Monthly Archives: September 2016
LabCollector LIMS and ELN for improving productivity in the lab
Folding of DNA strand controlled by designed stimuli
What moves the blood?
Also the least abundant species matter for human wellbeing! The role of rare species on grasslands
An increasing body of research supports the necessity of biodiversity to maintain the ecosystem services we humans depend on, such as the provision of food and water, or the control of pests or climate. However, it remains
Strength loss does not worsen in the first few days after an acute skeletal muscle injury
Protein Discovery Summit 2016
Brownian motion of gold nanostructures made visible using SERS fluctuations due to single molecules
Loss of Trpm2 does not potentiate standard acute myeloid leukemia chemotherapy
Leukemia is a cancer of the blood that affects thousands of people of all ages (including children and even babies). Treatment is very toxic, and often fails to cure patients. Leukemia is caused by mutations in specific
Novel Cancer Therapeutics Summit 2016
Ultrasound effect on cancerous versus non-cancerous cells
Why do people choose certain environments and methods for strength training, and why might Cross-Fit be so popular?
Resistance exercise or strength training is recognised to improve multiple physiological and psychological health parameters, to the extent where being stronger reduces risks of ALL-CAUSE mortality. That means; being stronger reduces your risk of dying by any
Neonatal sepsis affects neurodevelopment in premature infants
Biomarker Europe Summit 2016
What happens to sunscreens in swimming pools?
Efficient co-adsorption of multiple types of coexisting pollutants from water using a chitosan-based magnetic composite adsorbent
Less perineal damage in sitting position not explained by changing position to perform an episiotomy
High bedtime home blood pressure strongly predicts post stroke cognitive impairment
Supramolecular self-sorting: A route to sophisticated multi-interlocked molecular muscles
Enzyme-based computing systems: The half-adder and half-subtractor
Have we ever stopped to think what would happen if the silicon based computers that we have come to rely on reach the peak of their development? Many scientists who work in the field of unconventional computing



















