The reality of being a scientist is that not all papers are going to be accepted. However, there are times when one may not completely agree as to why a paper got rejected. A recent post by Jerry Fagerberg at CellPress discusses how to start a conversation with editors about their decision.
A pre-submission inquiry can be a useful tool to determine if a journal may be interested in your manuscript before a full submission.
Here, Fatima Qureshi, a Junior Content Writer and Editor for Editage Insights, highlights tips for writing an effective pre-submission inquiry.
So… you worked hard on your paper. You ran the experiments and wrote up the results. You got the cover letter just right, and you made sure to polish the title, the abstract, and the figures . Finally, you submitted your work to a journal, and a few days later you received an email letting you know that the editors have sent your work out for peer review!
And now … you wait.
By Ben Tolkin
Manuscripts may have a rigidly defined structure, but there’s still room to tell a compelling story — one that clearly communicates the science and is a pleasure to read. Scientist-authors and editors debate the importance and meaning of creativity and offer tips on how to write a top paper.
by Virginia Gewin
A career in science requires one to wear many hats: bench scientist, mentor, writer, teacher, graphic designer, public speaker, etc. Therefore, effective time management is essential for a successful career in research. In a recent career column in Nature, Andrew Johnson and John Sumpter outline six tips at being a better manager of your time.
In a recent post by Science, graduate students were asked about their experiences writing their thesis. Their post provides useful information for anyone taking on this task.
The “Discussion” section of a manuscript is often seen as the most important, which can make it extremely stressful to write. The attached article provides some strategies for making the “Discussion” an easier section to approach.
We are a little more than a week into the new year. Hopefully, everyone is keeping up with their New Year’s resolutions. Science recently released an article highlighting some resolutions from scientists. Feel free to comment with your own science resolutions!
Photo Credit: Nicolas Tissot/Unsplash
“Once I set my mind to doing something. I find a way to get it done regardless of what may come my way”
Nakisha currently studies inflammation, a process by which the body’s defense system produces an array of substances and uses white blood cells (leukocytes) to protect against foreign organisms such as viruses or bacteria. Alternatively, under certain disease conditions, there are no foreign organisms to fight off, and normal tissue signaling can become dysfunctional. As a result, this triggers an autoimmune response causing the body to attack itself through inflammatory signaling. As a 4th year Ph.D. candidate at Northwestern University in Dr. William A. Muller’s Lab, Nakisha’s research is specifically geared at identifying the molecular signals involved in inflammation. Prior to matriculating into graduate school she completed a B.S. in Biochemistry from Spelman College in Atlanta, Georgia.
“You can only become accomplished at something you love. Don’t make money your goal. Instead pursue the things you love doing and then do them so well that people can’t take their eyes off you.”
Previous work in Nakisha’s lab explored how inflammation occurs in a series of steps in response to tissue damage and infection. Specifically, she investigates a critical step in the inflammatory process call “transendothelial migration”. During this process, leukocytes exit circulation through inflamed endothelium (inner surface of blood vessels). Sequential and coordinated activation and interaction of molecules on both the leukocyte and the endothelium are required for transendothelial migration. Thus, allowing leukocyte access to a site of inflammation to aid in tissue healing and recovery. Overall, the goal of Nakisha’s research is to identify the role of signaling molecules that coordinate transendothelial migration to use as potential therapeutic targets to treat an array of chronic inflammatory diseases.
“I have learned that success is to be measured not so much by the position that one has reached in life as by the obstacles which he has had to overcome while trying to succeed.”
-Booker T. Washington-
Nakisha considers her greatest strength to be tenacity and it defines her determination to one day become a professor running a successful biomedical science research lab. Meetings like the 2017 Annual ASIP meeting at the Experimental Biology conference provide an outlet by which early-stage scientists like Nakisha can gain national exposure for their research. In addition, trainees get to take advantage of a wide variety of career development and networking opportunities.
“My most memorable experience at the 2017 ASIP Meeting would be the talk I gave in the mini symposium. It was the first time I had given an oral presentation at an international meeting”
Nakisha’s immediate plan after finishing her graduate studies is to secure a postdoctoral position in preparation of one day directing her own research lab.
Author: Bryan A. Wilson, Ph.D., M.B.A. – Research Fellow (UNC Chapel Hill School of Medicine)
Official launch at Experimental Biology 2017 in Chicago, IL.
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