NATURA GRAViOLA
COMMERCIAL DESCRIPTION OF THE PRODUCT.-
Common Name: Graviola,
Guanabana, Catuche
Scientific Name: Annona
Muricata
Family: Anonaceae
English Name: Graviola
I.DESCRIPTION OF THE PLANT.-
It is a small tree, 3 to 10 m (10
to 33 ft) tall, with a narrow and open crown; with
large, shiny dark green leaves. The fruit is
similar to cherimoya, another member of the same
family of Graviola. It is a collective berry, amply
ovoid dark green, 15-40 cm length and 10-20 cm
width. It is covered by soft, meaty thorns, 0.3 to
0.5 cm long and turned to the apex. The peel is thin
and corollaceous. The fruit weighs between 2 and 4
kilos. The peel is covered by thorns, and looks
shiny dark green that turns matte when mature,
The pulp of the fruit is soft,
meaty texture, creamy and juicy, aromatic and with a
taste markedly acid, generally white to yellowish in
color. Inside the fruit reside the numerous shiny
seeds, easy to dislodge, black or dark brown in
color, ovoid and flat in shape, 15 to 20 mm long.
HABITAT:
This tree has been domesticated in the Amazon
basin and in Central America. In the Peruvian
coast, it has been cultivated since 1200 BCE. In
Peru, it is found in the Departments of Loreto,
San Martin and Ucayali. It grows in sub-tropical
weather zones with temperatures above 12 degrees
Centigrade (54 Fahrenheit), and rain levels
above 1,000 mm. In the coast line, it is
cultivated under irrigation.

Graviola
II. HISTORICAL OR
TRADITIONAL USE.-
It has been cultivated in Peru
since pre-Columbian times: its fruit has been
frequently represented in ceramics of the time along
the Peruvian coast. Some examples from the Chimu
culture even show the fruit with great detail.
All the parts of the plant are
utilized in the natural medicine of the tropic
regions. Different parts of the Graviola tree: bark,
root, leaves, fruit and seeds have medicinal uses in
the traditional treatment of diabetes, catarrhs,
indigestion, intestinal parasites and even certain
types of cancer. It is also used as antispasmodic,
anti-dysentery, antipyretic and vulnerary.
The fresh pulp of the Graviola
fruit, also known as Guanabana, much appreciated for
its flavor, is consumed directly or also elaborated
into desserts, ice creams, drinks, nectars and
marmalades.
III. CHEMICAL
COMPOSITION.-
Active components: Akaloids (Annonaceus
Acetogenins), Muricoreacin, Munhexoin C, Mono-tetrahydrofuran,
acetogenins, annomuricin E, Miricapetocin.
IV.
MEDICINAL PROPERTIES.-
Medicinal properties are found in
the seeds, fruit, root, leaves and bark of the
Graviola tree. Some of these properties of Graviola
proven with laboratory evidence are:
-
Anti-tumor,
-
Anti-carcinogen (prostate)
-
Anti-parasite
-
Antispasmodic
-
Sedative (very mild)
-
Reduces symptoms of asthma
-
Reduces hypertension
-
Reduces symptoms of diabetes
-
Reduces symptoms of liver
disease
Anti-carcinogen and
anti-parasite:
Graviola has been prove to be
10,000 times more effective than Adriamicyn, used in
chemotherapy. Graviola, in contrast, acts
selectively, killing only cancerous cells, without
damaging the healthy cells. This is not the case
with Adriamicyn, as shown by hair loss.
It is known through research
studies done by Dr. H. Clark (1) that there is a
very tight relation between cancer and parasites:
cancer patients are also infected with parasites
(human as well as feline and canine), which create
toxins inside them. Dr. Clark, applying a herbal
treatment of Graviola, managed to stop the progress
of a certain cancer. This shows the importance of
Graviola against cancer though its anti-parasite
properties.
Natural Anti-tumor:
Researchers from Perdue
University in 1977, in their treatment of tumors
have conducted research on the inhibiting action of
diverse annonaceous compounds in carcinogen cells.
With acetogenic annonaceous (only found in the
Graviola family) surprising results have been
achieved. They registered 4 patents or more on the
action of their acetogenic compounds on cancer cells
(2).
(1)…Dra. Hulda Clark, libro "The
Cure for All Cancers" , (best-selling book)
(2)… Perdue Universidty (USA). Investigación sobre
la acción inhibidora de derivados de Annonaceous en
células cancerígenas. 1997.
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