Transcutaneous spinal stimulation (TSS) is a relatively new approach to neuromodulation. We can activate networks in the spinal cord by injecting a small amount of current through the skin, which evokes a response in the muscles (muscle contraction). Depending on the person the electrical stimulus (the zappy time) feels either like a massage or it can be uncomfortable, not exactly painful, just not something you would go out of your way for. But the spinal cord is a two way street, so what does TSS do in the brain?(more…)
I was debating about talking about this because I’m “only” the second author on the paper. Apparently I’ve gotten picky now that I have a handful of first author papers in review/published. I’m joking, but seriously, this paper has a special place in my heart and today I want to talk a bit about the science, but also the story behind the paper, because it is an interesting one!(more…)
There’s nothing wrong with a little competition. In the field of research you’re either the first or your a footnote, so we rush to be the first when we know that other labs are on the other labs are not far behind. Our lab knew it was coming, there was already rumblings of something big coming from another lab, but when it finally came, we were both surprised, but not exactly shocked. It’s a pretty impressive paper.(more…)
“They are changing the world and I want to help,” one of our regular volunteers told the guy who runs the hospital department. It was a glowing review from someone who had spent the better part of the last decade paralyzed after a high level (cervical) spinal cord injury. We’ve seen him regularly for the better part of a year now and you would’ve thought we coached him if you could hear the review he gave the man who came to see our little lab. I feel stuck a lot, but yesterday I was reminded of why I do what I do.(more…)
Well let’s toss something else into the pile of “things I’m going to talk about, but can’t share the details because we’re working on a publication.” I’ve got yet another new project I’m working on! This is going to be so freaking cool and I’m super excited to start it. So let’s go over some of the details, at least the bits I can talk about. Eventually when all this stuff gets published, I’m going to have a ton to write about.(more…)
Yesterday I told the story of how we got to this point, a long two year journey and next week I finally get to take the next step. It’s exciting, but it also means because of my flare-up, I’m behind on what I need to do to be ready. Not to worry though, I’m taking it slow so I don’t make whatever I have worse. What goes into an experiment like this? I’m glad you asked!
Okay I’ve got an experiment update today and I’m really excited to share because it feels real finally. I know I already wrote about some of this, but when I reread my previous post, it felt disjointed so let’s go over how we got here and what’s coming. I’m excited, are you excited? I’m excited!
Well today despite feeling like refried dog poop I have to go do experiments. It’s part of the job and to be honest I want to do it even though I feel like dried monkey vomit. I could go on, but you get the picture. I do have some more good news not related to yesterday’s news. So that is the conversation for the day.
Well it’s been two weeks (roughly) and my PI asked specifically that this week I do a review on the state of spinal cord research, with emphasis on the spinal cord stimulation work I’m doing. So this review is going to look slightly different, namely it has a rather long references section (15 total). If you find this research fascinating I recommend “And yet it moves” (reference 5). It’s long, but open access and worth the read. I’m a little bias though, my Co-PI is one of the authors. In any case, I had two weeks to write this, so hopefully it is a good dip into what we know about the spinal cord and a lot of what we don’t. Enjoy!
The world is on fire, we’re protesting for a future, but today I have my review paper due so instead of writing about my frustrations I’m going to share my review. Today we’re looking at the effects of trans-spinal direct current stimulation (tsDCS) on alpha motor neurons and how we can determine that effect using electromyography. It’s actually a very cool paper, the work is well done, and it’s open source so you can read it if you’re interested.