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Herbs & Plants

Amphicarpaea bracteata

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Botanical Name : Amphicarpaea bracteata
Family: Fabaceae
Genus: Amphicarpaea
Species: A. bracteata
Kingdom: Plantae
Order: Fabales

Synonyms :  A. monoica. (L.)Ell. Falcata comosa. (L.)Kuntze.

Common Name :Hog-peanut,  American hogpeanut

Habitat :Amphicarpaea bracteata is native to Eastern N. America – New Brunswick to Florida, west to Manitoba and Louisiana.Grows in   Cool damp woodlands

Description:
Amphicarpaea bracteata is a perennial climber growing to 1.5 m (5ft).Leaves have three leaflets and are held alternately on twining stems.Flowers are pink to white and bloom from late summer to autumn. The flowers are either open for cross-pollination or closed and self-pollinating. The closed flowers may be above or below ground.

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Seeds from open flowers are held in a flat pod, pointed at both ends, that dries when mature and twists to release the seeds. Seeds from closed flowers are held in round pods with a single seed each. The roots and seeds are edible.   The seeds from underground flowers give it the name peanut.

It is hardy to zone 7 and is not frost tender. It is in leaf 10-May It is in flower from Aug to September, and the seeds ripen from Sep to October. The flowers are hermaphrodite (have both male and female organs) and are pollinated by Insects.It can fix Nitrogen.

The plant prefers light (sandy), medium (loamy) and heavy (clay) soils.The plant prefers acid, neutral and basic (alkaline) soils..It can grow in full shade (deep woodland)or semi-shade (light woodland).It requires moist soil.

Cultivation:  
Requires a moist humus-rich soil in a shady position. The young shoots in spring can be damaged by late frosts. The hog peanut has occasionally been cultivated for its edible seed which has been used as a peanut substitute. Yields at present, however, are rather low. Two types of blossom are produced by the plant – those produced from the leaf axils mostly abort but a few seeds are produced. Solitary, inconspicuous cleistogamous flowers are produced on thread-like stems near the root and, after flowering, the developing seedpods bury themselves into the soil in a manner similar to peanuts. This species has a symbiotic relationship with certain soil bacteria, these bacteria form nodules on the roots and fix atmospheric nitrogen. Some of this nitrogen is utilized by the growing plant but some can also be used by other plants growing nearby.

Propagation:
Seed – pre-soak for 12 hours in warm water and then sow in spring in a semi-shaded position in a greenhouse. Germination usually takes place within a few weeks. When large enough to handle, prick the seedlings out into individual pots and grow them on in the greenhouse for their first winter, planting them out in late spring or early summer. Division. We have been unable to divide this plant because it only makes a small taproot. However, many of the seeds are produced under the ground and these can be harvested like tubers and potted up to make more plants.

Edible Uses :
Edible Parts: Root;  Seed.
Edible Uses:

Seed – raw or cooked. Two types of seed are produced – flowers produced near the ground produce a pod that buries itself just below soil level. These pods contain a single seed are up to 15mm in diameter which can be used as a peanut substitute. They can be harvested throughout the winter and can be eaten raw or cooked. They are sweet and delicious raw with a taste that is more like shelled garden beans than peanuts. Yields are rather low, and it can be a fiddle finding the seeds, but they do make a very pleasant and nutritious snack. Other flowers higher up the plant produce seed pods that do not bury themselves. The seeds in these pods are much smaller and are usually cooked before being eaten. They can be used in all the same ways as lentils and are a good source of protein. The overall crop of these seeds is rather low and they are also fiddly to harvest. Root – cooked. The root is peeled, boiled and then eaten. Fleshy and nutritious according to one report, whilst another says that the root is too small to be of much importance in the diet. Our plants have only produced small and stringy roots.

Medicinal Uses  
An infusion of the root has been used in the treatment of diarrhoea. Externally, the root has been applied to bites from rattlesnakes. A poultice of the pulverized leaves has been applied with any salve to swellings.

Disclaimer : The information presented herein is intended for educational purposes only. Individual results may vary, and before using any supplements, it is always advisable to consult with your own health care provider

Resources:
http://www.pfaf.org/user/Plant.aspx?LatinName=Amphicarpaea+bracteata
http://en.wikipedia.org/wiki/Amphicarpaea_bracteata
http://wisplants.uwsp.edu/scripts/detail.asp?SpCode=AMPBRA

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Ailmemts & Remedies News on Health & Science

Beating those bugs(Lice)

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Lice infestation is universal. Head lice have co-existed with humans for two thousand years. They have been observed in the sarcophagus of well-preserved Egyptian mummies, in tombs that also contained fine-toothed combs to remove head lice. They do not pay heed to social, economic or geographic boundaries. A millionaire’s  offspring as well as the child of a slum dweller can both be seen scratching their heads. Closer inspection may reveal lice scurrying along hair shafts, or white nits (eggs) closely attached to the hair.

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Infestation is a social stigma. The child is perceived as “dirty” and the parents are seen as negligent caretakers. Neither of these statements, however, is necessarily true. Lice can survive submersion, oiling, shampooing and extremities of temperature.

Head Lice or Pediculus capitis (which literally translates to “lice of the head”) have not changed or evolved much. They are still small, brown insects with a tough outer coat and tapering legs adapted to cling tenaciously on hair shafts. They can survive huge climatic variations and lay dormant for up to 10 days. They cannot fly or jump; they move from one human being to another by crawling along the hair as heads move into close contact, or by walking along walls, floors, furniture and bedding. They are also very fastidious and host specific   they can survive only on the scalps of human beings, and not on other animals.

Head lice themselves do not cause disease
. But they cause intense itching which can interfere with sleep, concentration and efficient functioning. The scratching can cause secondary bacterial infection. This, in turn, can lead to painful enlargement of the lymph nodes in the neck.


In traditional societies, people found a way around this problem. Some families regularly went on pilgrimage. Their houses were cleaned and then locked. Unable to obtain a human blood meal, the lice starved to death within 10 days. And at the pilgrimage site, the whole family was tonsured. Thus, no hair meant no lice!

Bug-busting fine-toothed combs are readily available. They are safe and effective. The hair should be well oiled and all the tangles removed before combing. Most of the lice slip off with this treatment. The action has to be repeated every alternate day for two weeks till no lice are seen.

Chemical lice treatments are also available. They contain pyrethroids, permethrin, lindane or malathion. These compounds may be available as lotions or shampoos. The treatment must be repeated after 10 days.

About 17 per cent of lice are resistant to insecticides. Repeated treatment, using higher-than-recommended doses will not work. In fact, they may even be harmful and signs of toxicity may appear.

A combination of insecticide treatment followed by bug-busting combing is very effective.

Lice reproduce efficiently and explosively. Each couple can produce 100 eggs in a lifetime. Each egg hatches after eight days and the little bug develops into an adult in around 10 days. Unless the eradication treatment is repeated every 10 days, new lice will repopulate the hair.

After some time lice may reappear. This may be due to reinfection from another person or repopulation from lice that survived the original treatment.

If lice have gravitated to the eyebrows and lashes, they should be very carefully manually removed. Chemicals should not be applied.

Natural compounds are advertised for lice treatment. Some are neem-based. There may be others that contain organic pesticides in unregulated and dangerous doses. Before applying them, please read the fine print carefully.

Egg white and motor oil do not have any action on lice. On the contrary, they may cause hair loss.

Kerosene kills lice and nits. But it is also a dangerous, highly inflammable compound and therefore should not be used.

“Lice” is actually a generic term that loosely refers to head lice. Insects from the same family, called Pediculus humanus or body lice, can also be found on the body (not the head), in areas where there is overcrowding, homelessness and poor hygiene. These lice cause itching, particularly around the waist, groin and upper thighs. There may be an allergic reaction that aggravates the itching. The skin may eventually become discoloured. Secondary bacterial or fungal infection may occur.

Unlike head lice, body lice can cause typhus and relapsing fever.

Regular bathing, clean clothes and application of lotions or creams containing pyrethroids, permethrin, lindane or malathion will kill the lice.

Crabs or pubic lice (Pythiriasis pubis) are usually spread through sexual contact. They can also spread through infected bedding. These lice cause intense intolerable itching in the genital area. They also respond to the lotions and shampoos containing pyrethroids, permethrin, lindane or malathion.

It is possible to get rid of all types of lice provided the cycle of reinfestation is broken and good personal hygiene maintained.

Source:The Telegraph (Kolkata,India)

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