CIENCIASMEDICASNEWS: New Opioid Molecule Designed to Prevent Side Effects

martes, 1 de mayo de 2018

New Opioid Molecule Designed to Prevent Side Effects

	May 1, 2018
	Biochemistry
	The latest biochemistry news from AZoNetwork

New Opioid Molecule Designed to Prevent Side Effects

The researchers used computer modeling and discovered that the attachment of morphine-like molecules to their μ-opioid receptors was enhanced by the reduction in pH levels.

			Interactions That Hold DNA Together There are several interactions present within a strand (intrastrand interactions) and between two strands (interstrand) that stabilize DNA.

			Suzuki-Miyaura Cross-Coupling Reaction The Suzuki-Miyaura reaction was first published in 1979 and is a non-toxic method of producing biaryls, alkenes and styrenes for organic chemistry.

	Single Molecule Experiments in Life Sciences Single-molecule experiments (SMEs) have contributed various tools to the build and design of highly sensitive and precise scientific instruments.

	Chirality in Biochemistry Chirality relates to study of the three-dimensional structure of molecules. The term comes from the Greek root kheir-, hand, and means "handedness." Chiral molecules show a left- and right-handed nature in the sense that the molecules may exist as mirror-image forms that cannot be made to overlap by any amount rotation.

	UTA researchers take advantage of biochemistry technique to identify rare radioactive decays UTA researchers are leading an international team developing a new device that could enable physicists to take the next step toward a greater understanding of the neutrino, a subatomic particle that may offer an answer to the lingering mystery of the universe's matter-antimatter imbalance.

	New microscopy techniques allow quasi-biochemical studies on living T cells A joint study by the TU Wien and the Vienna School of Medicine has now led to a surprising result. While most opinion leaders in the field reasoned that T cell receptors must interact with one another for effective immune-signaling, the Viennese study shows: T cell receptors act alone. The study has now been published in the journal Nature Immunology.