It’s been another busy year for us at Research the Headlines. We’ve been casting our net wide this year, addressing some of the biggest news stories out there, from the refugee crisis to the Nepal Earthquake. We asked tough questions of how people with depression are treated by the media in the wake of the Germanwings crash, and looked at how politicians incorporate research into policy decisions. We scrutinised the big headlines and the small: is Google ruining our memories? Are tablets bad for child development? Should you throw out your skinny jeans? Read more…
Hold the front page: Closing date extended in “Rewrite the Headlines” student competition.
Enter now for your chance to win a Microsoft Surface Pro 4!
Do you ever read about how “New research suggests…”, and wonder if that’s really true?
In our Rewrite the Headlines competition, we aim to engage young people with how research is discussed in the media, and to encourage them to develop a critical approach to this (not just in questioning the headlines, but assessing the research behind the stories too).
The deadline for our student competition has just been extended to 11 January 2016, so there’s still time to enter. If you’re a student, you’ll be developing a whole range of skills to interrogate sources of new information. We want you to put those skills to use in our competition. Please do also share the details of the competition as widely as you can throughout your networks.
To enter, students will take a media story discussing some new research, and write a blog showing how accurately the media has represented the study (or not). The best entry will win a new Microsoft Surface Pro 4.
Full details about how to enter are available on the competition website: https://researchtheheadlines.org/rewritetheheadlines/undergraduate-competition/. The closing date is 11 January 2016.
Widely recognised as one of the biggest threats to humankind, antimicrobial resistant infections presented further cause for concern recently. Antimicrobial resistant infections are infections that are no longer treatable with one or more drugs. Commonly thought of as ‘antibiotic resistance’, the problem is much broader and extends across all kinds of microbes such as bacteria, fungi, parasites and viruses (hence antimicrobial is a more suitable term). Recently, the journal, Lancet Infectious Diseases, published a paper that reported the emergence of a new kind of antimicrobial resistance mechanism to one of our last lines of defence against Gram-negative bacteria. Bacteria can be classified on the composition of their cell wall, either as Gram-positive or Gram-negative, following the work of a Danish physician Hans Christian Gram, who showed bacterial cells take up stains differently depending on the presence of a second membrane that helps protect their cell wall. It is the cell wall that has traditionally offered our best target for producing drugs to kill bacteria and is the target of some of our most important antimicrobial drugs such as penicillins, cephalosporins and carbapenems. By blocking the growth of the bacterial cell wall, we can stop the growth of the bacteria and so kill them. Read more…
Kevin Mitchell is an Associate Professor in the Smurfit Institute of Genetics at Trinity College Dublin. His research is aimed at understanding the role of genes in contributing to neurodevelopment and their involvement in psychiatric and neurological disorders. Kevin runs a popular blog on genetics and neuroscience topics, which has been cited as an influential and authoritative source for post-publication peer review. He is listed among the top 100 neuroscientists on Twitter and has been cited as an influential Scientist in the Twitterverse. Read more…