![]() ![]() Insights into how readers, peer reviewers, and journal editors might view your paper.Explanations of the prioritized issues identified in your paper, how we addressed them and/or how you might be able to address them further.Scientific Editing also includes a custom 3-6 page report that includes: Improved English grammar to ensure that your ideas are conveyed clearlyĪ Thorough Strategic Report and Journal RecommendationĬustomized to the Needs of Each Scientific Manuscript.Incisive comments recommending further author revisions that will help you maximize your manuscript’s effectiveness.Strategic developmental edits that will improve the structure and clarity of the logical argumentation, such as how well the implications of the work are highlighted.Discuss how the Scientific Editing team can address those prioritiesĪ Substantive In-Depth Assessment of Your Scientific Manuscriptīased on the priorities identified in the team meeting, experienced members of the Scientific Editing team examine the text in significant detail and provide the following:.Identify priority issues in the manuscript.But what it can do is provide a very good experience for reading scientific papers and will make it easier to keep an organized lab notebook.A Team-based Assessment of Your Manuscript’s NeedsĪ Scientific Consultation Among our Team of PhDsĪ team of PhD-qualified editors with experience in your field carefully assess your manuscript and any accompanying information and then meet to In short, the iPad Pro won’t be able to generate or analyze raw data. And of course, all of these notes can be synchronized across my Apple devices, and they can be shared electronically for others in the lab to access my notes. For each new day that I start a new step in the experiment, I simply just continue writing on the same note. ![]() So, each new “note” in a folder is a specific experiment. Now, every project involves multiple experiments. Each folder contains experiments pertinent to one specific project. For example, I can create different folders in Notability. ![]() Notability allowed me to neatly organize my notes in a way that was very easy to keep track of what I was doing. Writing on the spacious iPad screen felt amazing. The iPad Pro and Notability changed all of that. Often, it is very difficult to organize a lab notebook so that it is easy to go back and trace the sequence of experiments, especially if the experiments went on for weeks and months. Having the Notability app on my iPad revolutionized the lab notebook experience. Speaking of notes, the Notability app and the iPad Pro are the perfect marriage. Now, all of the papers with their digital notes are saved on my iPad, which can be seamlessly synchronized to my MacBook Pro and iPhone via iCloud. Gone are the days of printing out stacks of paper that pile up on my desk. Having a gigantic screen dramatically improved my reading experience, particularly when coupled with the fantastic Apple Pencil to take digital notes. I have tried to use other iPads in the past to read and take notes, but I always found the screen way too small. ![]() On the other hand, one of the greatest achievements of the 12.9-inch iPad Pro is that it has finally made it worthwhile to read a paper using a tablet. Simply put, the iPad will not replace a computer for doing research. I still felt way more comfortable using my computer to store figures, write papers and analyze pictures. Again, the iPad Pro is not a laptop replacement. You are not going to use your iPad Pro to do your heaviest scientific computing. Nevertheless, given that Brainwave is a science-focused column, I will review the iPad Pro not so much as an entertainment or educational device but rather as a device for academic scientists.įirst, let me get some of the obvious negatives out right away. ![]()
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