Tuesday, June 3, 2014

Liliana Usvat: The Graviola tree - Cancer Treating tree 10,000 more powerful that chemoterapy

Liliana Usvat: The Graviola tree - Cancer Treating tree 10,000 more powerful that chemoterapy

The Graviola tree - Cancer Treating tree 10,000 more powerful that chemoterapy

By Liliana Usvat
Blog 202-365




Found in South America in the Amazon river basin, the Graviola tree is usually about 15-30 feet tall but packs a strong nutritional punch.

The healing benefits are predominantly generated from the bark and leaves of the Graviola tree and have been widely acknowledged to
  •  help boost the immune system, 
  • aid lymphatic drainage, and 
  • improve blood circulation. 
  • It has powerful anti-oxidants properties and can generally improve moods too. 
 
For centuries, various parts of the Graviola tree, including the bark and leaves, but also the roots, fruit and fruit-seeds have been used in particular by the Amazonians and native Indians of South America to treat a range of problems including
  • heart disease, 
  • asthma, 
  • liver problems and 
  • arthritis.
The substances in the tree known as annonaceous acetogenins. - were shown to be powerful at inhibiting the growth of cancer cells in-vitro,  but they had no effect on the non-cancerous cells, unlike chemotherapy which indiscriminately targets all actively reproducing cells (such as stomach and hair cells), causing the often devastating side effects of nausea and hair loss in cancer patients.
 
These active compounds also proved effective against the drug-resistant cancer cells as well. In addition,  the pawpaw fruit,  contains these compounds at a higher concentration.

Friday, May 30, 2014

Legume Tree Billy Webb (Acosmium panamensis) good for diabetes, dry cough and fever.

By Liliana Usvat
Blog 201-365

The species is part of the evergreen tropical forests


The hard, durable wood of this tree is used in heavy construction, and to make such household items as washing tubs, breadboards and mortar sticks.

The bitter-tasting bark is used as a remedy for coughs and fever. It is the main ingredient in "Sweet Blood", one of the Rain forest Remedies bottled by Ix Chel Farms, which is good for diabetes, dry cough and low appetite.
 
Oral application of water extracts at doses of 20 and 200 mg/kg and of butanol extracts at doses of 20 and 100 mg/kg significantly lowered the plasma glucose levels in diabetic rats within 3 h. Glibenclamide was used as reference and showed similar hypoglycemic effect like the extracts.
Three structurally new compounds were isolated from the plant and shown to be the main constituents in both extracts.
 

Ecological Restoration

New Root supports the ecological restoration of degraded ecosystems. We value the careful study of local forests to ensure that we are actually restoring the land to be a functional ecosystem that supports biodiversity. 

To do so, it is imperative to use native species. Where possible, we encourage the use of natural regeneration, which allows forests to replant themselves. In some cases this is difficult due to an absence of seed dispersing animals or due to the degraded state of the soil. In such cases it is necessary for people to plant seedlings. 

 Depending on the land, these include nitrogen fixing trees such as Gliricidia sepium, fruit trees that attract animals such as Dialium guianense, trees that have medicinal uses such as Acosmium panamense, trees that bind soil to prevent erosion such as Persea americana, and a number of large trees that sequester remarkable amounts of carbon such as Cedrela odorata. In some forests it is possible to find over 100 species on a single hectare.

Legume tree species, which are abundant in tropical dry forests, may be a critical regulator of soil nutrient dynamics because of their high foliar nitrogen (N) and potential for symbiotic N fixation.  

The legume tree species (Acosmium panamense, Dalbergia retusa, and Gliricidia sepium) have distinct soil chemistry under their crowns compared to nearby non-legume species (Rehdera trinervis, Swietenia macrophylla, and Quercus oleoides) when grown in two habitats.

Acosmium had the highest values for total soil C and N, labile C, and potential N mineralization rates.