All articles by Lewis Brindley – Page 7
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Bendy solar cells that can take the heat
Flexible solar cell made with a new three component liquid electrolyte lasts longer in the sun
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Slick synthesis to sea sponge structure
A new route to a complex sea sponge biomolecule with promising anti-tumour properties hits the target in just nine steps
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Micro-magnets promise colour MRI scans
Nickel shapes produce specific radio signals for detailed imaging
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Fingerprints recovered from wiped metal
Electrostatic technique retrieves prints etched into brass by sweaty fingers
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Peptide printer goes into overdrive
Modified laser printer can make large peptide arrays quickly and cheaply
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Putting the brakes on nanomachines
Light-activated molecular brake adds stopping power to spinning nanomachines
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Changing the face of a water splitting catalyst
Titanium dioxide crystals with modified surfaces are extra reactive
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Super-sized molecular sponges boost carbon capture
Robust zeolite remove carbon dioxide from a mix of gases at room temperature
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Chemical compass clue to migration mystery
A chemical reaction sensitive to tiny magnetic field could help to explain how birds navigate the globe
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Cheaper nanodiamonds a boon for cancer research
Cheaper fluorescence for carbon clusters may benefit cancer imaging
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Super cells made with 'inorganic armour'
Encasing cells in egg-like shells grants a wealth of new properties
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Nanofibres reconnect nerves
Paralysed mice walk again after treatment with peptides that form nanofibres in the body
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DNA read in a trice
Helicos sequences a viral genome with technology that could help to make personalised medicine a reality
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Easier cancer imaging with Raman
Raman spectroscopy detects tumours after 'staining' with nanoparticles
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Membrane sacs made in minutes
Self-assembling permeable polymer bubbles could hold cells for drug studies
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Arsenic enhances cancer imaging
Drug labelled with radioactive arsenic could spot even the smallest tumours