Trivedi Science Research on Plant Genetics and on Cancer cells

Plants GeneticsThe impact of The Trivedi Effect, however,is a natural adaptation guided to the target by human intention, seen at the genetic level and expressing itself as an all-round improvement in every parameter studied, with a lush growth and vitality glow in the plants under observation. These changes are true adaptive responses as proved by growth studies, and are true genetic

changes as seen in DNA polymorphism tests (i.e. DNA comparison tests), which have also been found to remain stable through succeeding generations.

The Trivedi Effect, It is not a process of normal adaptation to the requirements of a situation. Often an improvement in one parameter renders the plant less stable in other characteristics. For example, an improvement in selected growth parameters such as yield may reduce its abilities in resisting some particular threats with the one-sided forced genetic change failing to take in the all-round requirements of a particular environment normally more

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robustly addressed by natural adaptive responses.

The Trivedi Effect has also been studied at the level of microbial genetics, where it has proven impact on antibiotic susceptibilities and genetic characteristics of microbes.

1. Experiments in Plant Genetics - Seeds, plants, as well as plant tissue cultures when treated to The Trivedi Effect showed statistically significant improvements in growth, immunity, yield and many other parameters.

Two different kinds of DNA fingerprinting tests were used: RAPD analysis at Bangalore, India, and SSR markers at Montreal, Canada. The reports can be seen by clicking on the links provided below for each set.

2. Results -The tests confirmed true DNA polymorphism of 32% to 79% between control and treated bacteria, while 40% of the samples examined by 16 S rDNA tests showed changes in the genotype also.

Cancer cellsAll cancer begins in the cells, the bodys basic unit of life. Normal body cells grow, divide and then die in an orderly fashion. What makes cancer cells different is that they continue to grow and divide and instead of dying they outlive the normal cells lifespan and continue to form new abnormal cells.

1. Experiments in Cancer cells -Cancer cells are thought to develop because of damage to a persons DNA. In most cases, when DNA becomes damaged, the body is able to effectively repair it. However, this is not the case with cancer cells.

Given the above stated difficulties in combating cancer, Mr. Mahendra Trivedi decided to observe the impact of his thought transmission process on endometrial and prostate cancer cell lines. These experiments were carried out at the Department of Laboratory Medicine (RIA) of P.D. Hinduja National Hospital and Medical Research Centre, Mumbai, India accredited by The

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College of American Pathologists.

These two cancer cell lines were given to Mr. Trivedi in sealed tubes by the consultant at the above mentioned Hospital and Research Center. Before Mr. Trivedi treated the tubes through his thought transmission process, they were analyzed and their values were listed as control in the laboratory report.After Mr. Trivedis thought Energy transmission session, the parameters measured in the cell lines showed significant changes as compared with the control, which was presented in the laboratory report with the following results:

2. Results - (1) Tumor necrosis factor-alpha (TNF-A) - In the cell lines treated by thought projection, the same factor was increased by 385% when compared with the control.

(2) Interleukin-6 (IL-6) - After Mr. Trivedis thought projection session this factor showed a significant reduction of as high as 98.8%.