invitation for Trivedi Foundation Retreat: San Diego March 2011
Ability to DNA Age agriculture during /> /> Studies
officially classified as a branch of biology, genetics is defined as the science of genes, heredity and variation of organisms. Study since the mid-19th Century is the gene of units, called DNA (deoxyribonucleic acid) that are not only determined to inherit the properties of living beings, but also how it will continue to grow.
change or evolution of genes is usually over several generations. However, you may experience changes in gene expression during the life of the organism. After the modification of this kind it is then transmitted to future generations. This process is referred to as DNA polymorphisms, and plays the role of the elements in the evolution of life forms that most, including agricultural crops. Insecticides, herbicides, fungicides and so on ? -
/> Traditional
alternative medicine for the prevention of diseases />
ability to influence changes in agricultural crops through application of the transmission treatment />
study preparation /> Two series of semen samples from equal amounts of canola seeds, tomatoes and cotton, produced and separated into two groups at random ? to a treatment group (Series A) and a control group (series B ).
Serie B in the DNA of interest in the store he did not receive treatment. Serie A was the Madhuri Sharon Mahendra Kumar Trivedi where Mr. implement energy transmission sent maintenance. Seed treatment and then back into the DNA of interest.
After the treatment received two seeds of each plant species from both series A and B were taken and planted in two separate parcels.
/> When the plants reached the appropriate phase of growth, samples from the leaves were harvested from each plant and evaluated for DNA polymorphisms.
The results of the study of changes in the field of plant genetic expression is for everyone. The percentage of polymorphism was between seeds that were treated and those that were observed in untreated described as follows:
? Tomato />% 0% 4
This shows that the energy transfer call from the treatment by Mr. Trivedi of the situation, the impact of polymorphic DNA applied.
There are other findings that the impact of the continued transfer of energy medicine, having originated show the first generation of plants and seedlings in the second generation. also
Other Related Projects Results
In to DNA sites in Canada, a number of similar projects in India, but separate researched enough. The combined results of these projects concluded that the maintenance of energy transfer, which used all of Mr. Trivedi, can alter the genetic expression of 40 plants.
In this case, sufficient evidence for DNA polymorphism of 7.8% in the sponge gourd plants, the highest 69% in the yellow pigeon peas.
These data demonstrate the potential for higher yields in crops harvested following. / Focus> value
? immunity to disease
? Shelf life of plant protection products
future importance of applications
The importance of this study themselves to the importance of DNA polymorphism and the ability without the need for invasive or toxic treatments swear. By continuing to investigate the transfer of energy medicine applications, we can further improve our ability to grow plants with out any need for chemical fertilizers and pesticides ? ultimately benefit the agricultural industry and mankind as a whole.
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