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Interpreting the ‘Cancer-Tree’ to find Effective Healing to Millions

<p>Researchers recently pointed out to the fact that cancer treatment needs to diversify from the present universal model of approaching the issue linearly&period; Leading cancer scientists from the Institute of Cancer Research in UK noted that the idea of cancer is like a tree&period; It grows from a single trunk&comma; and then diversifies into different branches&period; So&comma; a patient affected with the disease can actually have different types of cancer cells invading the healthy cells&period; Following a linear approach thereby often becomes ineffective because the treatment then focuses on destroying only a particular kind of cancerous cells&comma; neglecting the others&period; The study implied that the doctors must identify the total picture of the cancer affectation to decide on a comprehensive treatment plan&period;<&sol;p>&NewLine;<p>Researchers pointed out to &OpenCurlyQuote;extraordinary’ differences between different kinds of cells inhabiting the same body&period; The tumor would invariably begin at a single cell that overcomes the natural immunity resistance and begins to mutate without balance&period; This rapid and uncontrolled mutation then diversified into different types of cancers&period; The researchers based their findings on investigating the nature of the disease in five children affected by leukemia&period; The findings on the mutation were in comparison against a known database of different kinds of mutations&period; The results&comma; available at the Genome Research journal&comma; revealed that the five patients displayed from two to ten types of leukemias in distinct genetic classification&period; This widespread diversity among only five patients clearly proves to the diversity of the disease&period;<&sol;p>&NewLine;<p>In this aspect&comma; independent observers also pointed out to the fact that the natural immune system of every person destroys at least one potentially cancerous cell every day&period; The observers also focused on connecting medical mysteries like the placebo effect to interpret how to improve the amazing healing powers of the natural immunity in the body&period; Professor Mel Greaves from the team of researchers pointed out that the findings have &OpenCurlyQuote;huge implications’ in devising effective treatment against cancer&period; Doctor Greaves also implied on focusing to individuality instead of following a general treatment approach&period; He said that every patient has a &OpenCurlyQuote;completely unique tree’ and requires the implementation of a close treatment plan&comma; specific only to that individual&period;<&sol;p>&NewLine;<p>As the cancer tree spreads its branches&comma; the conventional treatment affects only a particular &OpenCurlyQuote;sub clone’ of the disease&comma; but never the entire condition&period; The doctor expressed to follow the harder &OpenCurlyQuote;chopping the disease tree’ strategy over the &OpenCurlyQuote;pruning the disease branches’&period; Professor Greaves insisted that the treatment must strategically target the core cancer cell and destroy it along with providing comprehensive medication to kill all its branches also&period;<&sol;p>&NewLine;<p>The professor also focused on the importance to examine the surrounding environment of the cancerous cells&period; This is important because the mutating cells would derive their nourishment from the surrounding healthy cells before affecting them&period; So&comma; the placement of a proper preventing strategy to fortify the natural immunity of the surrounding environment must be in perusal&period; The Leukaemia and the Lymphoma Research director&comma; professor Chris Brunce noted that this research would be instrumental in opening the perceptions to the diversity of the complex cancerous issue&period;<&sol;p>&NewLine;

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