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Electronic patient records are not a panacea

A comprehensive review of electronic patient record (EPR) programs reveals significant challenges in implementing and maintaining these systems. The study highlights how EPRs can hinder primary clinical work, favor paper-based records for flexibility, and struggle with seamless integration between different systems.

SourceUniversity College London·JournalMilbank Quarterly·DateDec 14, 2009

Understanding ocean climate

High-resolution computer simulations reveal that North Atlantic water enters the Arctic Ocean through three main routes: Fram Strait, Barents Sea northern branch, and southern branch. This study provides a comprehensive understanding of ocean climate change mechanisms.

SourceNational Oceanography Centre, UK·JournalJournal of Marine Systems·DateDec 10, 2009

ERC provides millions for biodiversity research

A team of researchers led by Dr Thorsten Wiegand and funded by the European Research Council (ERC) is investigating the composition and dynamics of species-rich communities. They will use advanced methods to understand the factors and processes governing biodiversity, utilizing extensive data sets from tropical forests.

The pain of torture can make the innocent seem guilty

A study by Harvard researchers found that torture can lead to the perception of guilt in innocent individuals. Participants who witnessed torture and saw the victim's pain rated them as more guilty, while those who were distant from the torture sympathized with the suffering and saw them as less guilty.

SourceHarvard University·JournalJournal of Experimental Social Psychology·DateOct 26, 2009

Growth versus global warming

The study highlights the need for a portfolio of measures to minimize climate change impacts while allowing city growth. It emphasizes protecting homes from flooding and reducing carbon emissions, water usage, and moving towards cleaner transport.

Singapore scientists discover widely sought molecular key to understanding p53 tumor suppressor gene

Researchers at Singapore Immunology Network (SIgN) have identified the molecular key to understanding the p53 tumor suppressor gene's function. The discovery reveals how p53 regulates genes by recognizing specific sequences of nucleotides in DNA, providing a missing piece to this complex biological process.

RIM and NSERC invest in Queen's expertise

A new Industrial Research Chair in Software Engineering of Ultra Large Scale Systems has been established at Queen's, led by Professor Ahmed E. Hassan. The chair will focus on improving the reliability and quality of critical software applications, with support from RIM and NSERC.

Explaining why pruning encourages plants to thrive

Researchers have discovered that all shoot tips on a plant can influence each other's growth, allowing the strongest branches to thrive. By understanding the action of hormones like auxin and strigolactone, horticultural practices can be developed to promote optimal branching patterns in crops.

SourceUniversity of York·JournalProceedings of the National Academy of Sciences·DateSep 22, 2009

A trillion triangles

Researchers from North America, Europe, Australia, and South America have solved the first one trillion cases of an ancient mathematics problem. The team developed a clever technique for multiplying large numbers, making it possible to calculate the area of right-angled triangles with whole number or fraction sides up to a trillion.

Race has little effect on people's ability to spot family resemblances

Researchers found that French and Senegalese participants could detect kinship with the same rate of success, regardless of their own racial background or exposure to other cultures. This contradicts previous theories suggesting that exposure plays a crucial role in facial recognition, particularly across different racial groups.

Atoms don't dance the 'bose nova'

Researchers at the University of Innsbruck successfully realized an excited, strongly correlated many-body phase using ultracold cesium atoms. By tuning the interaction between atoms, they created a stable, one-dimensional structure that defies traditional Bose-Einstein condensate behavior.

SourceUniversity of Innsbruck·JournalScience·DateSep 3, 2009

Switching on the power of stem cells

Researchers from the University of Cambridge have identified a critical protein called Nanog that plays a pivotal role in creating pluripotent cells. By understanding how Nanog influences other molecules, scientists hope to develop more efficient and safe methods for harnessing stem cells for medical applications.

SourceUniversity of Cambridge·JournalCell·DateAug 20, 2009