When you edit documents in various formats day-to-day, the universality of your document solution matters a lot. If your instruments work for only some of the popular formats, you might find yourself switching between software windows to bold data in MD and manage other document formats. If you want to take away the headache of document editing, get a platform that will effortlessly manage any format.
With DocHub, you do not need to concentrate on anything apart from actual document editing. You won’t need to juggle programs to work with diverse formats. It can help you edit your MD as effortlessly as any other format. Create MD documents, modify, and share them in one online editing platform that saves you time and improves your efficiency. All you have to do is sign up a free account at DocHub, which takes only a few minutes or so.
You won’t need to become an editing multitasker with DocHub. Its functionality is sufficient for speedy document editing, regardless of the format you need to revise. Start by creating a free account and see how straightforward document management might be having a tool designed specifically to meet your needs.
this is dr. Michael Hoke this is a brief overview of the power of conjunction display of bold language tasks fMRI data this post-processing is done on brain lab I planned software I do have a step by step guide located in a separate video in my experience I have found that learning and teaching fMRI interpretation to radiology trainees can be intimidating and also challenging when faced with multiple different language paradigms there are a lot of images to evaluate and how do we know what is true activation from noise is there a better display option and in this patient with a left temple cortical dysplasia you can see multiple language paradigms showing activation around the lesion conjunction displays an alternative method we want to identify the areas that are active for all the language paradigms performed these are thought to then be the essential areas for this case we have a bilingual patient with a posterior left temporal ABM we overlap multiple language paradigms onto a 3d s