CIENCIASMEDICASNEWS: Spectrometry Utility in Biomedical Application - AZoNetwork

martes, 13 de marzo de 2018

Spectrometry Utility in Biomedical Application - AZoNetwork - Marketing Science

Our Sites - AZoNetwork - Marketing Science

	March 13, 2018
	Biochemistry
	The latest biochemistry news from AZoNetwork

Spectrometry Utility in Biomedical Application

Biomedical study of personalized therapy has expanded in recent years, as research continues to mount on the benefits of molecular-based approaches to treating disease.

Molecular spectroscopy has been increasingly utilized, with the hope that this advancing technology will aid in disease diagnostics and development of novel therapies.

Read Full Article Here

			Single-Molecule Cellular Biophysics This article describes historical methods to study single-molecule biophysics and its current applications in biochemical research.

			Researchers report genomic sequencing of 250,000 developmental cells Researchers from the global Human Cell Atlas Consortium report that they have sequenced a quarter of a million separate cells that are of importance for early development of organs such as the liver, skin and kidneys. Sten Linnarsson at Karolinska Institutet is participating in the project.

	Research funded by NIH grant aims to discover crucial role of 'invisible' cells Neurons are the star of the show in brain science, but they don't work alone to process information. In new research funded by a $1.9 million grant from the National Institutes of Health, a team at MIT's Picower Institute for Learning and Memory aims to discover the likely crucial role of the supporting cast member with a stellar-sounding name: the astrocyte.

	Study pinpoints gene that plays direct role in neurodevelopmental disorders A study led by researchers at McMaster University has pinpointed a gene that is responsible for neurodevelopmental disorders, including autism.

	Golgi stress signaling pathway found in cells with Huntington’s disease Working with cells grown in the lab, Johns Hopkins researchers have identified a biochemical pathway that allows a structure within cells, called the Golgi apparatus, to combat stress caused by free radicals and oxidants.