Articles tagged with Cancer Genomics
Scientists at The Wistar Institute discovered a binding site that, if blocked, could activate the protein to promote genomic stability and decrease cancer. By analyzing the molecular details of how sirtuins work, researchers identified potential activators using virtual libraries of molecules.
Researchers have identified two distinct forms of chromatin, a previously unrecognized level of genomic organization. This discovery has broad potential applications in cancer diagnosis and assigning functions to genome subsections.
Researchers used a novel technique to identify and precisely locate all predicted C. elegans genes, finding that 56% did not match the actual genes. The success in the worm genome suggests it can be applied to the human genome, bringing scientists closer to an accurate map.
A new study reveals that ATR kinase plays a crucial role in maintaining genome integrity by regulating cell cycle checkpoints and preventing DNA damage. The study shows that ATR is essential for ensuring cells leave the cell cycle without DNA damage, which can lead to diseases such as cancer.
A study reveals that EXO1 is essential for both male and female germ cell meiosis, highlighting its role in fertility. Mice lacking Exo1 function developed tumors and experienced severely depleted sperm levels, suggesting a link between EXO1 and cancer.
A new chip technology is being developed to analyze cancer genes, promising faster and more accurate diagnoses. The technology uses DNA microarrays to screen thousands of genes simultaneously, allowing for quicker testing than current methods.
The study identified specific genes regulated by Nrf2 in response to sulforaphane, a compound found in broccoli that can annihilate a broad spectrum of carcinogens. By understanding how this process works, researchers may develop new cancer preventive agents.
A single amino acid change in Rad50 can have far-reaching effects on genetic information transmission, impairing stem cell populations and predisposing to cancer. Mice with the mutation display genomic instability, partial embryonic lethality, and a higher risk of lymphoma development.
Researchers investigate the remarkable resilience of the mummichog fish to chronic pollution in the Elizabeth River. The study reveals that these fish have adapted through genetic changes, but this comes at a cost, such as increased cancer risk and reduced ability to thrive in clean environments.
Scientists have identified a specific gene, RNASEL, in the HPC1 region linked to hereditary prostate cancer in some families. The study found mutations that inactivate this cellular self-destruct mechanism, explaining why some prostate cells become cancerous.
The event brought together renowned experts to explore the potential impact of genetic advancements on society. Panelists discussed the future of genetics and its potential to revolutionize various fields.