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Full-Text Articles in Medicine and Health Sciences
Epigenetics As A Cure For Cancer, Sara Rivka Margolis
Epigenetics As A Cure For Cancer, Sara Rivka Margolis
The Science Journal of the Lander College of Arts and Sciences
Epigenetics is an emerging research topic that is being tested as a potential cure for cancer. Epigenetics is a non-genetic influence that shapes the phenotype. Epigenetics effects gene expression, but does not cause any changes in the DNA. DNA methylation patterns is one such epigenetic change in the cell that has huge potential for cancer treatment. Scientists have observed that many cancerous genes express signs of either hypermethylation or hypomethylation. The key for the treatment is that epigenetic changes are reversible, which opens the door to potential drugs to cure cancer and other diseases.
Epigenetics: A Possible Mechanism Of Memory, Aliza Grossman Rubenstein
Epigenetics: A Possible Mechanism Of Memory, Aliza Grossman Rubenstein
The Science Journal of the Lander College of Arts and Sciences
The following is an excerpt from the introduction to this article: The mind-body connection has fascinated philosophers and scientists for centuries. How is it possible that consciousness arises from a lump of matter known as the brain? How does neurons’ firing affect choice and beliefs? How do the electrochemical properties of the brain allow for the memory of events long after they’ve occurred? One of the most studied of these areas is that of memory. Researchers seek to understand the biological basis behind memory and how that biology is affected in individuals suffering from memory disorders.
Epigenetics As An Explanation For Phenotypic Variation In Monozygotic Twins, Marina Pomerantseva
Epigenetics As An Explanation For Phenotypic Variation In Monozygotic Twins, Marina Pomerantseva
The Science Journal of the Lander College of Arts and Sciences
The following is the introduction of this article: Researchers often use twins as natural samples to test hypotheses regarding the contribution of genetic factors to different phenotypes, especially diseases. The classical method is comparing traits in identical, or monozygotic (MZ) twins to those of dizygotic (DZ) twins. This method has had a significant impact on our current understanding of etiologic factors in many diseases which do not follow simple Mendelian law (i.e. complex diseases), including schizophrenia, bipolar disease, and major depression.