Jadual Kandungan

Cheraka Merah (Plumbago Rosea)

Dirujuk oleh

* Hutan Simpan Bukit Cherakah (1909-Kini)

Perihal

Sejenis pokok renek berbunga putih atau merah, biasa ditemui pada tahun 1890-an: “There are, however, certain omissions of words in more or less common use in British territory to which we venture to draw the authors' attention. Such are … 'Cheraka,' the name of a common shrub with white or red flowers; …” (The Singapore Free Press and Mercantile Advertiser (1884-1942), 13 March 1897, Page 2: |"THE MALAY DICTIONARY (Clifford and Swettenham.) PART III").


“Laurel is an erect or spreading, more or less branched, herbaceous or half-woody plant, 1.5 meters or less in height. Leaves are ovate to oblong-ovate, 8 to 13 centimeters long, smooth, slightly drooping, with entire, undulate or wavy margins, with a pointed or blunt tip and a pointed base. Spikes are 15 to 30 centimeters long. Calyx is tubular, 8 to 10 millimeters long, covered with stalked, sticky glands. Corolla is bright red, tube is slender, about 2.5 centimeters long, and the spreading limb, about 3 centimeters in diameter.” (Godofredo U. Stuart Jr., M.D. / StuartXchange, 2020: |"Laurel").

Nama-Nama Lain

“Plumbago rosea. Linn.
Lál-chíta, Lál-chítarak (Hind.), Lál-chitarmúl (Duk.), Rakto-chitá (Beng.), Chitra (Punj.), Shitranj (Kash.), Shivappu-chittira-múlam, Kodi-múli (Tam.), Erra-chitra-múlam (Tel.), Chenti-kotuvéli (Mal.), Kempu-chitra-múlá (Can.), Támbada-chitramúla (Mah.), Ratnitúl (Cing.), Kin-khen-ní (Burm.), Chiraka-merah (Malay).”
(EDWARD JOHN WARING, C.I.E., M.D., 1897: "REMARKS ON THE USES OF SOME OF THE BAZAAR MEDICINES AND COMMON MEDICAL PLANTS OF INDIA", m.s. 129).

“PLUMBAGO ROSEA.
(N.O. - PLUMBAGINEAE.)
Sans. - Raktachitraka. Eng. - Rose-coloured Leadwort. Hind. - Lal-chitarak, Lal-chitra. Ben. - Rakto-chitra, Lal chita. Punj. - Chitra. Kash. - Shitranj. Duk. - Lal-Chiturmul. Mah. - Lal-Chitraka, Tel. - Yerra-chitramulam. Tam. - Kodimuli Shivappu Chittramulam. Can. - Kempu Chitramula. Mal. - Chekkikotuveri. Cing. - Ratnitul. Burm. - Kin-khenni. Malay. - Chiraka-merah.”
(K.M. Nadkarni, 1910: |"INDIAN PLANTS and DRUGS with their Medical Properties and Uses", m.s. 310).

“OTHER NAMES
Tamil: Shivappu Chittramulam
English: Rose-coloured Lead-wort
Telugu: Yerra-chitramulam
Malayalam: Chekkikotuveri
Kannada: Kempu chitramula
Marathi: Lal-chitarakak
Hindi: Lal-chitarah ; Chitra
Sanskrit:Raktachitraka ; Chitraka”

(Sumber: Bharathi Aravindh Foundation: |"PLUMBAGO ROSEA").

Penggunaan

Akar pokok cheraka merah atau “plumbago rosea” sering digunakan oleh pengamal perubatan tradisional melayu, antaranya untuk:-

Ubat batuk: “Should there be a cough … Take akar cheraka merah (root of Plumbago rosea); and halia padi (a race of Zingiber officinale, ginger). Grind finely and mix with clarified butter (ghi). Let the patient swallow this in the early morning and be relieved.” (J.D. Gimlette, I.H. Burkill: The Gardens' Bulletin, Straits Settlements, Vol. 06 (11 -15), 1930; berdasarkan terjemahan Munshi Ismail, 1886: |"THE MEDICAL BOOK OF MALAYAN MEDICINE", m.s.341).

“Raise a blister”:-

Menggugurkan bayi dalam kandungan:-

Pelbagai kaedah pengubatan yang lain: “Plumbago rosea Linn. (syn. Plumbago indica Linn.) from the family of Plumbaginaceae is commonly known as rose leadwort. This species originates from India and is now mostly cultivated in regions of Southeast Asia, Africa, China, the Arabian Peninsula, and Europe for its roots [17,18]. Plumbago rosea is a perennial plant and a spreading evergreen shrub with oval leaves and racemes of deep pink or scarlet flowers in winter. This plant has a sharp, hot taste and is considered good for digestion, slowing aging, and supporting longevity and strength. It is also traditionally used to treat inflammatory disorders, skin diseases [19], gastric acidity [20], constipation [20], abdominal pain [20], and as an abortifacient [21,22]. Moreover, the roots of P. rosea have been reported to possess antitumor [23] and antiatherogenic [24] activities. It also has many pharmacological activities, such as abortifacient [25], antiarthritic [26], anticancer [27,28,29], anticoagulant [30], antifeedant [31], and antifungal [32]. Several researchers described that P. rosea constitutes many active biochemicals, such as plumbagin [33], hydroxy-1,4-napthaquinone, sitosterol glycoside, fatty alcohol, and tannins [34]. Because of its different bioactivities, it is believed that it may also possess allelopathic activity.” (Thang Lam Lun, Arihiro Iwasaki, Kiyotake Suenaga, Hisashi Kato-Noguchi, Agronomy 2022, 12(9), 2020: | "Two Allelopathic Substances from Plumbago rosea Stem Extracts and Their Allelopathic Effects").

Latar Sumber-Sumber

“Malaysian plant knowledge development and expansion is basically derived and characterised by the Malay culture. The Malayan world's ethnobotany was recognized as early as 4th century A.D., during the Campa, Vietnam kingdom (Zain, 2003, p. 78). In the early years, in traditional Malay culture, plants and animals were used as remedies either for internal or external purposes (Balwi, 2003, pp. 51-52; Zakaria & Mohd, 1994, p. iii). There are approximately 120 species of plants mentioned in the Malay proverbs and at least twelve(12) unidentifiable species (Zain, 2003, p. 80). The principles of Malay traditional medicine are generally based on the Islamic influences of Arabic Unani medicine and galenic philosophy (Jamal, 2006). However, Malay traditional medicine is also influenced by beliefs and practices such as supernatural powers that was mostly influenced by Hindusm, before the arrival of Islam (Zakaria & Mohd, 1994, p.4).

In Malaysia, civilisation as defined by Western literature only evolved following Portuguese settlement commencing in 1511, followed by Dutch colonization in 1642, before a more comprehensive colonization under the British empire (P.D.K.M. Salleh, 2007b). Historically, ethnobotany is as old as other disciplines in Malaysia and has a common knowledge among Malaysians (Latif, 1991). However, a well documented and intensive study on this knowledge for Malaysia is still insufficient. Munshi Ismail, in 1886, was the first Malaysian scholar involved in translating the manuscripts of 'Malay Traditional Medicines' into English, which were then sent to London for pharmaceutical purposes (P.D.K.M. Salleh, 2007b). Professional botanists from the United Kingdom were the pioneers in systematic plant literature in Malaysia. Another Western scholar who had contributed to medicinal botany on the Peninsular was E.M. Holmes, whose notes and records were published as the Malay Materia Medica in 1891. Henry Ridley, who pioneered the Malaysian rubber industry, also contributed greatly to the study of Malayan botany on the Malay Peninsula (P.D.K.M. Salleh, 2007a). Ridley researched plants including fungi, mosses, ferns and other higher plants, making plant collections while he was director of the Singapore Botanic Garden from 1901 to 1912 (Mat Salleh et. al. 2002). Ridley was also responsible for the Waterfall Gardens in Penang and was in charge of the Forest Reserves in the Straits Settlements (Singapore, Penang and Malacca) (P.D.K.M. Salleh, 2007a). Two local specimen collectors, Mohamed Haniff and Kiah from the Singapore Herbarium, helped Garden Director Burkill with his plants collections, documenting some 1675 specimens including some 13 families and 696 species of medical plants (P.D.K.M. Salleh, 2007b). Gimlett was also an expert in traditional medicine with a particular interest in the local Malay people of Kelantan was greatly assisted by Burkill. Gimlett wrote two books, Malay Poison and Charm Cures, which were published in 1915. In 1920 Burkill and Thomson published 'A Dictionary of Economic Product of the Malay Peninsula' (Kamarudin Mat Salleh, et al., n.d). In 1930 this manuscript had listed 1200 species of plants used by the locals was publlised as 'The Medical Book of Malayan Medicine', edited by Dr J.D. Gimlett with a botanical editorial by I.H. Burkill.

Since then, until the early twentieth century, there has not been much research on ethnobotany carried out in Peninsular Malaysia. The Dictionary has been a major ethnobotanical reference which reprinted in 1996 (Kamarudin Mat Salleh, et al., n.d. p.1). However, these early ethnobotanical publications were only confined to medicinal and poisonous plants that focused upon the physical properties and economic potential of plants, with medicinal and aromatic plants being regarded as the most important ethnobotanical elements of human civilization (Latif, 1991; Kamarudin Mat Salleh, Latif, & Nazre, 2000).”

(Sumber: Sapura Mohamad, July 2010: |"The Ethnobotany of the Semelai Community at Tasek Bera, Pahang, Malaysia: An Ethnographic Approach for Re-Settlement", m.s. 67-68).

1952: 3 Kes Kematian di Singapura

Seorang doktor di Singapura mendakwa berbahaya kerana di sana terdapat beberapa kes pengamalnya dijangkiti tetanus dan meninggal dunia:-

Kemungkinan ciri-ciri “abortion sticks” yang dinyatakan dalam laporan akhbar di atas:-

2007: Kajian Kesan Terhadap Janin

Suatu kajian kesan cheraka merah tempatan terhadap janin kandungan: “This study sets out to evaluate the traditionally claimed antifertility activity of local variety of Plumbago rosea L. root. In the ancient Sanskrit medicinal literature, the abortifacient activity of this plant has been recorded (Burkhil, 1966). In Malaysia it is known as Cheraka merah and has several folk medicinal uses in the Southeast Asian countries. Locally it is used as an abortifacient by chewing the roots for sometimes. Beside its antifertility activity, other folk medicinal uses of this plant include uses in rheumatism, leprosy, stimulation of digestion and as emmenagogue (Burkil, 1966; Padua et al., 1999). Scientific research of antifertility activity along with other activities of this plant as single preparation or as part of composite preparation has also been done in some parts of the world (Sharma and Mahanta, 2000; Devi et al., 1998; Solomon et al., 1993; Lal et al., 1983). However, to the best of our knowledge and based on literature survey in Medline and other scientific resource database, no scientific research has yet been done on the uterotrophic, fetotoxicity and abortifacient activity of the local Malaysian variety of Plumbago rosea L. To this end, in this study an attempt has been made to evaluate the traditionally claimed antifertility activity of this plant using animal model through in vitro and in vivo approaches.” (Munavvar Abdul Sattar, Nor Azizan Abdullah, Md. Abdul Hye Khan, Aidiahmad Dewa and D. Samshia, 2007. Pakistan Journal of Biological Sciences, 10: 763-767: |"Uterotrophic, Fetotoxic and Abortifacient Effect of a Malaysian Variety of Plumbago rosea L. on Isolated Rat Uterus and Pregnant Mice.").

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