Helping Women Achieve in Academic Science

Posts tagged ‘scientific writing’

Organizing Your Group: Semester Reports

TypingAlthough I have mentioned the semester report in prior posts (management, lab rules, management), I realize that I haven’t made it explicit what the report is for, what it asks for, and how I use it to manage the lab. First, I should say there are lot of ways to do something like this. I started having my students write reports after talking to a very senior WomanOfScience about how she organizes her group. She makes her students write monthly reports. I tried that, but it was too frequent for them and for me. I decided one per semester and one in the summer (3 per year) was a better rate for reporting. I give the students a specific deadline, usually September 1, June 1, and February 1. I also encourage them to take time away from performing new experiments so they can spend time reflecting and writing the report.

Q: Why do this? A: Pedagogy. As most of us are, I am an educator. I noticed that my students were not getting practice with their writing. We would have enough data for a paper, and they would freak out about having to write it. Or, they would write it very poorly. Sometimes they would not include information that they should (data, methods) in the paper because they literally forgot what they did. I decided that the students needed more practice and they needed to routinely recap what they did and their results before it all piled up. I also decided to use this report as a mechanism to help them plan ahead and to do a little self assessment.

Q: What? A: Specific questions. Unlike writing a paper that has a specific format, I wanted the report to be a historical recap of what the students did over the previous semester. I wanted them to think about what their plan had been, what they tried, what worked, what didn’t work, what they accomplished, and give them a place to think about the next 3-4 months. To do this, I ask them to address specific questions in their report. I paste in here the format I use:

  1. A list of goals that the student had for the previous semester/summer;
  2. A description of the experiments the student performed to reach those goals including:
    • The reagents and methods used to perform experiments
    • A description of any analysis you did including the programs you used and the metric you measured and why you measured them
    • A description of the results you found (using words in paragraph form)
    • Figures to illustrate the methods and results you found including images, timeseries of movie data, and plots of quantified data
    • A description of what you think your data means and what the next steps might be
  3. A list of unmet goals;
    • Any problems or issues that the student encountered in attaining those goals
    • Any improvements made or ways that progress can be made faster
  4. A list of goals for the next semester/summer;
    • Is this a reasonable amount of work?
    • What milestones do you expect to meet and when?
  5. A personal statement that addresses the following:
    • What is your personal career goal?
    • How will your work in this lab help you to achieve that goal?
    • What is your personal goal for completing your tenure in this lab? (If you plan to leave the lab eventually – most of you do!)
    • What are your personal goals for achieving your timeline? What skills are needed? What milestones and achievements do you need to make along the way?
  6. A self-evaluation of your progress and work in the lab, what you have done well, and what you need to improve on. For this section, please consider your:
    • Planning and completion of experiments
    • Organization, interpretation and presentation of data (written & oral)
    • Ability to think of “the next logical step” in your experimental design
    • Time management and commitment to research
    • Ability to work independently, troubleshoot & seek outside help when necessary
  7. Any new protocols developed over the last semester, typed, and as separate word documents. The protocols will be posted on the lab website for others to use.

Q: What do you do with these reports? A: Read and comment. I make all the spring reports due June 1, and I get a bunch in all around the same time. Then I have to spend some time reading and commenting. Sometimes I print them out, write comments on the papers, scan for my records, and give the comments back to the student. Other times, I write the comments in a word document and send that to the students. Interestingly, the part that the students are often most hung up on is their self-evaluation. Undergraduate students are especially hard on themselves often saying they are not dedicated enough to the lab. For the more senior students, it is great to see all the experiments they did over the last semester in one place. They often realize how much they did and are proud.

Q: Results? A: Awesome. These reports are super awesome. Here are some reasons why:

  1. The students get a chance to look at what they have done. As I said above, they are often shocked by how much they were able to complete. If they are balancing multiple projects, they are able to look at which projects made progress and which are struggling, and evaluate where to put their efforts.
  2. They get a chance to see what they are going to do. Sometimes students are so excited about taking data, they aren’t thinking about their progress, how much more they really need for a story, or if they might be done. Taking this time to rehash what they did often helps them to sort out where they are and what they still need to do.
  3. They get a chance to self-evaluate. Similar to giving them time to plan, giving time to self-evaluate is really important to stay motivated and keep things moving.
  4. Sometimes we realize they have enough for a paper. This has happened 3 times, in fact. I’m not sure how your science works, but in my field, it often takes a year to figure out how to take the data, but once you figure it out, you can basically take all the data in a couple months. Three different times, when I read a student’s report, there was enough data in there for a paper. Maybe a few new experiments were needed. Maybe a re-analysis, but the meat of a paper was there. Isn’t that amazing?

The only downside of this process is that sometimes I am too busy to do a good job reading the reports. That is bad, and I need to make time to do it. I am going to get many of them on June 1, and I need to make time to read and respond to them. It is especially important during my current situation (sabbatical) that I take the time to read and respond to all the reports.

What are your thoughts? Post or comment here. Push the +Follow button to get an email every time I post!

 

Frustrations of writing: don’t be too smart or too clear…

TypingSo, you are writing a proposal, huh? Yeah, you are. Maybe you just submitted your CAREER proposal, or maybe you are writing to Uncle Howie for that big whopper of a carrot on a string. Either way, you are trying to convince someone that the thing you do is the bees knees. Here is one on proposal writing. Just some thoughts. I’d love to hear what you have to say – post or comment here.

I was recently having drinks with a couple WomenOfScience. We were discussing writing – mostly grant proposal writing – as it is the life blood of the academic research scientist. We were discussing how, when you write a proposal, you need to skirt the line between writing for a general audience and being technical enough to prove that you can do what you say. The women I was talking with often fall onto the “too technical” side. Oppositely, I often fall on the “too colloquial” side in my writing. Unfortunately, both of these can be deadly to a proposal.

Too Technical: It can be insulting – you make others feel stupid because they cannot understand what you are saying. It can be frustrating to a reviewer. Reviewers are all smart people with PhDs or MDs. Further, many reviewers have egos. Egos need to be stroked, and making them feel stupid is the opposite of what you want to do. Reviewers might think you are trying to make yourself seem smart by putting others down. Also, it can look like you are hiding behind jargon. People can and do assume you don’t really know what you are talking about because you are using technical terms instead of explaining it simply.  This can be difficult to control, especially is you are naturally detail oriented and really do think about your subject in this technical way.

My suggestion: Spend a lot of time on the first couple pages trying to tone it down. If you capture your audience’s attention and get them on your side, you can ramp up the technical speak over the course of the proposal. This way, the technical stuff can sneak up on them, or even seem gradual. You should always spend a lot of time at the beginning, but if you are a technophile, you got to write it for your granny. I am assuming, perhaps incorrectly, that most people’s grannies are not PhDs directly in your subfield of science.

Too Colloquial: When I write a proposal, a paper, or give a talk, I automatically go into pedagogical/educational mode. Oddly, writing too colloquially can have similar issues as writing too technically: it can be insulting. You look like you think others are stupid, and that is why you are dumbing everything down. Another issue with writing or speaking too colloquially is that you can make what you are doing sound simple or easy. I am doubtful that any science being proposed is “easy” or else you wouldn’t need the bureaucracy of the university behind you.  Yet, writing in an easily accessible way can make what you do seem unimportant, easy, or obvious.

My suggestion: Sell up the innovation, importance, and significance. If you discuss significance in a clear way, people love it. Use your gift for laymen’s terms to explain the significance of your work and really sell it. Later in the proposal, you might want to explain the experimental or theoretical methods, which are bound to be technical. Thus, you will give your work a technical expertise that will ground it.

Unfortunately, I think both of these offenses are less acceptable if you are a woman. Let me explain.

If you are too technical, you might be incompetent. You are hiding behind jargon you don’t really understand. Or, you are a bitch who is purposely making others feel stupid with your fancy words.

If you are too colloquial, you are probably stupid and don’t know the technical terms.

So, either way, you are incompetent. This is the typical issue for women in the academy – you have to be more competent than the men. People assume you are less competent if you don’t perform perfectly. So, you must walk the line – strike that perfect balance. You are won’t succeed overtime. But, you know what? That’s OK, as long as you practice, and try and try again, and listen to your reviewers. At some point, you will figure out how you are screwing up, and probably go to far the other way. If you practice enough, you should be able to strike the right tone eventually.

So, anything to add? Comment or post here! Push the +Follow button to get an email every time I post.

Do what it takes

2015-06-23 12.31.18This blog post was inspired by a recent conversation I had with two pre-tenure WomenOfScience. We grabbed a beer after a late night movie night to see the feminist action film, “Mad Max Fury Road.” Don’t believe me that a Mad Max movie is feminist? Check out these articles (guardian, jezebel) and this funny tumblr site (hey girl). My take on Mad Max: the movie was a tad violent and quite hilarious. Every other sentence or wry look screamed, “This apocalypse was caused by men!”

OK, so afterwards, we were discussing tenure, getting tenure, and crappy mentoring. See, these women are scared. There were 4 people who didn’t get tenure last year – an all-time high record for their university. Their departments are trying to figure out how to mentor them, but they keep giving them platitudes like, “write grants and get them,” or “have more papers,” which are not helpful. Other mentors say things to them like, “don’t be so stressed out,” and “why are you worried?” which are somewhat demeaning and ridiculous. I was worried. We are all worried. If you aren’t worried, you might be fooling yourself. As I have gotten further away from tenure, I can see that I am losing perspective myself. That makes me less and less helpful to people as an advice blogger on this topic. But, as we were talking, I realized that there were some concrete things I could add. I am going to try to summarize them for you, and please, others add more information and send questions and suggestions.

1. Write grants that are fundable. So, you got this job because you had a great, new idea and everyone thinks it is amazing and super smart. That is great. You have sent a few young investigator award applications out and perhaps 1 or 2 federal grants on this idea, and maybe it isn’t playing as well as it did when you could describe it in person. OK, there are two things that you need to do here:

A. You need to write grants on things that are less flashy, but solid and doable. When I first got to my job, I wanted to work on a really cool thing, but I couldn’t get funded for it. When I would talk about it, people thought it was cool and exciting, but I couldn’t articulate it well on paper. Further, I didn’t really have a lot of background in this thing, and I didn’t really have track record. So, instead, I sent out proposals on incremental stuff that was doable and, frankly, easier experiments. I got enough preliminary data on the doable work to show I could do what I proposed. I proposed 3 objectives. I got a theory collaborator. These things I got funded to do at first were not what I wanted to do with my career, but they built a foundation for what I wanted to do later. I could build a story that they were related and they got me money, papers, and (let’s face it) tenure. Maybe this is why I was so obsessed with tenure = freedom (post).

B. You need to practice writing about the big thing you are interested in doing and get preliminary data on it. As I said above, the really cool thing I wanted to do was not getting funding. What to do? I scammed it. Once I got a grant from the National Science Foundation, I made sure to write for supplemental funding for undergraduates almost every summer (they are called REU supplements). I used these funds and my undergrads to work on the projects that were a bit more risky. Undergraduates can work on high-risk projects because they don’t need to get a paper to graduate like a grad student does. Using this method, I got two papers on the really cool stuff. Those two papers fueled my applications for really cool stuff and I ended up getting two grants to work on it, just as I came up for tenure. Also, I never stopped thinking and refining my writing and speaking about really cool stuff. It helped that really cool stuff also gained traction in a particular subfield and became popular. I am not exactly known as a big shot in really cool stuff, but with our new grants, we are now working to get papers out and we are starting to get noticed.

2. Write grants to everywhere. The current funding situation is unprecedented. The older you are, the more out of touch you are with what you have to do to get funded because our older colleagues got tenure in a time of 30% funding rates. Now, our older colleagues are venerable and established, so they don’t have as high a bar to prove that they are fundable and doing good work as a new person might be. Despite my grousing about being a mid-career faculty, in my opinion, I have found it easier to get funding now that I have tenure and an established track record of many publications behind me. Even when I was applying to young investigator awards, I was told that I didn’t have enough of anything. I actually had one reviewer say that it (paraphrasing here) remained to be seen if I could even start a research program… well, duh! I was applying for a new investigator award. It did remain to be seen, but if I don’t get funding I won’t have a shot to prove myself. As I was saying, the current funding situation is abysmal. If you want funding, you need to apply to everywhere. If you think your stuff is best at NIH, write NIH AND NSF anyway. Here are my reasons why:

A. Writing is a skill that needs practice. Some people are really good writers. I envy them. I am not. You have read my blog, so you know that my writing is very colloquial. Some people like it, but it is not sophisticated. I have to practice and practice and practice. I wrote ~10 grants per year to get that practice.

B. You will get critique and feedback necessary to hone your message. If you are having trouble selling your message to the science community who are serving on panels, the practice (above) and feedback you will get from writing a bunch of grants are essential. Don’t forget to always look for the truth in a review (see this post on criticism) – even if you do not agree with their assessment or feel they didn’t really “get” your research. If they didn’t get it, that is YOUR FAULT. You only have one shot in a grant to get your point across and make the reviewers excited. Once again, that takes practice and listening to critique.

C. You might get funded at NSF. If you apply for funding from the NSF, here are some things that could happen: 1. You don’t get funded, and you get some feedback. -OR- 2. You do get funded.  Seems like a win-win to me. Here is why I like NSF: 1. You always get feedback as long as you are compliant. 2. Teaching is a bonus, and many of us do teach (and like it – gasp!). 3. There are many programs, and program officers will shift around your grant, if they think it will help. Sometimes this can hurt you, but you will get more critiques. 4. In the panels I have served on, the people have been fair and reasonable. I don’t get the impression they care about your status as much as NIH appears to (again, my opinion). But, they will likely not be right in your field, so you have to sell it to a broad scientifically-literate audience and write a grant that is clear.

3. Be a f*cking squeaky wheel. If you have been teaching for 3 years and have taught 6 different classes, you need to speak up. If you chair shrugs and says, “that is how it it – tough shit,” you take it up the ladder. My university has a wonderful awesome woman in the Dean’s office who is concerned with young faculty issues. Does yours? If you want tenure, you should know. You should know that person in person. I have had previous posts about jumping the chain of command (post). Your chair and senior people in your department should want you to get tenure. Simple rules within a department can really help, such as making sure that you get to teach the same class 3-4 times in a row before coming up for tenure (see below). Or to make sure that you are getting the resources you need in your lab space and office. Squeak, squeak, squeak. Why should you squeak? If there are issues that can be addressed, and you are hoping someone will notice, they won’t. This is your career. This is your life and livelihood. Do not leave it up to someone else. If someone accuses you of being pushy, aggressive, or of jumping the line, you will have to make a choice: do you prefer to be (A) liked -OR- (B) tenured ? Besides, if you couch your arguments in terms of seeking advice, help, and assistance (i.e. you are asking for help and assistance) most people are quite receptive. If you already asked for help from your chair and they are unhelpful, time to go OVER THEIR HEADS.

4. Teaching the same class multiple times. This follows from above. When you are pre-tenure, you need to make sure that you get to teach the same course multiple times and not jump around too much. I have had several posts about how you can make incremental changes to your teaching to be more effective and get better evaluations (here, here, herehere). But, you cannot implement changes if you do not get to teach the course again.

In some departments, like mine, you have to demonstrate teaching excellence at all levels. This can often be done with two different classes – one at the sophomore level (lower level) and one at the senior/grad level (upper level). So, even if you are only teaching 1 class per semester, you can still make sure you demonstrate your teaching ability at “all levels.” Demonstration of excellent teaching at all levels DOES NOT mean demonstration of excellent teaching in ALL courses. Many departments make you teach a huge lecture section before you get tenure (mine didn’t, thank goodness). All the more reason to get to teach it multiple times to get better at it.

5. Writing papers. OK, this is a no-brainer. We all know we need to get papers published to get tenure. Yet, some people still submit packets with 2 papers when going up for tenure. Let me tell you, two is most often not enough papers in most fields. ***There are exceptions, such as someone who is working with a mouse model and had to raise mice from pups and watch them die, which could take 2-3 years to do one experiment. If that is you, you better squeak and make it very, very clear in your tenure packet that this is standard in your field (see these posts about your tenure packet: research, teaching, service) and make sure your allies are in place (tenure tips). Yet, two papers of your own independent work is a lot to do in, let’s face it, 2-3 years. Because the first 2-3 years on the job is spent getting a lab space, lab equipment, training people, and just figuring this job out (see this prior post on how to organize your time efficiently when you start your job). OK, so what should you do?

A. You need to build your body of work. I don’t think that most places expect you to actually make a huge impact on your field before tenure. Let’s face it, only very few of our colleagues at BigPrivateUs can even do that with amazing resources and students. So, let’s not shoot for Science and Nature papers. Let’s shoot for good papers in reputable journals that are known for good, reproducible work prior to tenure. This goes along with point 1, A above. If you are writing and getting funded grants on attainable science, you should also be able to make a few papers on that science. It can be foundational, as I said, so that you can build to the really cool stuff you want to do, but it needs to be there. I think more schools are happy with 4-5 solid papers than 1 Nature paper. Besides, how will you get that Nature paper? It is an unobtainable goal for most people (more power to you, if it is within your grasp).

B. Collaborate. Sometimes when people are pre-tenure, they are told explicitly or implicitly, not to collaborate. I felt this pressure, too, and it made it so that I could not work with some of my best friends in science who were all also going through tenure. But, collaborating and lending a figure of original data to someone else’s paper can help build your body of work. Several of my papers pre-tenure were articles where my lab contributed a single figure to someone else’s paper. In my packet, I openly discussed these and made it clear exactly what my contribution was to each paper. Of course these do not count as much as articles where I am last author, but it demonstrates expertise and reputation. It also shows that good data came from my lab and we were being productive and collegial, even while we were getting our other papers out the door.

C. Get your opinion and work out there in any form. Part of building your reputation and your body of work is getting your ideas out there. When I was pre-tenure, I was asked to write a couple methods chapter and a few review articles. I did not turn many down. In each of these, I tried to be pedagogical and interesting and inspiring when I discussed my views on science or the methods being implemented. Although I agree that these publications are not as important as reviewed journal articles where I am the senior author, they do add to my reputation and body of work. They are an important part of building that body of work. And if you are having trouble getting those corresponding author papers out because of experimental issues, you will at least have something to show for your time and effort that can go on your CV.

OK, this post got pretty long. I hope you find it helpful. Post or comment, and please let me know if there are things missed or other topics you want to see posted. Writing a long one like this is good to tie in the many previous posts that you might not have noticed or seen before. To get an email every time I post, push the +Follow button.

On the Road Again

Travel-smallI am wrapping up the end of a couple weeks of travel. At first, it was nice to have a break from my gigantic class and my crazy household and the snow snow snow, but I am ready to go back home and get into a comfortable groove again. I am sure my HusbandOfScience will also be happy to have my help around the house again, too.

HusbandOfScience and I seem to do a lot of traveling. This semester, I am traveling for 3 conferences and 3 seminars. That doesn’t really seem so bad, unless you add in the travel of HusbandOfScience. If we each travel once per month, than someone is traveling every other week!

I think I should start phasing out most seminars, but people come back and ask every semester. You feel flattered and you feel guilty for saying no. The requesters come back and ask you again so nicely and politely.  So you make a date for a year in advance hoping that FutureYou will be in a better position than PresentYou as far as traveling. But FutureYou has always been in a worse position because PresentYou is an a-hole who keeps schluffing her travel onto FutureYou. This is all screwed up even more because some fancy, exciting invitations might come up on shorter notice than one year causing all wave function to collapse into a coherent travel particle.

But, here is a problem with phasing out going to give seminars – we get evaluated every year on our research accomplishments that help to determine the measely 0.5-0.7% raise you might get. People who don’t travel are dinged because they must not be important enough. Seminar invitations count toward your visibility as an academic, so you don’t want to ignore them completely. So, what is a happy medium? How many seminars is enough to make sure you are getting out your research message, but no so much that you drive your wonderful SignificantOther bonkers because you are never there? And is it really important to travel at all?

Some of my WomanOfScience friends who have new babies are having trouble getting back into the groove of travel. They are saying “no” and feeling guilty because it is for family reasons. Again, I ask if this is hurting their career? It seems to me that if they get out a reasonable number of scientific papers and other written works each year (say, 2-5?) then their scientific research “cred” is really not in jeopardy. I think not getting manuscripts submitted and published is a more negative issue for your career than the number of talks you give. So, I don’t think these MothersOfScience should worry about getting back to the swing of travel so fast, if they want to take a few years to settle into motherhood before hitting the road again. For when you are ready to get back, I have a lovely post contributed by one of my mentors and AllAroundWomanOfScience about this topic called, “Back in the Saddle” you might want to check out.

One thing I do want to say is that I get a lot more manuscript writing and submitting while away traveling and on the road (actually mostly on the airplane) than I do at home. So, for me, keeping up that paper count may depend on my seminar schedule being full.

What do you think? How essential is travel? Does it matter more before or after tenure? Comment or post. Push the +Follow button to get an email every time I post.

Writing a Draft Manuscript

typewriterI have been working on a manuscript about some pretty nifty science. I have been working on it for some time, and I finally just submitted it last week. As part of the “how to write” series, I thought I would give my personal process for how to write a manuscript. I am sure there are as many ways to write a manuscript as there are manuscripts that have been written and published. This is my way, and it also how I instruct to my students to help them get over the hurtles of writing.

1. Make figures. Science is all about the data. The data is the story, so the first thing I do is make figures. This can be pretty challenging in and of itself. When working with students, I often have them make the figures – or at least the first draft of the figures. They often don’t know exactly what to do – even if they have presented some nice plots and graphs in group meetings. I usually sketch out the figures with them on the white board before I set them to work getting the data into figure form. Also, I try to get the students to think about the figures as they are taking the data. I usually sketch out plots when we discuss the experiments. If you are already thinking about your data in figure format as you take it, making the figures becomes much easier.

If you figures are missing data, if often become clear at this step. It is obvious that something – some data, some plot – is missing in the figures. We don’t go onto the next step until we have all the data in figure form.

Just FYI, I use Illustrator to make my figures. I hate Powerpoint. It does not allow very much control or good resolution. I know some people love Powerpoint for figures, but I think it is clumsy compared to Illustrator.

2. Long figure captions. After the figures are all made – with ALL the data – we write long figure captions. The figure captions include how we did the experiments, what the figure results show, and what the results mean. The point of a long figure caption is to have an easy way to move from the data to the rest of the manuscript. The “how we did it” becomes part of the materials and methods. The “what the figure results show” become the results section. The “what the results mean” becomes part of the discussion section. The point of the long figure captions is just to help students get over their fear of writing. It is much easier to write while you have a figure to look at and to write about.

3. Methods. I find that the methods are often one of the easier parts to write – especially for students. This is where they get to say what they did. One issue I find, especially when working with undergraduate authors, is that this section can be harder to write than it seems. Yes, it is just what you did, but it has a specific style. For instance, it is not helpful to describe the volumes used in your assays – it is important to describe the concentrations of the reagents. The experiment *should* work the same if you mix up 1 ml or 100 ml, as long as the concentrations are the same.  I have a few favorite papers of my own or from others that I think have particularly good methods sections. I often give these to students to read to help them get the style and tone in their heads before they write.

4. Results. I, personally, find the results easiest to write – especially if you have the figures made up already. Often, each figure is a section of the paper’s results section. Again, this is where one can just describe what the data says. I write as stream of conciousness from the images and describe the data. Doing it this way tends to make the paper a bit long-winded, and it needs a lot of editing, but it is better than to stare at a blank page. It is always easier to cut and edit than to come up with perfect words the first time. A lot of times, I end up writing implications or how the data relates to other work in this section. These ideas are really better suited for the discussion, but it is easier to write them here and move them, if they belong somewhere else.

5. Discussion. After writing the results, I write a discussion section. Sometimes, the results and discussion sections are melded together, and for each figure, I write results and then discussion/implications. If they are separate, I still often write discussion-like ideas in the results and just cut and paste them into the discussion afterwards. These are the starting point, and I expand the discussion from there. At this point, I often have to do additional reading of the literature in order to put my work into context. I add in the references as I think of them with some sort of demarkation that my citation software can recognize. I use {curly brackets} and author name and year. If I know I need a citation as I am writing, I might highlight {cite}, so I can go back and find it later.

6. Introduction. I write the introduction after the discussion. How else will I know what topics I need to introduce and background literature to ground the work until I know the results and implications. I often need to do more reading at this point to make sure I have good and correct references. I insert the citations as I describe above in the text as they come up in the introduction. I often have to read other introductions, especially if I am stuck for words. By this point, I have a good idea of where I am sending the manuscript, so I read introductions from published papers in the same journal to get the style in my head.

7. Abstract. After the paper is pretty much written, I then write the abstract. The abstract is difficult because you need to be brief, for some journals less than 150 words! But, you have to get all the information of why it is important, what you did, and why is matters to the field. Again, I often write something much longer and have to cut cut cut. I think of an abstract as an inverted pyramid – start broad and focus down. You also want to hook the reader – tell them why this work is important early on so they want to read the paper.

8. Other stuff. This stuff I kind of do when the whim hits me. If I am having a hard time writing, then I might write the Acknowledgements section. This takes looking up all the funding agencies and getting the numbers. I had it on a sticky note (an electronic one on computer – not an actual sticky note), but I started being more organized with it all in an excel spreadsheet. Something like the title might change as the paper is being written and different important parts come into view. I like it to represent the results or the implications – it depends on the journal. The authors and author order are usually obvious and depend on the amount of effort, type of person, and the field you are in.

9. Cover letter. The cover letter. I think this is very important, and I think I have been doing it wrong until recently. Once you know the story, the cover letter is the place where you sell it to the editor. The higher “impact” the journal, the more important the cover letter is. This is especially true if the scientific editors are professional science editors and not Principle Investigators acting as editors. You have to educate the editor about how important your field is and why your work is an important piece of the puzzle that was missing until now. You have to discuss what your results are in laymen’s terms – like when you write a proposal for generally educated scientists who might not be right in your field. It must be clear and convincing.  I hope my recent cover letter works. It is far superior to any cover letter I have even submitted before now.

10. References. This is the absolutely last thing I do. Many of the references are being inserted in {curly brackets} along the way, but some will still be missing. They will also be missing from my reference software, so I have to spend some time getting all the citations into that, too. I personally do not use EndNote, but many people do. I use a program called Sente. Either way, I have to get the references into this software system to get inserted at the end. Once my references are inserted in the journal’s style, I cannot modify them or add more, so this is why I wait until the very very last to insert them – otherwise, I am wasting my time.

Before putting in final references, I have my entire lab read and edit the paper. They edit for typos, grammar, spelling, and tell me if things are not clear or confusing.

After all these steps, then I spend a lot of time submitting. The submission processes online are actually easier now than when I was a graduate student, but they still take several hours of inputting names by hand and getting the figures, tables, and writing all uploaded. So, even when you are done with the manuscript, you aren’t quite done.

And there it is, now you have a submitted manuscript! Easy, right? No, but it works, and it is relatively painless – at least for me. So, what are your tricks for writing manuscripts? Comment or post here.

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