Results 251 to 260 of about 99,841 (293)
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Nature Methods, 2020
Technological advances push the limits of single-particle cryo-EM to achieve atomic resolution.
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Technological advances push the limits of single-particle cryo-EM to achieve atomic resolution.
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Improving cryo-EM structure validation
Nature Methods, 2021A community-wide challenge yields recommendations for improving cryo-EM structure validation.
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Physiology, 2006
Cryoelectronmicroscopy is a method for the imaging of macromolecules in the electron microscope. It was originally developed to determine membrane protein structures from two-dimensional crystals, but more recently “single-particle” techniques have become powerful and popular. Three-dimensional reconstructions are obtained from sets of single-particle
Liguo, Wang, Fred J, Sigworth
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Cryoelectronmicroscopy is a method for the imaging of macromolecules in the electron microscope. It was originally developed to determine membrane protein structures from two-dimensional crystals, but more recently “single-particle” techniques have become powerful and popular. Three-dimensional reconstructions are obtained from sets of single-particle
Liguo, Wang, Fred J, Sigworth
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Multiparticle Cryo-EM of Ribosomes
2010As the resolution of cryo-EM reconstructions has improved to the subnanometer range, conformational and compositional heterogeneity have become increasing problems in cryo-EM, limiting the resolution of reconstructions. Since further purification is not feasible, the presence of several conformational states of ribosomal complexes in thermodynamic ...
Justus, Loerke +2 more
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Nature Methods, 2015
The highest-resolution structure solved by cryo-electron microscopy to date reveals what it takes to reach the resolution realm of X-ray crystallography.
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The highest-resolution structure solved by cryo-electron microscopy to date reveals what it takes to reach the resolution realm of X-ray crystallography.
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Current Opinion in Structural Biology, 2018
ATP synthases are rotary enzymes found in bacteria, chloroplasts, and mitochondria. These complexes produce the majority of cellular ATP in aerobic cells using energy from the transmembrane proton motive force established by the electron transport chain.
Hui Guo, John L Rubinstein
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ATP synthases are rotary enzymes found in bacteria, chloroplasts, and mitochondria. These complexes produce the majority of cellular ATP in aerobic cells using energy from the transmembrane proton motive force established by the electron transport chain.
Hui Guo, John L Rubinstein
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Current Opinion in Structural Biology, 2022
Susan M, Lea, Pamela A, Williams
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Susan M, Lea, Pamela A, Williams
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Structure
To celebrate the 50th anniversary of Cell Press and the Cell special issue focusing on structural biology, we want to highlight the rapid progress of cryo-EM related research in India in this collection of Voices. We have asked structural biologists to introduce their research and the national cryo-EM facilities throughout the country.
Arun K, Shukla +7 more
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To celebrate the 50th anniversary of Cell Press and the Cell special issue focusing on structural biology, we want to highlight the rapid progress of cryo-EM related research in India in this collection of Voices. We have asked structural biologists to introduce their research and the national cryo-EM facilities throughout the country.
Arun K, Shukla +7 more
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Cell
In this issue of Cell, Penzes et al. describe the use of cryo-EM to identify the cause of a mysterious disease affecting farmed superworms across the US. The study illustrates the power of ex vivo cryo-EM, which uses amplification-free samples to advance at once diagnostic, DNA packaging mechanism, and preventative measures.
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In this issue of Cell, Penzes et al. describe the use of cryo-EM to identify the cause of a mysterious disease affecting farmed superworms across the US. The study illustrates the power of ex vivo cryo-EM, which uses amplification-free samples to advance at once diagnostic, DNA packaging mechanism, and preventative measures.
openaire +2 more sources