Exploitation, planting, production, processing and marketing of Insulin Plant

BRIEF DESCRIPTION OF THE PROJECT:

The Insulin medicinal plant can be planted anywhere on earth, in wet or dry climate in our country is produced successfully in the Amazon region, in the valleys and basins of inter-regional or Sierra, as also in the littoral or coast region and in the island region and the Galapagos.

This plant produces leaves, stems, Cortazar and adipose tissue to cure over 200 diseases and through research has found that successful healing, bone pain (arthritis), shrink the liver and kidneys, pancreas also regulates cholesterol, triglycerides, relieve and cure diabetes, making the blood flow is restored.

The leaves and the different organs of this plant has been used in Ayurvedic medicine in India to improve diabetes, numerous clinical studies report that the leaves lower levels of blood sugar (glycerin) and increases free insulin.

The production of 1 metric ton is equivalent costs ™ $ 500 million in the case of humanized insulin, but in the case of insulin obtained from plants may be only 100 million dollars. Moreover, experts estimate that current costs may mean a patient can be around $ 60,000, while the price of insulin from plants as our project proposal could be reduced insulin plant some $ 6,000.

Insulin is obtained from the plant the following derivatives:  Dry leaf tea ground into insulin FUNDIT.  whole dried leaf and dried in bags or boxes.  Shell fresh vegetable insulin. Preparation of pancreatic juice   injectable preparation of purified extract of insulin.  Production of vegetable protein synthesized insulin.  Production of protein hormone insulin by culturing bacteria.  humanized insulin production.  Production of recombinant proteins for purification.  Production of numerous proteins with lengths ranging from 9 to 1,000 amino acids.  Production of proteins structurally simple or complex.  Production of subunits with disulfide bridges (as in the case of insulin).  Production of insulin inhalers.  Production of insulin pills.  protein production as Apo A1.  Production of edible vaccines on the basis of corresponding immunogen.

The project proposal of planting 28,000 hectares of vegetable insulin, is to meet:  Global demand is 14 tonnes per year.  To produce 1 MT of vegetable insulin costs $ 000 USD 100'000.  Producing 4,000 kilos of vegetable insulin equals to plant 8,000 hectares.  To produce 1 MT (1,000 kg) of insulin is equal to plant 2,000 hectares planted.  Produce 14 TM (14,000 kg) of vegetable insulin is equal to plant some 28,000 hectares.

Scientists estimate that within 10 years will be able to meet 1 / 3 of world demand for insulin, about 5,000 kg. By cultivating some 8,000 hectares of safflower seed (transgenic). It is proposed that this project will provide the raw material cultivation of vegetable insulin CIAR hand without genetic engineering.

PROJECT GOAL:

• Produce material for the extraction of insulin, it will be marketed with the Indianapolis extraction plants in the United States with British physiological laboratories Lilly Co., as well as the University of Toronto who are "pioneers in the production insulin mass in this way to make our country as a leader in this growing and planting vegetable insulin.

Social, environmental: Expected avoid causing environmental damage both during implementation and operation, performing ongoing evaluation of the activities to be undertaken during specified stages, a description of the project works and activities which are:   Project Seed Treatment and Recovery - soil conservation through the use of organic materials.  Management and utilization of primary and secondary forest with the cultivation of insulin.  Crop Planting and Mane, agroecological practices techniques.  Fertilizer the soil and crop with 100% natural and organic Copreabonos.