When you want to judge the texture of an object, you actively use your fingers to touch and feel the given surface. The very act of moving your fingers already provides sensory stimulation (e.g.: the skin in between your fingers stretches). How does the brain make sure this sensory stimulus does not drown the information from the salient touch ?
When working on the figures for a recent paper I realised that I was using schemes of the animal I work with that come from a copyright-protected book. I decided that I will get rid of those schemes and instead produce my own. However, there was still a potential copyright issue: depending on where the paper would be published, the rights for the figures might well end up with the journal rather than with me. The solution that allows you and others to re-use your own figures is to publish everything on a platform such as figshare under a creative commons license before you publish it in a paper, and then cite yourself on figshare in your paper. That’s what I did! Continue reading “How to legally re-use your own figures”
One of the few lists that might be actually useful for you! So here are the top things to do as a neuroscience student in Munich in the winter semester 2016/17 (in chronological order) : Continue reading “Top 5 things to do as a neuroscience student in Munich this semester”
People like me who are doing basic research are often asked how our basic science research can be applied. Most of the time, we don’t know. Nobody knows. Maybe someday we will, maybe we won’t. This is not important. Why not? Continue reading “The single reason why basic research is important”
Say you are walking down the same street you have walked every day for a decade. Before you realize what you are looking at, you notice something is different. Maybe the McDonald’s has been replaced by Burger King. What’s going on ?
Our internal representation of space has come under the spotlight with the discovery of spatial maps in the hippocampus and entorhinal cortex. But how does this internal model affect our sensory processing ? This recent paper looks at the activity of visual cortex neurons and how they are influenced by the internal representation of an environment. Continue reading “Internal representation of space influences visual processing”
In 1958, David Hubel and Torsten Wiesel discovered that cells in the visual cortex of cats respond to bars of light moving in a specific direction. Their discovery of these cells, termed as ‘orientation selective cells’, has revolutionized the whole field of neuroscience.
This recent paper peers into the origin of diversity of orientation selectivity in the visual cortex.
From winning state level singing championships in high school to majoring in biology and music in college, from struggling to manage a graduate project in South Africa to having the audacity to leave everything behind and move to Germany: Virginia’s career path is anything BUT ordinary. Continue reading “Principal Investigator in the Spotlight: Dr. Virginia Flanagin”
I have subscribed to quite a few journals to get alerts about new papers. Mostly this signifies lots of stuff to wade through until something interesting or relevant pops up. But one thing I always look forward to is the Q&A in Current Biology. In this section, some professor/researcher is asked questions related to their research and their career. Now the reason this is not as boring as you might think is that the questions are pretty interesting. Not only do they highlight that person’s interests and career path, but also their opinions on their field and beyond. Continue reading “Questions to ponder”
When I first read about this summer school, I realised two things: that it would be incredibly intense and demanding, and that it would fundamentally shape the way I see science. I remember hesitating whether to apply, but I had previously taken part in an 8 week summer school in Switzerland and it was an amazing experience. So why not do it again? Continue reading “My experience at the Neurobiology Course at the Marine Biological Laboratory (MBL), Woods Hole”