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1. Megapixel. DNA Replication Technology Promises Faster, More Precise Diagnostics and Researchers Identify Seventh and Eighth Bases of DNA BY: CAMILO RESTREPO RODRIGUEZ

4. Central Dogma of Molecular Biology

7. 'Megapixel' DNA Replication Technology Promises Faster, More Precise Diagnostics This new generation of DNA replication technique increase the sensibility and density more thanthe original technique. It has the capacity to identify mistakes sequences between two little target until by a single nucleotide variation. The new 'megapixel' technique set new benchmarks in detecting rare mutations.

8. 'Megapixel' DNA Replication Technology Promises Faster, More Precise Diagnostics That new discoveries is an opportunity to diagnosis any pathology earlier and beginning the treatment with more opportunities to grow up without any genetic disease and this approach are so important to for the science and improve at the new investigators to continue with the legacy.

9. NITROGENOUS BASES OF DNA AND RNA

10. Researchers Identify Seventh and Eighth Bases of DNA Those four bases have been taken in books about science and have formed the basis of the growing knowledge abouthow genes code for life. Scientists have expanded that list from four to six.

11. Researchers Identify Seventh and Eighth Bases of DNA These last two bases called 5-formylcytosine and 5 carboxylcytosine. That have been modified by Tet proteins, molecular entities that it function is in DNA demethylation and stem cell reprogramming. This methylation is associated with gene silencing.

12. Researchers Identify Seventh and Eighth Bases of DNA The discovery could advance stem cell research into the DNA changes such as the removal of chemical groups through demethylation that could reprogram adult cells to make them act like stem cells.

13. Researchers Identify Seventh and Eighth Bases of DNA This approach are to effective to “return“ this person to health state. Those new bases are so important and are involves in diseases process like cancer, and could be an advanced to genetics studies because that found could provide new tools to erase previous methylation patterns to reprogram adult cells.

14. EARLIER DIAGNOSIS

15. MEDICAL UTILITY This discovery could have important implications for stem cell research, andit could provide researchers with new tools to erase previous methylation patterns to reprogram adult cells. It could also inform cancer research, andit could give scientists the opportunity to reactivate tumor suppressor genes that had been silenced by DNA methylation.

16. MEDICAL UTILITY It could has more of precision in measurements in biomedical research and diagnostics. The PCR it could be transformed in routine exam and analytical tool because is a more economical tool, that is that everyone hopes.

17. Those advances are so important to any campslike medicine, molecular biology and genetics. There are important tools to earlier diagnosis of many important pathologies, that could be unrehabif it haven´t has that diagnosis.

18. BIBLIOGRAPHY University of British Columbia. "'Megapixel' DNA replication technology promises faster, more precise diagnostics." ScienceDaily, 4 Jul. 2011. Web. 5 Aug. 2011. University of North Carolina School of Medicine. "Researchers identify seventh and eighth bases of DNA." ScienceDaily, 21 Jul. 2011. Web. 5 Aug. 2011.

19. If medicine and genetic still work together, day to day we could get more tools to know the hidden world of disease.