Companies similar to GHAEMMAGHAMI LAB
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  • www.ghaemmaghamilab.org
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Our laboratory uses mass spectrometry-based proteomics to investigate cellular processes related to protein homeostasis. We study the mechanisms of cellular protein folding, degradation and repair from a global perspective. We also investigate how..
Relevance: 35.69021
  • weihllab.wustl.edu
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Our goal is to understand the molecular mechanisms of protein inclusion formation, disaggregation and clearance in myodegenerative and neurodegenerative diseases... We believe that dysfunction in protein quality control (molecular chaperones) and..
Relevance: 28.292881
  • seegerlab.org
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We are a team of creative, ambitious and friendly researchers who investigate membrane transport processes in pathogenic bacteria and develop innovative protein engineering tools. We combine the disciplines of structural biology, binder generation,..
Relevance: 26.781092
  • www.backuslab.com
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Welcome! The Backus Lab is a young chemical biology research group at UCLA. We investigate how protein function and cellular fate can be studied and manipulated by chemical probes. By developing new methods that combine chemical biology, genomics,..
Relevance: 26.331154
  • www.lzx.cool
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Our group are interested in protein cellular dynamics including post-translational modifications (PTMs), spatial dynamics, protein-macromolecular interaction, etc. We construct various data repositories to curate the protein cellular dynamics events,..
Relevance: 25.026878
  • barreralab.com
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The plasma membrane constitutes the boundary that delineates communication between cells and their environment. As a consequence, any cell-based therapy entails interaction with membrane components. In fact, half of the currently used drugs target..
Relevance: 22.831717
  • www.pathexpand.org
PathExpand - About: A web-application to generate extend cellular pathway definitions automatically using a graph-theoretical analysis of protein-protein interaction data...
Relevance: 22.67627
  • www.sachinpatil.org
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We use experimental and theoretical approaches to investigate protein & metabolic engineering aspects of Alzheimer's.....
Relevance: 22.554117
  • www.zachlevine.com
In particular, we work to understand protein oligomerization and dysfunction over the lifecourse. Disparate age-related disorders often involve a toxic accumulation of amyloid oligomers and plaques that result in cellular dysfunction and death. The..
Relevance: 22.5226
  • nortonlab.tulane.edu
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Why do we research what we do? The host immune system is dynamic and complex. If we can understand what drives immunity and how to manipulate immunity, we can improve human health... How do we investigate imunological questions? Through tissue..
Relevance: 22.397476
  • cellularlego.com
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with these tools, we aim to provide a glimpse into the spatial-temporal orchestration of the cellular reactions essential for life... Radhika Subramanian Laboratory | Department of Molecular Biology | We play cellular LEGO with protein building..
Relevance: 21.977938
  • ebennettlab.com
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In the Bennett lab, our research is focused on understanding how the proteome is dynamically remodeled in response to cellular stress. In particular, we study mechanisms employed by the cell's protein degradation system to buffer the cell against..
Relevance: 21.801956
  • theilouzlab.com
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At the Ilouz lab we are focusing on investigating signaling pathways regulated by protein kinases in health and disease. Our ultimate goal is to understand the molecular and cellular mechanisms by which... supramolecular complexes are assembled and..
Relevance: 21.698833
  • southworthlab.ucsf.edu
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The Southworth lab focuses on understanding molecular chaperone-driven protein quality control mechanisms that facilitate protein folding and cellular stress responses. We specialize in cryo-electron microscopy to obtain high resolution snapshots of..
Relevance: 21.654812
  • proteinacrobaticslab.umn.edu
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Cellular communication or signaling employs vast interconnected networks of proteins, with varying patterns of transient interactions that translate diverse extracellular stimuli to distinct cellular responses. While much is known about the structure..
Relevance: 21.57465
  • targetex.com
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TargetEx provides superior services, technologies and products for biotechnology, health-care and drug discovery. The services include recombinant protein expression, protein purification, biochemical and cellular assay development and screening,..
Relevance: 21.26669
  • adamslab.ucsd.edu
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Located in the UCSD School of Medicine, our lab is interested in understanding how protein phosphorylation controls communication pathways in the cell. We focus on the protein kinases, a large family of enzymes that chemically modify and alter the..
Relevance: 21.05442
  • kist-ims.com
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We aim to pursue research of inter-and-intra cellular signaling molecules and cell surface markers, with special interest in Exosome and Protein engineering...
Relevance: 20.976791
  • bmi.ku.dk
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Using translational research model systems ranging from isolated organelles to cells to mice, rats, sheep and humans coupled with state of the art as well as classical biochemical and molecular biology methods our long-term aim is to mimic,..
Relevance: 20.667665
  • therebolalab.org
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Our goal is also to investigate how such cellular mechanisms are modified or altered in the pathological brain and eventually uncover new molecular targets with potential therapeutical value...
Relevance: 20.584742
  • www.bennett-lab.org
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The focus of the research in this laboratory is to understand how protein tyrosine phosphatases function in the control of normal cellular physiology...
Relevance: 20.50385
  • baistructurelab.org
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Proteins are involved in virtually every process within biological systems, and the function that a protein assumes depends on its structure. Determining the structure of a protein is of fundamental importance to understanding protein interactions,..
Relevance: 20.378937
  • www.antlera.com
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We are a regenerative medicines company focused on developing novel protein therapeutics that function by modulating Wnt signaling and other developmental cellular signaling pathways with the goal to control tissue stem cells and unleash tissue..
Relevance: 20.137238
  • www.membranproteine.net
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For these studies, we use an array of molecular biological, biochemical and biophysical techniques. We express and isolate membrane proteins of interest to investigate their structural properties and their function in model membranes, i.e. lipid..
Relevance: 19.73296
  • www.carroll-lab.com
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Using cell biology and protein biochemistry, our research focuses on understanding the basic mechanisms controlling the evolutionarily conserved mTORC1-autophagy pathway and how it becomes dysregulated in cellular senescence...
Relevance: 19.702244
  • kinaselogistics.com
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The mission of Kinase Logistics is to provide reagents, service, and technical support for kinase drug development. Kinase Logistics offers high-quality recombinant protein and lipid kinases, kinase assay kits, biochemical and cell-based kinase..
Relevance: 19.661816
  • www.rlchanglab.org
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The Chang lab is in the Department of Systems & Computational Biology at Albert Einstein College of Medicine. Our laboratory integrates computational modeling with biochemical and multi-omics experimentation to broadly investigate the impacts of..
Relevance: 19.577427
  • www.quantbiology.org
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We use proteomics approaches to study cellular signaling processes and drug response. These include the use of chemoproteomics tools like kinobeads to enrich kinases and their interacting partners in cell or tissue lysates. We use these enriched..
Relevance: 19.459307
  • www.newsalphathera.com
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iPCR enables 100-1000x more sensitive detection than ELISA. Multiplexing with Ab-oligos can enhance Cellular or subcellular feature analysis. Proximity ligation assays can be used for protein-protein interaction studies... Label as little as 1ug of..
Relevance: 19.456577
  • www.pechmannlab.net
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We are a multi-disciplinary research laboratory with unquenchable interest and broad expertise in computational biology, protein homeostasis, systems engineering, neuroscience, and evolution. The overarching focus of our research centers on modeling..
Relevance: 19.43385