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Exploring the role of protein barcodes and Next-Generation Protein Sequencing™ for protein conformation high-throughput mapping

Exploring the role of protein barcodes and Next-Generation Protein Sequencing™ for protein conformation high-throughput mapping
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San Diego , United States , New York , Stony Brook , Eugene Serebryany , Jonathan Rothberg , Aimee Molineux , Stony Brook University , Sponsored Content , Corona Borealis , Next Generation Protein Sequencing , Stony Brook Based , Molecular Cell , Protein Misfolding , Nature Education , Hematol Oncol , Ion Torrent , Next Generation Protein Sequencer , Content Policy , News Medical Net ,

How a natural protein can help fight Alzheimer's disease

How a natural protein can help fight Alzheimer's disease
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Axel Abelein , Rakesh Kumar , Karolinska Institutet , Department Of Biosciences , Laboratory For Protein Misfolding , Nature Communications , Protein Misfolding ,

"Roles of constitutively secreted extracellular chaperones in neuronal " by Sandeep Satapathy and Mark R. Wilson

Protein quality control involves many processes that jointly act to regulate the expression, localization, turnover, and degradation of proteins, and has been highlighted in recent studies as critical to the differentiation of stem cells during regeneration. The roles of constitutively secreted extracellular chaperones in neuronal injury and disease are poorly understood. Extracellular chaperones are multifunctional proteins expressed by many cell types, including those of the nervous system, known to facilitate protein quality control processes. These molecules exert pleiotropic effects and have been implicated as playing important protective roles in a variety of stress conditions, including tissue damage, infections, and local tissue inflammation. This article aims to provide a critical review of what is currently known about the functions of extracellular chaperones in neuronal repair and regeneration and highlight future directions for this important research area. We review what ....

Cell Viability , Extracellular Chaperones , Protein Misfolding ,

Studying the Structure of Complex Biological Samples

In this article, Xenocs explains how high-quality data can be obtained even when dealing with complex biological samples. ....

South Korea , Louis Castel , Shutterstock Kateryna Kon , Bits Association , Small Anglex Ray Scattering , Size Exclusion Chromatography , Bioorganic Medicinal , Amyloid State , Protein Misfolding , Biostructural Changes , Sampler Robot , High Performance Liquid Chromatography , Fully Automated System , X Ray Scattering , From Solution , Small Angle Scattering , Complex Biological Samples ,

"Misfolding at the synapse: A role in amyotrophic lateral sclerosis pat" by Jeremy S. Lum and Justin J. Yerbury

A growing wave of evidence has placed the concept of protein homeostasis at the center of the pathogenesis of amyotrophic lateral sclerosis (ALS). This is due primarily to the presence of pathological transactive response DNA-binding protein (TDP-43), fused in sarcoma (FUS) or superoxide dismutase-1 (SOD1) inclusions within motor neurons of ALS postmortem tissue. However, the earliest pathological alterations associated with ALS occur to the structure and function of the synapse, prior to motor neuron loss. Recent evidence demonstrates the pathological accumulation of ALS-associated proteins (TDP-43, FUS, C9orf72-associated di-peptide repeats and SOD1) within the axo-synaptic compartment of motor neurons. In this review, we discuss this recent evidence and how axo-synaptic proteome dyshomeostasis may contribute to synaptic dysfunction in ALS. ....

Amyotrophic Lateral Sclerosis , Xo Synaptic Compartment , Protein Misfolding ,