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Herbs & Plants

Hyptis emoryi

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Botanical Name : Hyptis emoryi
Family: Lamiaceae
Genus: Hyptis
Species: H. emoryi
Kingdom: Plantae
Order: Lamiales

Common Name :Desert Lavender

Habitat :
It occurs mostly in areas with a water source; in the southwestern USA deserts it is commonly in the dry washes, intermixed with other species.

In the “Creosote Bush scrub” Yuma Desert-(western Sonoran Desert) of southwest Arizona, it is found with the palo verde, Bebbia, Encelia farinosa, desert ironwood (Olneya tesota), Lycium andersonii (wolfberry or Anderson thornbush), Psorothamnus spinosus (a type of smoke tree), and Acacia greggii, as some common associated species of the washes, elevation dependent.

In Arizona, found from central to southwestern Arizona of the Sonoran Desert; in northwest Arizona found in regions of the Mojave Desert. In southern California and Nevada, desert lavender is found in southern regions of the Mojave Desert and the Colorado Desert of southeast California.

Description:
Desert lavender is a medium to tall cold tender perennial shrub found in the southwestern United States of Arizona, Nevada, California, and northwestern Mexico in Sonora and Baja California.

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It is a multi-stemmed shrub reaching 15–18 ft in optimum locations. It has violet-blue flowers up to 1 in, in leaf axils. The flowers are profuse along the main stem and side branches and is an aromatic attractor of the honeybee and other species. Leaves are oval and a whitish gray-green-(in deserts), serrated margins, hairy, and 2-3 in. It is found in dry washes, and on rocky slopes, up to 3000 ft (900 m). It is evergreen or cold deciduous, depending on location.

Medicinal Uses:
Both the flowers and the leaves can be used to make a minty-tasting tea that is good for the stomach and throat.  It’s an anesthethic to the esophagus, thus extremely soothing to inflamed tissues. It is also a hemostatic, used by desert Indians to treat heavy menstruation and bleeding hemorrhoids as well as being given to women in childbirth.  Desert lavender is an excellent tea for hangovers and helps rid the mouth of the sour taste that comes with stomach flu.  Betulinic acid, with tumor-inhibitory properties, was identified from a chloroform extract by Sheth et al. (3). Tanowitz et al.  (4)  identified 34 constituents from the oil of a collection from San Diego Co., California, with 11.9% borneol as the most abundant constituent

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://en.wikipedia.org/wiki/Hyptis_emoryi
http://www.herbnet.com/Herb%20Uses_DE.htm

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Herbs & Plants

Zygadenus elegans

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Botanical Name : Zygadenus elegans
Family: Liliaceae (Lily Family)
Kingdom: Plantae
Species: elegans (Lat. for elegant)
Division:
•Tracheophyta (vascular)
•Spermatophyta (seed bearing)
Angiospermae (enclosed seed)Class: Monocoteldonae (one seed-leaf)

Genera: Zygadenus (Death-camass) (Grk. zygon = yolk + aden = gland, referring to the paired, yolked glands.)

Common Name :Death Camas,Green Lily

Habitat : North American, mostly in west, east to Lake Michigan.Sunny slopes, open woods, river banks, gravelly places, to moist alpine and tundra.

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.It is a Herbaceous (not woody) Perennial plant.Bulb: ovoid, membranous, coated. Stems: slender. Leaves: very glaucous, narrow; bracts long-keeled, lanceolate, rather large. Flowers. in a single raceme, or a large panicle, its branches slender, ascending, the perianth adnate to the base of the ovary, its segments broadly oval, the inner abruptly contracted to a short claw, gland obcordate. Fruit: seeds oblong, angular.

A tall attractive plant whose branching stems are covered by many round creamy flowers splashed with green. These flowers are six-parted and have a number of brown-tipped stamens clustered about the large green base of the pistil. The capsule, or dry fruit, which develops as the floral leaves die and drop off, is three-lobed and very large. The leaves of the Green Lily are long and narrow and are covered with a whitish bloom.
Most plants finished blooming by 3rd week in July.

Propagation: Through seeds.

Constituents:All parts contain the poisonous alkaloid zygadine.

Medicinal Uses:
Death camass was once used as an external medicine.  The Blackfoot Indians applied a wet bound dressing of the pulped bulbs to relieve the pain of bruises, sprains and rheumatism.Roots were mashed and applied to swollen knees or aching legs, adhering without a bandage.

Known health hazards : One of the region’s most poisonous plants. All parts of the plant contain the poisonous alkaloid zygadine. Do Not Eat.

Animal Uses: It is  been reported that the Blue Grouse can eat the bulbs, but it will make their meat poisonous.

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://en.wikipedia.org/wiki/File:DwWhitecamus.jpg
http://chestofbooks.com/flora-plants/flowers/North-American-Mountains/Green-Lily-Zygadenus-elegans-Lily-Family.html
http://www.flora.dempstercountry.org/0.Site.Folder/Species.Program/Species.php?species_id=Zyga.eleg
http://www.herbnet.com/Herb%20Uses_DE.htm

Categories
Health Problems & Solutions

Some Health Quaries & Answers

Ouch! My back hurts:

Q: I am 69 years old and have a pain in my lower back which, when I stand, radiates down both my legs. I am a housewife and the pain makes it very difficult for me to do housework. The orthopaedic I consulted said I have spondylolisthesis but none of the tablets I was prescribed seem to work.
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A: Spondylolisthesis can be congenital but usually, especially if it occurs after the age of 50, is due to degeneration of the spinal vertebrae. One vertebra then tends to slip over the other and presses on the nerves (in your case the ones going to the legs) causing the pain.

This condition can usually be managed without surgery. A few days of bed rest should be followed by physiotherapy, concentrating on exercises that help with flexion of the spine and strengthening of the “core” muscles. You should also walk or take up a similar aerobic activity for 40 minutes every day. A lumbosacral brace should be worn at all times, except when lying down or exercising. If you are overweight, you will need to reduce.

Warts and all:

Q: I have had a wart on my finger for some time. Now another one has appeared near it. Both have a repulsive cauliflower like appearance.
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A: Warts are a viral infection spread by contact from person to person. They are more likely to occur in children and young adults. They are harmless and not cancerous. They usually disappear on their own without treatment in six months to two years.

Dermatologists also remove them with cryotherapy (freezing), laser and cauterisation. Sometimes they may advise repeated application of medication.

Tread right:

Q: I want to buy a treadmill but do not know how effective exercise on it will be. Also I do not know what type of treadmill to buy.


A: Manual treadmills do not use a motor and move only when the person moves. Electric treadmills use a conveyor belt and motor. There is no wind resistance in a treadmill so unless the incline of the platform is set at 1 per cent, the calorie consumption is 10-15 per cent less than running the same distance on the road. The gait on the treadmill is also more bouncy because of the platform. This leads to bad running form and difficulty when returning to running on the road. Using the treadmill also tends to get repetitive and monotonous so that more mental effort is needed to persist. In short treadmill is expensive, occupies space and is less efficient and interesting than running on the road.

Life after work :

Q: I looked forward to retiring for 30 years, but once I did retire, I feel more stressed and depressed. My wife, who is a housewife, seems to have more to do than me. Also she is stressed because I am around all the time and in her way.

A: The retirement age in India is 58-60 and that is really too early! Most people are healthy, active and still in their prime. If you just sit around the house watching television, eating and sleeping, you will soon deteriorate mentally and physically. To ward this off, try getting a part-time job, starting a small business, joining socially relevant political peoples movements or doing volunteer work. You will feel needed and everyone (including your wife) will be happy.

Salt control :

Q: I have high blood pressure and am on enalapril to control it. My doctor told me to “control salt intake” but was not very specific about how exactly that is done. What should I do?

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A: You need around 2.5gm (half a teaspoon) of salt a day if you are less than 50 years old and 1.5gm (quarter teaspoon) if older. This includes hidden salt intake from pickles, pappads, chips and other salty snacks. A rule of thumb is to take half a teaspoon of salt per day per person in the household and use it for cooking. People in the family who do not have high blood pressure can add extra salt if needed.

Down at heel :

Q: A severe pain shoots up my leg whenever I put my foot down in the morning. The doctor took an X-ray and said I have a calcaneal spur. He said I need surgery but I am not really willing to go for it. Is there any other remedy?
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A: A calcaneal spur is an extra growth of bone under the heel. It can cause agonising pain. Before you consider surgery, try a few simple measures.

Soak your feet in salted hot water morning and evening. Rock your feet gently in the water.

• Always wear soft footwear. Do not go bare foot even in the house.

• Go to a physiotherapy centre. Ultrasound treatment often helps.

Lose weight if you are obese.

Light therapy:

Q: What should you do if an insect enters your ear?


A: Immediately place your ear near a bright light and turn off all other lights. The insect will usually fly back out again.

Source: The Telegraph ( Kolkata, India)

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News on Health & Science

The Switch

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Learning and memory are regulated by the hippocampus of the brain. Scientists have now found the molecule that decides how many neurons the hippocampus will have.

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Shubha Tole couldn’t have asked for a better birthday present. Two doctoral students in the lab of the neurobiologist — who will turn 44 later this month — at the Tata Institute of Fundamental Research (TIFR) in Mumbai have unravelled a mechanism that has puzzled brain researchers for years. Anindita Sarkar and Lakshmi Subramanian have found the substance that gives the brain the signal to stop producing neurons and start forming glia cells.

Neurons are the brain cells that transmit information. Glia cells, which are far more numerous in the brain, supply nutrients to neurons and protect them from toxic attacks as well as maintain glucose levels in the brain.

The scientists studied the hippocampus — the region where learning happens and memories are formed — and found that a gene called Lhx2 has a critical role in deciding the number of neurons and glia cells. Interestingly, both types of cells are formed from the same stem cells. Scientists have known for a while that in a developing brain (in the embryo stage) the production of glia cells — particularly star-shaped astroglia cells that surround neurons to insulate and support them — commences only after the production of neurons stop. But they didn’t know what drives this switch.
Learning and memory are regulated by the hippocampus of the brain. Scientists have now found the molecule that decides how many neurons the hippocampus will have. T.V. Jayan reports

The findings, announced in a recent issue of the Proceedings of National Academy of Sciences journal, not only contribute significantly to the understanding of brain formation but also have clinical implications. It may help doctors understand the mechanisms underlying disorders like temporal lobe epilepsy (TLE) better, hopefully leading to better clinical intervention.

The TIFR scientists found that when they inactivated the Lhx2 gene in mice embryos, the production of neurons in the hippocampus stopped, triggering an early onset of astroglia production. And when the gene was kept active longer than normal, neuron production too continued longer than usual.

….
“Our experiment has clearly demonstrated that the levels of Lhx2 decide the fate (of brain stem cells),” Tole told KnowHow. “It decides whether the glia-making pathway can be allowed to work or not.”

“This indicates the presence of a molecular timer that brings about the switch from neuron-making to glia-making,” says Aurnab Ghose, a neurobiologist at the Indian Institute of Science Education and Research (IISER) in Pune. This is an important step in understanding the regulation of timing in brain development.

According to Tole, striking the right balance between neurons and astroglia is critical. “If there are not enough neurons in the hippocampus, its function will be compromised,” the TIFR scientist says.

The mismatch between neurons and astroglia cells is implicated in TLE. “Loss of neuronal population (atrophy) and proliferation of astroglia in the hippocampus is the commonest pathology encountered in patients with drug-resistant TLE,” says K. Radhakrishnan, neurosurgeon and director of the Sri Chitra Tirunal Institute of Medical Sciences and Technology (SCTIMST) in Thiruvananthapuram. This means that TLE patients have too many glia cells in their hippocampus and keep losing neurons.

Such loss of neurons is found in nearly two-thirds of TLE patients. Though it was first described more than a century ago, it is not yet clear how this happens, says Radhakrishnan. It is presumed that febrile seizures occurring at a vulnerable period in early childhood in a person with a differently developed hippocampus results in the loss of neurons (hippocampus sclerosis).

The research provides an important insight into the factors that control the development of the hippocampus and at least one of the mechanisms that result in a differently developed hippocampus, the SCTIMST director says.

“How this information translates into human hippocampus sclerosis shall remain elusive till we learn more about the molecular genetic association of Lhx2 function/dysfunction in people with TLE,” says Radhakrishnan.

Significantly, switching on glia production in the hippocampus is not the only thing that Lhx2 does. Nearly three years ago Tole’s team, working jointly with their US counterparts, found that Lhx2 nudges brain stem cells to turn into the cerebral cortex. The cerebral cortex, which consists of the hippocampus and the neocortex, is involved in higher functions like language and complex thinking, apart from memory formation.

Interestingly, the TIFR scientists found that Lhx2 has no hold over the process of switching from neuron making to glia making in the neocortex. “We think that some other molecule may be doing that job,” says Tole.

“Lhx2 was already known to have a fundamental role in early brain development, required for the cortex to form in the first place instead of non-cortical structures. The current study uncovers an additional later role in development that is equally fundamental,” says Tole.

It is surprising that the same molecule has two really powerful roles to play. “It looks like a good example of evolutionary parsimony (one molecule having more than one critical function),” says Ghose.

Here’s to multitasking, Nature’s way!

Source : The telegraph ( Kolkata, India)

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Herbs & Plants

Commelina communis

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Botanical Name : Commelina communis
Family: Commelinaceae
Subfamily: Commelinoideae
Tribe: Commelineae
Genus: Commelina
Species: C. communis
Kingdom: Plantae
Order: Commelinales

Common Names :Asiatic dayflower,Chinese name :Yazhicao,in Japan it is called: Tsuyukusa (means dew herb”)

Habitat :
The plant’s native distribution includes much of East Asia and Southeast Asia. Country by country, it is found in China, Taiwan, Japan, Korea, the Russian Far East, Cambodia, Laos, Malaysia, Thailand and Vietnam. Within China it is found in all provinces except Qinghai, Hainan, Xinjiang, and Tibet. In Japan the plant is found throughout the bulk of the country from Hokkaido south to Ky?sh?. In Russia the Asiatic dayflower is found naturally on Sakhalin as well as in the Far East in areas surrounding the Ussuri River.

The species has been introduced to much of Europe and eastern North America. On the former continent it is now found from Central Europe well into western Russia. Specifically it is known from Italy north to Switzerland, east through the region encompassing the former Yugoslavia, east into the regions around the Black Sea including Romania, the Moldavia Region, and the Ukraine but excluding Crimea, north through the Dnieper Basin into Belarus and Russia, continuing east into the regions surrounding the Don River and the Volga River south to their intersection at the Volga-Don Canal and north to the regions around Lake Ladoga and Lake Ilmen, and farther east to the regions of the Ural River and the Kama River. It is also found in the Czech Republic and Slovakia. It is present in the provinces of Ontario and Quebec in Canada, and in most of the eastern and central American states from Massachusetts and New York in the northeast, west to Minnesota and south through the Great Plains to Texas and east to extreme northern Florida in the United States.

Within its native distribution, the plant is most typical of moist, open places, including shady forest edges and wet areas of crop fields, orchards, ditches, and roadsides. In Taiwan, it can be found from 350 to 2400 m (1000–7500 ft) elevation. In areas where the Asiatic dayflower is an introduced weed it is most common in waste places, but also along the edges of fields, woods, and marshes, and occasionally penetrating into woods

Description:
Commelina communis is an herbaceous annual flowering  plant .The flowers emerge from summer through fall and are distinctive with two relatively large blue petals and one very reduced white petal.

The Asiatic dayflower is an annual herb with stems that are typically decumbent, meaning that they are prostrate at the base but become erect towards the tips, but some individuals may be simply erect. The diffusely branched stems tend to root at the basal nodes. The pubescence on the stems is variable, but common patterns include a line of hair continuous with the leaf sheath, or they may be glabrous basally, meaning hairless, and puberulent towards the extremities, that is covered with fine hairs. The leaves are sessile: they lack a leaf stalk, also known as a petiole; or they may be subpetiolate, meaning they have very small petioles.The leaf sheaths are cylindrical, sometimes striped with red, and typically glabrous, but usually have margins that are puberulent or pilose, meaning lined with fine, soft hairs. The leaf blades range from narrowly lanceolate, or lance-shaped, to ovate-elliptic, between egg-shaped and ellipse-shaped. They measure 3–12 cm (1–4½ in) by 1–4 cm (½–1½ in) wide. The blades range from glabrous to puberulent and have scabrescent, or slightly rough, margins.   Their tips are acute, meaning they come to a point quickly, to acuminate, meaning the point develops gradually. The leaf bases are oblique, or uneven.
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The flowers are arranged on inflorescences called cincinni (singular: cincinnus), which are also called scorpioid cymes. This is a form of a monochasium where the lateral branches arise alternately. The cincinni are subtended by a spathe, a modified leaf. The solitary spathes usually measure 1.2–3 cm long (½–1¼ in), but some may be up to 3.5 cm (1½ in) in length, while they are 0.8–1.3 cm (¼–½ in) tall, but sometimes up to 1.8 cm (¾ in). The uncurved spathes typically have a cordate, or heart-shaped, whitish base, which contrasts with its dark green veins. Their margins lack hairs, are somewhat scabrous, or rough, and are unfused, meaning they are distinct to the base. Their apices are acute to acuminate while the surfaces are glabrous, puberulent, or hirsute-ciliate, meaning with longer, shaggier hairs. The spathes are borne on peduncles, or stalks, that measure 0.8–3.5 cm (¼–1½ in) and sometimes up to 5 cm (2 in) long

There are often two cincinni present, though the upper, or distal, cincinnus may be vestigial.  The lower, or proximal, cincinnus bears 1 to 4 bisexual flowers and is nearly included in the spathe, while the upper cincinnus has 1 to 2 male flowers and is about 8 mm (0.3 in) long. The individual flowers are subtended by bracteoles that fall off early in development. The pedicels supporting single flowers, and later the fruits, are erect initially but curve when in fruit. They measure about 3–4 mm (0.11–0.16 in) The 3 concave, membranous sepals are inconspicuous, but persist after the fruit develops; the lateral pair are fused basally, measure only 4.5–5 mm (0.18–0.2 in) long by 3–3.7 mm (0.11–0.15 in) wide, and are elliptic and glabrous. The lower sepal is lanceolate and about 4.5 mm (0.18 in) long by about 2.2 mm (0.09 in) wide.   The 2 upper petals are blue to indigo in colour, while the much smaller lower petal is white. The upper two petals measure 9–10 mm (0.35–0.39 in) long by 8–10 mm (0.31–0.39 in) wide, while the lower petal is 5–6 mm (0.2–0.24 in) long by about 6 mm (0.24 in) wide.  The 2 upper petals are composed of a claw about 3 mm (0.11 in) long and a broadly ovate limb with an acute apex and a cuneate-cordate base.

There are three anticous fertile stamens, meaning they are on the lower part of the flower, and three posticous infertile stamens, meaning they are on the upper part of the flower. These infertile stamens are termed staminodes. The fertile stamens are dimorphic: the lateral pair have maroon to indigo anthers that measure about 2 mm (0.8 in) long and are elliptic with a base that is sagittate or arrowhead-shaped. Their filaments are about 10–12 mm (0.39–0.47 in) long. The central fertile stamen has a yellow, elliptic anther with a maroon connective and a base that is hastate or spearhead-shaped, but with the lobes at right angles. The anther measures about 2.5 mm (0.1 in) long while its filament is about 5–6 mm (0.2–0.24 in) long.  The three staminodes are all alike with yellow, cruciform, or cross-shaped, antherodes that are about 2 mm (0.08 in) long on filaments about 3 mm (0.12 in) long. Sometimes the antherodes will have a central maroon spot.  Each antherode has two abortive lateral pollen sacks. The ovary is ellipsoid, about 2 mm (0.08 in) long and has a style that is about 1.3 cm (0.51 in) long.

The fruit is a dehiscent, ellipsoid capsule with two locules each containing two seeds. The capsule is glabrous, brown, measures 4.5–8 mm (0.18–0.31 in) long, and dehisces into two valves. The seeds are brown or brownish yellow in colour and deltoid, or roughly triangular in outline. They are dorsiventral, meaning they have distinct upper and lower surfaces, with the ventral, or lower, surface being planar and the dorsal, or upper, surface being convex. Seeds range in length from 2.5–4.2 mm (0.1–0.16 in), but seeds as short as 2 cm (0.08 in) can occur, while they are 2.2–3 mm (0.09–0.12 in) across. The surfaces are rugose pitted-reticulate and are densely covered with smaller farinose granules with sparse larger farinose granules

Cultivation:
Prefers a light well-drained loam with added leafmold     . Requires a sheltered position. This species is commonly cultivated as a vegetable in China. The plant can be invasive, the stems sprawling along the ground and rooting as they go.

Propagation :
Seed – sow March in a greenhouse. The seed usually germinates in 4 – 5 weeks at 20°c. When they are large enough to handle, prick the seedlings out into individual pots plant them out in late spring or early summer, after the last expected frosts. Division in early spring. Make sure that each portion has at least one growing bud. Cuttings during the growing season. Very eas

Edible Uses:
In China and India the plant is also used as a vegetable.

Mediconal Uses:
In China it is used as a medicinal herb with febrifugal, antipyretic, anti-inflammatory, and diuretic effects. Additionally, it is also used for treating sore throats and tonsillitis. Recent pharmacological investigations have revealed that the Asiatic dayflower contains at least five active compounds. One of these, p-hydroxycinnamic acid, shows antibacterial activity, while another, D-mannitol, has an antitussive effect.

The leaves are used as a throat gargle to relieve sore throats and tonsilitis. A decoction of the dried plant is used to treat bleeding, diarrhea, fever etc.  Extracts of the plant show antibacterial activity.  An extract of Commelina communis  after decoction in water has been traditionally used for the treatment of diabetes in Korea.

Other Uses:
In China and India the plant is used as fodder crop

In Japan there is a sizeable dye industry devoted to the plant. The purported variety Commelina communis var. hortensis, which is apparently a cultivated form of another putative variety, namely Commelina communis var. ludens, is grown for its larger petals which yield a blue juice used in manufacturing a paper called boshigami or aigami  which is the famous product of the Yamada village in the Shiga prefecture.  The paper is usually resoaked, allowing the pigment to be reabsorbed in water for use as a dye. The dye, also referred to as aigami, but also as aobanagami  or tsuyukusairo , is composed primarily of malonyl awobanin and was used extensively as a colorant in 18th and 19th century woodblock prints in Japan, especially during the early Ukiyo-e era. The colorant is known to have been used by several famous Ukiyo-e artists such as Torii Kiyonaga. However, aigami fades to a greenish yellow in a matter of months when exposed to sunlight. As a result, the color was eventually replaced by imported Prussian blue , a much more stable colour with its first commercial appearance in 1829 in the work of Keisai Eisen. The plant is also grown for its dye in northern China. Additional uses of the colourant include making preparatory designs on cloth before dyeing with other pigments.

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://en.wikipedia.org/wiki/Commelina_communis
http://www.herbnet.com/Herb%20Uses_DE.htm

http://www.pfaf.org/user/Plant.aspx?LatinName=Commelina+communis

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