Plants

Blackboard Tree: Classification, Distribution, Characteristics, and Uses

Alkaloids, coumarins, flavonoids, leucoanthocyanins, reducing sugars, simple phenolics, steroids, saponins, and tannins are all frequently found in the A. scholaris plant. Eight elements, including Cu, Zn, Fe, Ca, Cr, Mn, and Cd, are present in the leaf extract. Four picrin type monoterpenoids—5-methoxyaspidophylline, picrinine, picralinal, and 5-methoxystrictamine—are present in the ethanolic extract of leaves. The first seco-uleine alkaloids are present in the methanolic extract of leaves. Alstonic acids A and B, 2, 3-secofernane triterpenoids, and the indole alkaloid N-methyl-picrine are all present in the hydroalcoholic extract of the leaves.

Blackboard Tree: Classification, Distribution, Characteristics, and Uses Read More »

Hummingbird tree: Origin, Distribution, Classification, Characteristics, Phytochemical Constituents, and Uses

Agati, also known as Sesbania grandiflora, is a type of West Indian pea and a member of the Fabaceae family. It can be found in several Asian nations, including India, Malaysia, and Indonesia. A classic south Indian dish called Agathi keerai is made with Sesbania grandiflora flower. Sesbania grandiflora is used as a traditional medicine alone or in combination with other medicinal plants to treat a variety of illnesses and infections such as swellings, headaches, anaemia, bronchitis, liver disorders, pains, and tumours, among others. The leaves of this plant are used as an antidote for tobacco-related issues as well as to cure anaemia, itching, fever, respiratory diseases, diuretic, purgative, and anthelmintic symptoms. Tribals have long used flowers to treat a range of illnesses, including headaches, cataracts, and insomnia.
Sesbania grandiflora, often known as a vegetable hummingbird, is a small, erect-branched tree that belongs to the Fabaceae family and is an evergreen or deciduous perennial legume. It is a rapidly growing, short-lived, firewood tree with few branches. Due to these species’ high nitrogen fixation capacities, Sesbania is used as green manure, intercropping, and ground cover in agroforestry and wood production systems, which promotes rapid development even in soils with low nitrogen levels. Studies have shown that S. grandiflora leaves are very nutrient-dense and include considerable amounts of proteins, fats, carbs, fibre, and minerals like calcium, phosphorus, and iron. Young leaves can be eaten and are frequently added to meals. In addition to essential amino acids, minerals, and vitamins (retinol, tocopherol, ascorbic acid, thiamine, riboflavin, and nicotinic acid), leaves also contain pectin, triterpenoids, tannin, glycosides, grandiflorol, and saponins. Flavonoids include catechin, epicatechin, quercetin, myricetin, kaempferol, and luteolin.

Hummingbird tree: Origin, Distribution, Classification, Characteristics, Phytochemical Constituents, and Uses Read More »

Persian Silk Tree: Distribution, Classification, Characteristics, Phytochemical Constituents, and Importance

Phytochemical Significance of Persian Silk Tree
Studying the phytochemistry of various Albizia species revealed various kinds of secondary metabolites, including saponins, terpenes, alkaloids, and flavonoids. Triterpenoid saponins (julibroside J29, julibroside J30, julibroside J31), novel macrocyclic alkaloids (budmunchiamines A, B, and C), and two flavonol glycosides (quercitrin and isoquercitrin) were some bioactive compounds isolated and identified from the genus Albizia. These compounds demonstrated various biological activities, including antitumor, and antiplatelet Anthraquinone glycosides, which cause the leaking of cytoplasmic components, were the anthraquinone elements of A. lebbeck bark extract that were active.

Persian Silk Tree: Distribution, Classification, Characteristics, Phytochemical Constituents, and Importance Read More »

Callisia fragrans: Classification, Characteristics, Distribution, Chemical Constituents, and Medicinal properties

A cultivated perennial herbaceous succulent called Callisiafragrans (Olennikov et al., 2008). A variety of biologically active substances, including phenolic, flavonoid, coumarin, anthraquinone, triterpene, alkaloid, choline, and fatty acids, are present in the leaves of C. fragrans. These substances include carbohydrates, ascorbic acids, amino acids, and ascorbic acid (Chernenko et al., 2007; Nguyen and Trinh, 2019). Callisia fragrans has been shown to have radioprotective, hypersensitivity, antihypoxic, antiherpetic, and other therapeutic characteristics that are good for the liver, pancreas, gastrointestinal tract, skin, and bronchial asthma (Ludmila et al., 2010; Mairapetyan et al., 2014; Susan et al., 2006; Malakyan et al., 2015; Thom et al., 2018)

Callisia fragrans: Classification, Characteristics, Distribution, Chemical Constituents, and Medicinal properties Read More »

Ruellia tuberose: Classification, Distribution, Characteristics, Chemical Constituents, and Uses

Ruellia tuberose L. Leaves include luteolin and apigenin. Capril, myristic, and lauric acids are produced from seed oil. The study produced secondary metabolites, good-quality nutrients, flavonoids, glycosides, phenols, saponins, and important minerals.
It has been claimed that the plant contains phytochemicals including coumarin, phenolic compounds, oleic acid, methyl esters, steroids, terpenoids, long-chain aliphatic compounds, and flavonoids, among others.

Ruellia tuberose: Classification, Distribution, Characteristics, Chemical Constituents, and Uses Read More »

Dendrobium: Distribution, Characteristics, Plant Morphology, Growth, and Flowering

It is found throughout many tropical and subtropical areas, including Southeast Asia, where there are hundreds of species, and Vietnam, where there are over 100 species, all of which are extensively dispersed. With more than 16,000 species, Dendrobium is the second-largest orchid genus (Puchooa, 2004). Major producers of Dendrobium orchids include Thailand, Taiwan, China, the Philippines, Germany, the United States, Japan, and India. The majority of Dendrobium species are epiphytic, sympodial orchids that are native to subtropical and tropical areas. This genus is well-known for its ability to produce cut flowers. Commercial Dendrobium cultivation is widespread in the states of Karnataka, Kerela, Tamil Nadu, and Andhra Pradesh.

Dendrobium: Distribution, Characteristics, Plant Morphology, Growth, and Flowering Read More »

Ixora coccinea: Classification, Origin, Characteristics, Phytochemistry and Traditional Uses

Ixora coccinea Linn. (Rubiaceae), sometimes called red ixora, scarlet ixora, jungle of geranium, jungle flame, flaming love, and flame of the woods. The species name “coccinea” means crimson, while the genus name “Ixora” is thought to come from the Sanskrit word “ikvana,” which is named after a Malaysian deity. It may also be derived from the term “Iswara,” which is another name for Lord Shiva, to whom the flowers are dedicated during worship. All plant parts have been shown to have medicinal value in Ayurveda, the conventional Indian medical system, as well as in several indigenous medical systems in Sri Lanka and India. The plant produces chickpea-sized red to scarlet coloured fruits that are also eaten as food, particularly by Indian villages and tribal communities’ young inhabitants. There are over 500 species of tropical evergreen trees and bushes there. Ixora is a plant that is frequently found in subtropical regions of the United States, including Florida. Only a small number of the about 500 species in the genus Ixora are regularly grown in gardens.

Ixora coccinea: Classification, Origin, Characteristics, Phytochemistry and Traditional Uses Read More »

Royal Poinciana: Gastroprotective Activity, Wound Healing Activity, Antidiarrhoeal Activity, Nutritional and Haemagglutination Properties

Delonix regia Rafin flower ethanolic extract was obtained and tested for gastroprotective efficacy in an experimental model of caused ulcers. In the pylorus ligation-produced gastric ulceration model, the different parameters including ulcer index, pH of gastric juice, percentage protection in all models, and stomach volume, free acidity, and total acidity were tracked. The ethanolic floral extract of Delonix regia Rafin had dose-dependent gastroprotective properties (Singh and Kumar, 2014).

Royal Poinciana: Gastroprotective Activity, Wound Healing Activity, Antidiarrhoeal Activity, Nutritional and Haemagglutination Properties Read More »

Royal Poinciana: Classification, History, Occurrence, Characteristics, Phytoconstituents, and Economic Importance

The Generic name “Delonix” comes from the Greek words “delos” (visible) and “onyx” (claw) about the flower’s prominently clawed petals. The Latin word “regis” (meaning “royal, regal, and magnificent”) is the source of the particular name “regia” (Singh et al., 2014). Nature has long been a vast source of therapeutic compounds dating back to the Stone Age. For both traditional and modern medicine, plants have historically been the most abundant source of raw ingredients. Phytochemicals are largely responsible for plants’ therapeutic efficacy. The flame of the forest or flame tree is a species of almost evergreen tree with broad, open, umbrella-shaped crowns. They are essentially planting metabolites that are produced independently in every area of a plant’s body and that have definite physiological effects on mammals (Hait et al., 2018). It is known by a variety of names in every region and nation, including Chura (Bengali), Radha (Bengali), Royal, Flamboyant, Poinciana (French), Gulmohar, Shima, sunkesula (Hindi), mayirkonrai, Punjabi (Tamil), Flamboyant flame tree, Gold mohur, flame tree, Peacock flower, Gul mohr, and Royal poinciana (English). This tree needs light to flourish, but in the dark, it develops slowly and unevenly. It thrives in areas with both abundant and infrequent rainfall. Only in regions with a long and noticeable dry season are trees deciduous (Sharma and Arora, 2015).

Royal Poinciana: Classification, History, Occurrence, Characteristics, Phytoconstituents, and Economic Importance Read More »

Japanese Maple Plant: Classification, Distribution, Characteristics, and Diseases

Japanese Maples are known to be susceptible to Verticillium, Fusarium, Botrytis, Pythium, Pseudomonas, and Anthracnose fungal diseases. All deteriorated plant tissue, particularly vascular tissue, impairs normal plant function and frequently causes whole or partial plant death. The bulk growing of seedlings or asexual cuttings is the main cause of fungal illness (Vertrees, 2001).
Numerous types of woody plants are known to be afflicted by the soil-borne disease verticillium. Young twigs will typically wilt and die back, which are ambiguous signs that resemble leaf blight, leaf scorch, and general root disturbance. Because propagation instruments frequently spread verticillium, careful sterilising is crucial. Two fungi known as botrytis and fusarium are known to infect large groups of seedlings and cause “damping off.” Both diseases also target more mature plants.
At or below ground level, Pythium and Pseudomonas damage budding seedlings, entering fresh tissue. The most frequent causes of Pythium and Pseudomonas losses are warm, humid springs and summers, with seedlings developing in alkaline to neutral pH conditions, particularly if the soil is thick or abnormally rich in nitrogen. Anthracnose is a disease that overwinters on dead branches and twigs and infects freshly growing leaves in the spring.

Japanese Maple Plant: Classification, Distribution, Characteristics, and Diseases Read More »