Michael Parkin
- Research
Separation by levitation
Magnetic levitation provides a simple, inexpensive system for isolating enantiopure compounds
- Research
Rare-cell analysis platform pursues neurodegeneration answers
Nanowire chip selectively captures immune cells in minute volumes of cerebral spinal fluid
- Research
One minute synthesis for microporous materials
Crystal seeding and a tubular reaction vessel accelerate aluminophosphate growth
- Research
1024 samples analysed on a single chip
Dramatic reduction in reagent costs and process time will help increase access to personalised medicine
- Research
Patterning graphene onto complex surfaces
Researchers hope their strategy for patterning graphene onto 3D surfaces will boost graphene’s commercial viability
- Research
Insect-powered microtweezers
Clever packaging enables tiny tweezers made from insect muscle cells to work in air
- Research
Seeding removes barrier to curious cocrystal
The caffeine•benzoic acid cocrystal that has eluded scientists for 60 years has finally been crystallised
- Research
Plumage pattern revealed in 150 million-year-old bird
Chemical mapping could help unpick the biology of extinct animals
- Research
Super Glue for cells
Cell adhesive made by inverting phosphatidyl choline into choline phosphate
- Research
Food safety test for harmful dye
Graphene electrode modified with titanium dioxide helps spot Orange II in ketchup and chilli sauces
- Research
Bone-repairing nanoparticles laced with DNA
Bone growth and repair can be accelerated using an injectable nanoparticle paste functionalised with DNA
- Research
Flow synthesis for anticancer drug
A rapid, multi-step flow process has been developed to synthesise the anticancer drug Gleevec
- Research
Nasal gel alternative to insulin injection
A mucoadhesive hydrogel has been developed for once-a-day nasal delivery of insulin
- Research
‘Training’ a memristive network
Bio-inspired learning behaviours are demonstrated in an organic 3D memristive network
- Research
New supramolecular Alzheimer’s drugs
Supramolecular chemistry to play key role in the design of new Alzheimer’s drugs
- News
Phosphate-scavenging nanoparticles starve microbes
Nanoparticles with controllable toxicity provide an antimicrobial strategy with a small environmental footprint
- Research
Phosphate scavenging nanoparticles starve microbes
An antimicrobial strategy using lanthanum oxide nanoparticles to compete against microbes for phosphate