Computational biology is creating miracles in finding cures to diseases. It involves quantitative modeling of cells and intracellular spaces. It also involves detailed analysis of RNA/DNA encoding for protein synthesis. In addition it ventures into the area of nano-fluidics, enzyme kinetics, and transport models to predict the cell movements, as well as, movements of solutes, solvents with various concentrations across the cell membranes.
Computational biologists and bioengineers are very interested in finding the cure for chronic diseases like cancer, diabetes and others. Targeted drug delivery is a popular technology using ligands and antigens to deliver appropriate drugs to the right defective cells. Marvels of biochemistry help bioengineers and computational biologists in achieving their goals.
What has perplexed some bioengineers and medical experts is the presence of strange molecular entities within the intracellular structures within an organism. The biological entities are not bacteria, viruses, or any visible entities. They are invisible. They are impossible to detect without the help of computational modeling and computer assisted search and locate algorithms.
These invisible extraterrestrial biological entities all around us are penetrating our bodies and reside within the intracellular spaces. They can then attack as they wish to colonize human or animal bodies. That is the reason why targeted drug delivery mechanisms are failing no matter what the biophysicists are doing. In recent experiments, gold nano-cages (microscopic) were used to deliver the drugs to the cancer cells. Later it was found through computational modeling the source of cancer is not the just the cancer cells but also invisible entities within intracellular spaces.
These invisible extraterrestrial entities perhaps exist in higher dimensions. They perhaps become visible when they use gravity waves to manifest their existence in the 3D spatial world.
India Daily Technology Team
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