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We are one step further to uncovering a new way to stave ...
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How the body responds to damage to the CNS
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Read more
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Investigations at Diamond may lead to easier ways to ...
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The first beamline in the world to deliver hard and soft ...
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were transferred into ferromagnetic cobalt.
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with a device to produce very tiny angle changes, very ...
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Metal-organic frameworks (MOFs) are a class of ...
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ARPES measurements of thin films of EuO grown on I05 ...
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Diamond investigates what happens when ice cream melts.
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A combination of enzyme modification and reaction ...
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A novel anticancer agent with 49 times greater potency
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Magnetic tomography to reconstruct a tornado-like 3D ...
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Solving the structure of an HSP90 co-chaperone with cryo-EM
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The detection of iron and calcium compounds in amyloid ...
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Researchers reveal the structure of a protein that helps ...
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Targeting the mechanisms that allow leukaemia to thrive
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Structure and function of a controller of stem cell division
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The structure of a photosynthetic complex that harvests ...
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Highly choreographed assembly of molecular complex that ...
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Precise make-up of a molecular chaperone complex ...
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Collaborative research at Harwell Campus paves the way ...
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The design of artificial viruses that target bacterial ...
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A suite of technical updates
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Metal-reducing bacteria offer a greener route for ...
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The influence of a pH-sensitive polymer on the structure ...
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Finding out the nanoscale properties of human telomeres
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Two unique facilities working together
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A significant stride towards a full lab-on-a-chip system
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Role of the mycobacterial Ligase C complex
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Improving health & safety in nuclear power stations
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Complex behaviour of atmospheric aerosols has ...
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Diamond celebrates its 6000th paper
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Novel technique to identify abundant cosmic dust
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A new small protein interferes with a major gene ...
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Probing the structure of the liquid state
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The structure of a critical polymerase complex that adds ...
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The structure-function relationship of a rare allosteric ...
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Route identified to create surface states with a maximal ...
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Two single amino acid changes in a cancer-related ...
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Exploiting the brightness of SRIR for faster chemical ...
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Mechanistic insights from the structure of bacterial ...
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Discovery of a new low-symmetry self-assembled array of ...
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Insights into the mechanism of novel KMO inhibitors
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Using deep eutectic solvents for a greener process
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Plants used as factories to produce a safer vaccine
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Characterising the structure of breathing MOFs
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Tracking hydrogen electron charges in amino acids
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Novel method for analysing valuable crystalline samples
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Revealing the structure of an elusive quality control enzyme
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The structure and agonism of an insulin ...
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Quantifying the crossover from surface to bulk ...
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Synthetic ferrimagnet nanowires make more efficient ...
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A new non-contact luminescence lifetime technique
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Researchers concentrate zinc into the edible part of ...
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The encasing of proteins in silica to improve their ...
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How short circuits can lead to thermal runaway in Li-ion ...
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Investigating the reactivity of organic aerosol films
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Understanding FeSe with ARPES spectroscopy at I05
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The structure of a pathogenic effector protein from ...
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Novel technique measures warpage in next-gen integrated ...
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It is estimated it will cost £117 bn and take more than ...
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Conventional lithium ion batteries work by storing ...
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A new suite of software tools and machine learning for ...
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How malaria parasites escape from red blood cells
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The cryo-EM structure of a crucial cell cycle protease ...
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Novel biocompatible hybrid hydrogels with impressive ...
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Experimental measurements shed new light on icy moons
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Signature of one-dimensional electronic behaviour ...
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First users open the door to super-efficient small ...
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How changes on the nano- and microscale affect catalytic ...
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Researchers reveal the structure of a component of the ...
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Pressure induces changes in magnetic behaviour of ...
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A new way to experimentally determine the topological ...
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A simple explanation for a complex biochemical synthesis ...
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Structure and mechanism of an antibiotic resistant protein
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First evidence of novel binding site on immune system ...
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First observation of conductor-insulator transition
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1st paper from X-ray PDF beamline on the electrochemical ...
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Identification of a key protein responsible for ...
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Researchers discover metal surfaces can act like ligands ...
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Long-distance spin transport observed
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Iterative In-line Phase Contrast Imaging
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PhotoEmission Electron Microscopy (PEEM)
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Micro Computed Tomography (microCT)
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Time-resolved microCT
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Microfocus X-ray Fluorescence (µ-XRF)/ Microfocus X-ray ...
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Infrared Spectromicroscopy
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Cryo Transmission X-ray Microscopy (cryo-TXM)
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Scanning X-ray Microscopy (SXM)
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Making gold metamaterials with a twist
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Hybrid glasses: A new family of glasses captured with ...
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In situ single crystal synchrotron IR ...
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Studying the flexibility of the RNA-dependent RNA ...
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Exciting discovery of MOF mechanics through THz vibrations
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Crystallography users given enhanced processing for ...
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A new family of copper storage proteins discovered in ...
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Structure of RNA polymerase in complex with the major ...
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How ion channels sense changes in their membrane ...
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Insights into Parkinson’s disease from crystal ...
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Gauging the interaction of graphene with its substrate
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Towards graphene-based spintronics
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Ordered assembly of nanobricks observed for first time
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A cuprate-like pseudogap in lightly doped ...
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Competitive growth of fullerene crystals in ...
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Multiferroic MnWO4 wolframite under compression
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Monitoring the bonding of CO molecules on a single Pd ...
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Watching a fuel cell catalyst grow
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Looking inside the radioactive box
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What does the catalytic site converting methane to ...
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How bacteria reduce metal toxicity to plants
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Controlling the warp and weft of molecules that are ...
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Quantifying bone bridging across longitudinal growth ...
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How do dislocations shuffle to grow crystals?
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Studies reveal mechanism and structure of potential drug ...
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New imaging technique to map multiple elements during ...
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Autophagy receptor for endoplasmic reticulum turnover
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Faster, higher resolution phase-based 3D X-ray images ...
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Highly active mineral made in bulk for the first time ...
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A new material promises huge leaps in computer data storage
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A new material promises huge leaps in computer data storage
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Identification of a unique controller of bacterial RNA ...
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Novel liquid crystal structures with amazing properties
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Watching crystallisation as it happens in metal-organic ...
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New study enables characterisation of nanomedicine ...
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The fate of Fröhlich polarons in strontium titanate
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2015 saw the Angle-Resolved Photoemission Spectroscopy ...
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The unique structure of a double-barrelled fluoride ion ...
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The incredible structure of a human pore that punches ...
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Coupling an AFM to an IR bemaline breaks the diffraction ...
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Quick and simple setup gives rich info with a reduced dose
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Ground-breaking study in Phy Rev Lett shows how two ...
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First cryo-EM paper shows how bacteria cling to host tissue
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High-contrast, high-resolution imaging pinpoints density ...
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Tomography mimics subsurface geology conditions for deep ...
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Variants in enzyme proved to not hinder drug’s activity
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The first automated data set of a test specimen, GroEL, ...
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Discoveries in electron spin behaviour fine-tune ...
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Tomography processing enhanced by new modular pipeline
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A comprehensive study of the epitaxial Fe/graphene ...
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Professor Asa Barber talks to us about combining Atomic ...
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Chemical tomography techniques show the location and ...
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Discovery could lead to data storage operating thousands ...
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Processing conditions affecting crystal structure and ...
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Inducing chirality in nonchiral compounds
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Characterising the chemical form of metals in human bone ...
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Medical imaging potential for highly fluorescent ...
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Ultrafast computers on the horizon thanks to new spin ...
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Innovative speckle technique could lead to simple ...
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Understanding spin relaxation in topological insulators
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Improving efficiency of photovoltaic cells by exploring ...
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Imaging magnetoelectric coupling between barium titanate ...
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X-ray diffraction measurements aid solving of most ...
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ARPES measurements reveal coherent quasiparticle states ...
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Sulfur content of volcanic gases linked to Mesozoic mass ...
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New findings offer potential to outsmart bacterial ...
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Investigating protein-protein interactions at high ...
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The first crystal structure of Cysteine protease from ...
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New insights into bacterial protection mechanisms ...
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Metallic deposits at sub-micron resolution improves ...
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Research published in Nature Physics opens up the ...
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A collaboration including scientists from Diamond Light ...
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Results published in Biophysical Chemistry have shown ...
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Analysing defect correlations in a metal–organic framework
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Scientists on I12 reveal key insights into how casting ...
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Small angle scattering patterns lead to plausible ...
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Scientists working at Diamond Light Source have revealed ...
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New imaging technique uses X-rays to uncover the spatial ...
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A group of scientists working on antimicrobial ...
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High-energy X-ray powder diffraction used to investigate ...
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Digestion of abundant fibre sources may be mediated by ...
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Diamond is celebrating an important milestone this month ...
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THz Coherent Synchrotron Radiation for probing ...
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X-ray spectroscopy techniques at Diamond have given ...
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Researchers working at Diamond Light Source and the ...
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Research performed at Diamond Light Source has helped to ...
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Two coats are better than one to bring nanomagnetism out ...
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Copper ions form an important part of everyday life, as ...
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Much as some materials exhibit ferromagnetic properties, ...
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T-cells are a key component of our immune systems, ...
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The mis-folding of proteins within our bodies has been ...
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Building bodies is a complicated business. Thousands of ...
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All cells have a cell membrane, made up of a lipid ...
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Scientists have been using both I13 and ID17 at the ...
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Scientists from the University of Sheffield have used ...
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Transition metal oxides (TMO’s) containing a 5d element ...
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The 2001 Foot and Mouth disease virus (FMDV) outbreak in ...
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Chalk and other sediments found at the bottom of the ...
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Accurate detection and classification of materials, such ...
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Since the middle of the 20th century, infrared (IR) ...
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The high energy and short wavelength of X-rays make them ...
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Micro-beam Laue diffraction is a versatile probe for ...
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To date, the development of inert anode materials has ...
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Aluminium hydroxide, Al(OH)3, is a lamellar material ...
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Orthopaedic implants improve the quality of life of ...
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Nanoparticles (NP) are used in different applications ...
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The three dimensional structure (i.e. conformation) of ...
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DNA is, besides displaying its central biological role ...
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The coupled magnetic and electronic properties of ...
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The properties of nanocrystalline materials, where ...
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The coupled magnetic and electronic properties of ...
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The impressive appearance of the second largest Gothic ...
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Recently published work from the Infrared beamline at ...
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A European collaboration of scientists from the UK, ...
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In contrast to mammals, plants do not have mobile ...
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Scientists at the University of Oxford and Diamond Light ...
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A collaboration of scientists from the University of ...
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The discovery of a synthetic molecule made up of 60 ...
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Researchers from the University of Oxford and Diamond ...
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A collaboration of scientists from Diamond Light Source ...
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Water, essential to life… or is it?
Proteins are large ...
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In October 2010, a dam failure at an aluminium producing ...
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G-protein-coupled receptors (GPCRs) are the single most ...
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Diamond Light Source has recently played a key role in ...
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Ice cores drilled from the frozen Antarctic landscape ...
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Artificial heart valves have been used since the 1960s ...
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Thin multilayer structures comprising of thin layers of ...
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Parchment has been used for recording historical ...
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With the phase-out of incandescent light bulbs becoming ...
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Nanoparticles have been incorporated in many consumer ...
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Huntington’s disease (HD) is a dominantly-inherited ...
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During the course of their treatment, around half of ...
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Bacteria are single-celled organisms that inhabit almost ...
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A breakthrough in the fight against drug-resistant ...
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The University of Manchester museum herbarium was ...
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Fungus-like eukaryotic plant pathogens of the genus ...
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The cornea is the external lens of the eye, responsible ...
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Just as humans have an ancestry, so too do viruses. But ...
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Elastin is the most abundant protein in mammalian ...
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Flavopiridol was discovered to have anti-cancer ...
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The majority of bacterial gene regulators bind as ...
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Lentiviruses are associated with chronic disease states ...
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Our indigenous gut microbiota play an important role in ...
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G protein coupled receptors (GPCRs) are a large family ...
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Transcriptional repression in eukaryotes requires the ...
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The intricate wiring of the human brain requires cell ...
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There are literally astronomical numbers of ...
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The serpins are a family of proteins of special interest ...
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Lassa fever virus kills more than five thousand people ...
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To establish successful infection, a retrovirus must ...
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Rhomboids belong to the family of intramembrane ...
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The proton dependent oligopeptide transporters (POTs) ...
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Despite decades of study, the mechanisms that HIV ...
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The anaphase promoting complex or cyclosome (APC/C) is a ...
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All living cells require energy, usually provided in the ...
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The spin-torque resonance effect on domain walls is an ...
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Optimizing the electronic and magnetic properties of ...
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Diamond is one of the most interesting materials for ...
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Anions are of central importance in natural, medical, ...
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In metallo-supramolecular chemistry small molecules are ...
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Magnetic recording lies at the heart of many modern ...
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Solid-state materials, particularly those performing ...
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Synchrotron applications such as coherent X-ray ...
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Our society takes for granted the high performance ...
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Organic photovoltaic (PV) materials have long-term ...
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Liquid crystals have transformed our daily lives, with ...
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Thin films comprising ordered stacks of purple membrane ...
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2011 is the International Year of Chemistry and also ...
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Spintronic devices make use of the electron spin to ...
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The relentless drive for greater information storage ...
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Iron is necessary for many cellular reactions and is ...
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Templates are widely used to arrange molecular ...
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Spherulites are roughly spherical structures, and their ...
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Growing concerns about fuel security and global warming ...
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Tungstates of 3d-transition metals form an important ...
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We have made use of the I15 beamline at Diamond Light ...
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Piezoelectric materials are mainstream components for ...
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The alteration shown by silver leaf applied to ...
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Crystalline porous solids, such as aluminosilicate ...
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A range of techniques have been used to show that the ...
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Inorganic-organic frameworks, particularly metal-organic ...
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Combinatorial high-throughput screening at Diamond may ...
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Scientists from Diamond Light Source, the Universities ...
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In general, the antibiotics that are prescribed by your ...
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Virus infections in a number of insect families ...
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The structure determination of biomolecules, in ...
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In muscle, assembly of ordered striated myofibrils ...
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Transposons are pieces of DNA that can jump from one ...
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X-ray reflectivity (XRR) is a non-destructive technique ...
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Monocrystalline diamond films with several metal ...
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Nicotinamidase catalyzes hydrolysis of nicotinamide to ...
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A polar phase of the perovskite NaNbO3 has been ...
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Axons are the communication channels of the body. Up to ...
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The regulation of the alternative splicing of messenger ...
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During the past 18 months, we have developed a novel ...
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Polycomb group proteins have an essential role in ...
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A protein complex called MRE11-RAD50-NBS1 (MRN) ...
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The search for new and improved ion-exchange materials ...
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The three-dimensional structure of [NiFeSe] hydrogenase ...
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The structure of a protein complex between a bacterial ...
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Porous materials have wide ranging applications in areas ...
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Crystal engineering of nanoporous structures has not yet ...
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Violerythrin, a blue colored carotenoid, has been ...
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Seasonal epidemics and worldwide pandemics caused by ...
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Molecular layers held together by non-covalent ...
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To establish successful infection, a retrovirus must ...
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DNA repair is found in all branches of life, it is the ...
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A major programme of research into metal-organic ...
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Materials with metastable excited states hold great ...
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Ordered protein aggregation is thought to be the cause ...
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Rho family GTPases are important cellular switches and ...
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We have used the high intensity x-ray beam on beamline ...
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Over the last few years, IR absorption spectroscopy has ...
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A combined time-resolved synchrotron-based Wide-Angle ...
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Rho proteins are small GTPases that function to regulate ...
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The crystal structure of the high-pressure ζ-form of the ...
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Why do some fossils preserve soft tissue in very fine ...
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We show that small quantities of 1,3:2,4-di(4- ...
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The experiment undertaken on I16 showed strong evidence ...
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Better understanding of the distribution of elastic and ...
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Chirality, the property of an object to exist as ...
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Diamond Light Source has been used to profile a new ...
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We have demonstrated the use of a new technique for ...
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Electronic devices are getting smaller all the time, and ...
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In 2006 the Stardust mission returned to Earth with the ...
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The vast majority of the electronic devices today are ...
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Great Britain is an island nation, with over 11,000 ...
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Battlefield use of depleted uranium (DU) weapons has ...
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Metal-on-metal hip replacement is a treatment for “wear ...
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Framework structures are molecular cages which are ...
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Peptoids are analogues of α-peptides where the backbone ...
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The two prototypical members of the Fibroblast growth ...
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Metal organic frameworks (MOFs) are molecular ...
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Cancer comes in many forms, but it is characterised by ...
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Extending our knowledge of how magnetic materials behave ...
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Researchers into from Imperial College London and ...
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MX beamlines are extremely powerful instruments for ...
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A critical step involved in regulating the cytoskeleton ...
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Breaks in DNA cause a cascade of intercellular responses ...
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Orthovanadates have recently emerged as promising ...
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Porous materials are important in a wide range of ...
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Rotaxanes are tiny molecular structures where a central ...
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EphA4 is a protein which is attached to the surfaces of ...
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How can a disease that affects one species such as birds ...
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Understanding how viruses such as HIV function is vital ...
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The self-assembly of peptides into fibrils is commonly ...
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Since the Stone Age humans have been adept at selecting ...
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Hydrogen is difficult to store or transport with current ...
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Many nanotechnology and biotechnology applications rely ...
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Understanding the deformation of polycrystalline ...
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Transition metal oxides are an intriguing class of ...
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The impact earthquakes have on the planet’s surface is ...
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Before we are born, each and every one of us is ...
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Researchers at Newcastle University’s Institute for Cell ...
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Extending our knowledge of how magnetic materials behave ...
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Scientists have been using both Diamond Light Source and ...
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Highly anisotropic graphene materials such as aligned ...
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Bacteria that develop resistance to drugs can cause ...
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It’s a stressful life for bacteria. Bacillus subtilis ...
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The p53 gene is a tumour suppressor gene, in other words ...
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Liquid crystals are a state of matter that possesses ...
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Membrane proteins are essential for many biological ...
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All living things propagate through the process of cell ...
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Shigella flexneri is a bacterium which causes dysentery, ...
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DNA is constantly under attack. Within the human body ...
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During normal healthy cell division, the cell goes ...
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Multiferroics are materials in which ferroelectric and ...
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Professor Trevor Rayment and Dr Alison Davenport from ...
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Scientists from Newcastle University have solved the ...
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Metal oxyhydroxide nanoparticles form in many natural ...
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Zeolites are important nanoporous materials with many ...
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Diamond Light Source, the UK's world-class synchrotron ...
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Thin films produced by depositing pre-formed ...
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Tuberculosis is a major cause of death worldwide, ...
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Nerves and blood vessels grow to the right places ...
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Aurora-A is an essential enzyme which is required for ...
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The first publication from Diamond Light Source utilised ...
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Dr Paul Schofield is a researcher in mineral sciences in ...
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The first users on the I22 Non-Crystalline Diffraction ...
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David Eastwood is a post-graduate student working with ...
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Superoxide Dismutase (SOD) is a key enzyme that is ...
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