Tephrosia apollinea

Tephrosia apollinea is a legume species, native to southwest Asia (the Levant, Arabian Peninsula, Socotra, Iran, Pakistan, northwestern India) and northeast Africa (Egypt, Sudan, Ethiopia, Eritrea, Djibouti, Somalia).[2][3][4]

Tephrosia apollinea
Scientific classification
Kingdom: Plantae
Clade: Tracheophytes
Clade: Angiosperms
Clade: Eudicots
Clade: Rosids
Order: Fabales
Family: Fabaceae
Tribe: Millettieae
Genus: Tephrosia
Species:
T. apollinea
Binomial name
Tephrosia apollinea
Distribution by country
Synonyms[1]
  • Galega apollinea Delile

The leaflets of the plant are obovate-oblong and equal-sided, and of a silky texture. The fruits (legumes) are typically one to two inches (2.5 to 5.1 cm) long and contain six or seven brownish seeds. The species typically grows in areas where the soils are relatively deep, especially in semi-arid and wadi areas, and on terraces and slight inclines and hills.

Tephrosia apollinea is known to be toxic to goats. Although it has been used in Oman and the United Arab Emirates to treat bronchitis, cough, earache, nasal congestion and wounds and bone fractures,[5] as of 1993 its wider impact on humans had not been assessed. It can be used to make indigo dyes, and the leaves and those of other plants are used to make hot drinks by the Bedouin in parts of Sinai and the Negev.

Description
The leaflets of Tephrosia apollinea

The leaflets of the plant are obovate-oblong, somewhat wedge-shaped, equal-sided, and of a silky texture. The mid-rib is usually folded longitudinally,[6] and they are characterized by parallel transverse veins.[7] The fruits (legumes) are typically one to two inches long (2.5 to 5.1 cm) and contain six or seven brownish seeds.[8][9][10] The plant displays purple flowers during season; they are described as their most attractive in the month of January.[11] It typically grows to 45 – 50 cm in height,[12] and can grow on mountains with an altitude of over 3000 ft. (914 m).[13] Both diploid (22 chromosomes) and tetraploid (44 chromosomes) cytotypes have been reported.[14]

The roots of Tephrosia apollinea are deep, penetrating soils to a depth of 3 metres or more, aiding the absorption of moisture from the soil.[12] Moisture is stored in the cortex of the roots, which is protected by a thin periderm. Water storage in the cortex enables growth and reproduction during times of drought, which allow it to thrive in both arid and semi-arid conditions and to survive during winter and summer months at times of low rainfall.[12] The roots grow at a faster rate than the shoots themselves, and even at the early stage of the plant displaying a shoot the length of a cm, the roots may already be 30 cm or more in length.[12]

A proposed 1993 treatment of T. apollinea as a subspecies of Tephrosia purpurea noted some regional variations, with plants in the Eastern Desert of Egypt possibly producing smaller pods, leaves, and leaflets, and plants from oases having densely pubescent spreading hairs.[15] Among the features they described as differentiating the apollinea subspecies from the nominate purpurea subspecies were that apollinea has somewhat longer pods (3.5–5 or sometimes 5.5 cm, rather than 3–4 cm), a wider range in the quantity of seeds per pod (generally 7–9, as low as 3, rather than generally 5–6, or sometimes 7), the pods being curved upwards rather than downwards, and leaflets having 9 rather than 7 lateral veins.[15]

Taxonomy and names

The plant was initially named Galega apollinea by Alire Raffeneau Delile in 1813, and moved to the genus Tephrosia by Johann Heinrich Friedrich Link in 1822.[16][17]

Its treatment as a subspecies of Tephrosia purpurea, called Tephrosia purpurea subsp. apollinea, was proposed by Hasnaa A. Hosni and Zeinab A. R. El-Karemy in 1993.[15] This treatment has not been accepted by the databases The Plant List, International Legume Database & Information Service, or Tropicos.[1][4][18][19] Hosni and El-Karemy treated T. apollinea and T. purpurea as a single species after finding that their previous descriptions "agree in most of their characters and the distinction between typical forms is rather difficult..."[15] The full name with authorities under their revised classification is Tephrosia purpurea (L.) Pers. subsp. apollinea (Delile) Hosni & El-Karemy.[20]

In parts of southern Arabia the species carries the vernacular name of hailara,[21] and it is also known as dhafra, dhawasi, omayye or nafal to Arabs,[22][23][24] and written as رﮭﻔط in the Arabic language.[25] In the Sinai area of Egypt it is referred to by the Bedouin as sanna or senna.[26] It is also known as amioka in parts of Sudan.[27] Due to its traditional use in making indigo dyes, Tephrosia apollinea has also been referred to as "Egyptian indigo".[28]

Distribution and ecology
Flowers, leaves, and fruit (legume pods)

The species is recorded in the northeast African nations of Djibouti, Egypt, Eritrea, Ethiopia, Somalia, and Sudan, the Western Asian nations of Iran, Israel, Jordan, Oman, Saudi Arabia, South Yemen, the United Arab Emirates, and Yemen (including the Yemeni island of Socotra), and the South Asian nations of India and Pakistan.[3][4][29][30][31] Within India, it is documented in the western states of Gujarat, Maharashtra, and Rajasthan.[4]

The species, cited as a "leguminous desert forb",[32] typically grows in areas where the soils are relatively deep, especially in semi-arid[2] and wadi areas, and on terraces and slight inclines and hills.[32][33][34] In Saudi Arabia it has been found scattered among species such as Zilla spinosa, Rhanterium epapposum, Astragalus spinosus, Gymnocarpos decandrum, Achillea fragrantissima and Halothamnus bottae on the edges of the slopes of desiccated lakes.[35]

It has been well documented in sources in Egypt and Sudan.[8][36] In 1866 the Pharmaceutical Journal stated that it was found as a contaminant in Alexandrian senna, being found in cultivated fields in the valleys to the east and south of Assouan, in the Elephantine Islands, opposite Assouan, along the Nile, and Edfou and Hermonthis.[10] In Israel it grows in the Judean desert, the Dead Sea Valley, the Negev hills and Eilat.[29]

In wadi areas of the Yemen it tends to grow on desert alluvial shrubland, and coexist with Fagonia indica, Cymbopogon schoenanthus and Boerhavia elegans.[37] An example of Tephrosia apollinea was found by Harry St John Bridger Philby in 1936 at Raiyan, about 150 miles (240 km) northeast of Sana'a.[38] In Socotra, an island off the coast of Yemen, it is typically found in the Croton shrubland of lowland plains at altitudes of between sea level and 100 metres on overgrazed soils, along with Cassia holsericea.[39] In a 2000s analysis of vegetation in the woodlands of northern Socotra, the species was found to coexist with Achyranthus aspera, Ageratum conyzoides, Bidens chinensis, Forsskaolea viridis, Hibiscus vitifolius, Indigofera coerulea, Leucas urticifolia, Setaria adhaerens and Solanum incanum.[40]

Tephrosia apollinea is also found in the United Arab Emirates and in Oman,[11][41] where it inhabits the Jiddat al-Harasis desert and dominates the beds of wadis in mountains such as Jebel Shams.[42]

Toxicity

Tephrosia apollinea is cited as "unpalatable",[43] although the seeds of the plant are reportedly a favourite of sandgrouse inhabiting the scrub-desert of northern Sudan,[27][44] and the butterfly Colias croceus is known to feed on it.[45] This has allowed it to colonize the landscape in parts of the Middle East which have been overgrazed, especially at lower altitudes.[46]

The species is known to be toxic to goats; a study published in the early 1980s revealed that 11 out of 12 goats died after 1 to 40 days of daily oral dosing of Tephrosia apollinea shoots (fresh or dried), and that they displayed adverse reactions to ingesting it such as dyspnoea, weakness of the limbs and joints causing instability in movement, changes in fat composition, catarrhal enteritis, and hemorrhage in the heart, lungs, and intestinal mucosa.[47] Rotenoids extracted from the seeds of the plant also caused complete mortality in Aphis craccivora, when applied at a concentration of 0.1% for 48 hours.[48]

Uses
Tephrosia apollinea blooming

Tephrosia apollinea can be used to make indigo dyes.[36][49] The species was noted to be commonly cultivated for this purpose in Nubia in the 1800s.[9]

The plant is known for its medicinal properties and has significant anti-bacterial properties; the leaves and the root have been used to treat bronchitis, cough, earache, wounds and bone fractures by herbalists in countries like Oman and the United Arab Emirates.[50][51] The ground leaves of Tephrosia apollinea are also inhaled to reduce nasal congestion, or boiled with water to make eardrops.[51] Powdered bark can be mixed with water and poured into the ears of camels to alleviate ticks, and powdered leaves can be used as a paste in the treating of wounds.[24] It can also be rubbed on limbs in conjunction with Fagonia indica and Ocomim basilicum to treat people affected with polio.[52]

Although unpalatable when consumed raw, when boiled the leaves of Tephrosia apollinea and numerous other plants are used to make hot drinks by the Bedouin in parts of Sinai and the Negev.[26] But herbalists in Oman warn that Tephrosia apollinea can be potentially harmful to humans, and as of 1993 it had not been fully analyzed chemically to assess the wider impact it could have on health.[51]

Phytochemistry

When dried, the leaves of Tephrosia apollinea were found to contain 4.4% moisture, 21.1% of crude protein, 19.8% of crude fiber, and 10.9% of ash.[53] A chemical analysis found that it contains rotenoids, isolflavones, flavanones, chalcones, and flavones,[54] The chloroform extract of the aerial part of Tephrosia apollinea also revealed seven new 8-prenylated flavonoids, including tephroapollin A-G (1-7).[55]

In 2006, researchers of Oman's Sultan Qaboos University published their findings from a chemical investigation into the leaves in which they found it contained semiglabrin, semigalbrinol, and a new flavanone named apollineanin.[56] One 2014 study revealed that pseudosemiglabrin extracted from the aerial parts of Tephrosia apollinea had an antiproliferative effect on cancer cell lines.[54]

A study of Tephrosia apollinea from the Wadi Ejili, in Ras Al Khaimah, UAE, focusing on seeds collected from specimens of the traditional medicinal plant explored its exogenous production of silver nanoparticles. The study is thought to be the first time the antimicrobial activity of silver nanoparticles synthesized via living plants has been observed.[5]

References
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