Guilandina bonduc · Grey nicker

Kalumbibit, Guilandina bonduc
Photo: Pancrat, CC BY-SA 3.0, via Wikimedia Commons
Names in the book
Bayag-Kambig̃, Kalambibit, Tag.; Dalugdug, Vis.; Fever Nut, Physic Nut, Bonduc Seeds, Indo-Eng.
Used for
Fever
Colours
floweryellowseedgrey
Native range
Tropical coasts worldwide
In the Philippines, per the book
Common in Luzon, Panay and Joló. Blooms in December.
Family
Fabaceae, filed in the book under Leguminosæ
Printed as
Cæsalpinia Bonducella, Flem. (Guilandina Bonducella, L.)
Sources
Page 96 on Project Gutenberg · Wikipedia

The plant today

Guilandina bonduc, commonly known as nicker nut amongst other names, is a species of flowering plant in the bean family Fabaceae that has a mostly pantropical distribution. It is a scrambling, thorny shrub or vine that is mostly found close to coastlines, and was first described in 1753 by Carl Linnaeus.

Excerpt from “Guilandina bonduc” on Wikipedia, CC BY-SA 4.0.

Recorded in the Philippines

GBIF holds 75 records of this plant from the Philippines. The ones with map coordinates fall in 5 provinces: Davao Oriental (2), Catanduanes (1), Metropolitan Manila (1), Palawan (1), Antique (1).

Counts from GBIF occurrence records, October 2026. They include planted trees and garden plants, and a province with no records may only lack collectors.

What the 1901 book says

A historical record, quoted as printed. Doses and remedies here are not medical advice.

Uses

The seed is the part of the plant employed and is official in the Pharmacopœia of India. It is used as a tonic and antiperiodic in intermittent fevers and in general where tonic treatment is indicated. It has given good results in the malarial fevers of India, according to English physicians. The Pharmacopœia of India contains the following preparation under the name of “Compound Powder of Bonduc” (Pulvis bonducellæ compositus).

[table omitted; see the source text]

Mix and keep in a well-corked flask.

Dose

1–2 grams 3 times a day.

In the Philippines the powdered seed is given in affections of the digestive tract, especially in diarrhœa and feeble digestion. The same name of Bonduc is given to the seeds of another species that grows in the Philippines, C. Bonduc, Roxb.; Kamot-Kabag, Bayan-Kambig̃, Tag. The seeds are identical in chemical composition and therapeutic indication.

The two principal substances contained in the seeds are an oil, 24% and a resin, 1.88%. The former is straw-colored and slightly bitter by virtue of the presence of a resin that may be precipitated by alcohol. The resin or bitter principle exists as an amorphous powder, white, bitter, not acrid, soluble in chloroform, alcohol, acetone, crystallizable acetic acid, fixed and essential oils; slightly soluble in ether and bisulphide of carbon, insoluble in water and petroleum ether. The alkalies do not affect it. It melts at 140°, decomposing and leaving only a carbon. Its discoverers, Heckel and Schlagdenhauffen, have given it the name bonducin (C14H15O5). Hydrochloric acid colors it red; sulphuric acid, a maranthin red in half an hour.

Bonducin seems to be the active principle of the seeds and is given internally in doses of 10–20 centigrams; according to Dr. Isnard, of Marseilles, this dose has given as good results in fevers as the same quantity of quinine.

Botanical description

A shrub with prostrate stem bristling with thorns. Leaves twice abruptly pinnate, a thorn taking the place of the terminal leaflet. Leaflets in 10–14 pairs, ovate, expanded, with a spine at the apex. Common petioles thorny, with 4 leaf-like stipules at the base. Flowers yellow, in racemes. Calyx 5-parted, curved downward. Corolla inserted on the calyx, 5 petals, 4 nearly equal, the uppermost broader and shorter. Stamens 10. Filaments very unequal in height, inserted on the calyx, united and woolly at the base. Pistil very short. Stigma thick. Pod rhomboidal before maturity, prickly, containing 2 semi-globose seeds with testa hard, mottled and tough.

The other species, C. Bonduc, Roxb., is distinguished by leaflets unequal at the base, by the absence of stipules, and by the bright orange yellow seeds.

Recent research

The most cited papers since 2022 that name this plant in the title, pulled from Europe PMC in October 2026. Titles are the authors' own and the findings have not been reviewed here.

  1. Administration of Caesalpinia bonduc Seed Extracts Ameliorates Testosterone-Induced Benign Prostatic Hyperplasia (BPH) in Male Wistar RatsSasidharan S and others, Res Rep Urol, 2022
  2. Predicting the potential impacts of climate change on the endangered Caesalpinia bonduc (L.) Roxb in Benin (West Africa)Wouyou HG and others, Heliyon, 2022
  3. Cassane diterpenoids from the seeds of Caesalpinia bonduc and their nitric oxide production and α-glucosidase inhibitory activitiesTu WC and others, Phytochemistry, 2022
All 19 results on Europe PMC