There is a great deal <strong>of</strong> commentary online aboutwhat these factors mean in terms <strong>of</strong> how youinteract with other people or ideas. There are manyquestionnaires available online that will provide aMyers-Briggs score. Searching for the phrase “freeMyers-Briggs” should find a few. Much <strong>of</strong> thedevelopment around these personality types hasbeen done in North America and Western Europe,so some <strong>of</strong> what you read in these descriptions(especially in the areas <strong>of</strong> introversion andextroversion—one’s openness to other people orpreference for spending time alone), will be writtenwith cultural assumptions that may be differentfrom those in your own region.A popular way to understand your on-the-jobstrengths and weaknesses is to seek feedbackfrom those around you, including those above youin rank, your peers, and people you admire. Youmay be surprised to find that areas you consideryour special strengths are viewed by others asyour areas <strong>of</strong> weakness and vice versa. Feedbackfrom others can help you recognize and see pastyour blind spots.Creating YourVision as a LeaderMost people understand that the president <strong>of</strong> auniversity or the head <strong>of</strong> a large institute musthave a vision for what he or she wants to accomplish.But what about someone running a lab, orsomeone working on one project within a largerlaboratory? Even in a very small working group—one researcher and a technician—if there is noclear vision <strong>of</strong> what drives the work and what itsgoal is, someone may head <strong>of</strong>f in his or her owndirection, wasting time and potentially generatingill will.Without a clear shared goal, small disagreementsand normal human differences may becomemagnified as individuals’ own preferences maycome to overshadow what is really important fordriving the work forward. Developing a vision foreveryone in the lab to share does not limit innovation.Instead, it provides a foundation for creativityfrom which new directions may be taken. If youhave many people working under you, a sharedvision may help them better understand how youset priorities.How to Create a Mission StatementWriting a formal mission statement can provideyou with a cornerstone for building the vision foryour lab. This statement describes the kind <strong>of</strong>research you want to do, the motivation for yourresearch, and the kind <strong>of</strong> atmosphere in whichyou want to work. It should take into considerationthe history and current challenges <strong>of</strong> your lab andwhat you want to accomplish in the short and longterm, with an eye to your future work.If your position is one <strong>of</strong> higher responsibility, yourvision and mission will be oriented toward theachievements <strong>of</strong> a department and institution as awhole. The exercise <strong>of</strong> writing down a mission anda vision may seem artificial, but it can be usefulto capture “the big picture” and to refer to it nowand then to see if you are spending your time andeffort in ways consistent with movingyou closer to your long-term intentions.As you develop your mission statement, keep inmind the following points:n Decide what values you want for your lab (e.g.,scientific excellence, discipline, teamwork,competition). You might think, “These are all goodthings, so why not just aspire to greatness?” Butthe values and strengths you see as leading togreat science may be different from those someoneelse would pick. Someone who enjoys beingfocused might thrive by picking a single scientificproblem and focusing great efforts to solving it.A different person might thrive on devoting greatefforts at many different problems connected by acommon thread. Some people want to have a labwhere everyone collaborates on projects; othersmay prefer to have each lab member work on distinctaspects <strong>of</strong> a scientific question without muchinteraction. Knowing yourself—your strengths andweaknesses—will help you determine what youwant to accomplish and how to get it done.n Consider your social, financial, and family goals, inaddition to your scientific ones. They will not beelements <strong>of</strong> your mission statement, but theyshould help you understand what efforts andresources you can put into your research. This, inturn, will help determine the scope <strong>of</strong> what youhope to achieve.50 excellence everywhere
n Craft a statement that you feel comfortablecommunicating to your peers, superiors, and labmembers. It does not need to be flowery language;it should be ambitious but not a grandiose overstatement<strong>of</strong> importance.Here are two sample mission statements:n The goal <strong>of</strong> our laboratory is to be among the mostsuccessful and respected researchers in the area<strong>of</strong> cancer genetics. The ultimate goal is to helpdevelop better therapies and cures for cancer. Ouraccess to patients with a unique type <strong>of</strong> cancergives us an unusual opportunity to do excellentmolecular and population work. We will publishour work internationally and seek out excellentcollaborators. We will be recognized for being fairand collegial colleagues in the broad cancer fieldand as the world’s experts in the cancer that is ourspecialty.n Our lab aims to understand the mechanisms bywhich cells transport proteins. In particular, we willfocus on technical challenges that others have notbeen able to overcome. A main focus <strong>of</strong> the lab isto train the next generation <strong>of</strong> scientists. We willcreate an environment that is conducive to learningand testing new skills.Keep in mind that mission statements are notoperating plans or strategic maps for the lab, butdo serve to shape those essential elements. Inaddition, they are not static—they evolve andchange with time. One could read them cynically.But why do that? You are setting out in words yourhopes for your career and maybe for your country’srole in advancing science. Think realistically,but think boldly about what you can do, and thinkproudly about doing it where you are.If you have written a mission statement you arepleased with, try saying it over and over to thepeople in your lab. State it at lab meetings, whenpeople first join the lab, and when you sit downto write a paper. Every decision you make fromnow on, from hiring staff to choosing scientificprojects for the people in the lab to establishinghow communication flows, can be made with thisstatement in mind. It will help remind you to askyourself whether an action being considered is inkeeping with what you want to achieve and howyou want to achieve it.Developing YourLeadership StyleYour mission statement is what sets the course foryour lab, but how do you go about directing andmotivating people to accomplish this vision? Theway you carry out your role as a leader is calledyour “leadership style.” It will depend largely uponyour own personality and the types <strong>of</strong> experiencesyou have had up to now. For example, you mayfind you feel more comfortable making decisionson your own, without seeking the input <strong>of</strong> othersin the lab or colleagues. Or you may find it difficultto give unsolicited feedback to your students andpostdocs. After a few months, you will most likelydevelop a style that you feel comfortable with. Butmanagement experts tell us that different stylesare required for different situations and differentindividuals, and that you should practice using avariety <strong>of</strong> such styles to help you navigate throughdifferent problems and challenges.American management gurus Ken Blanchard andPaul Hershey have written about leadership stylesin terms <strong>of</strong> a continuing spectrum <strong>of</strong> directive andsupportive behavior. Directive behavior involvesclearly telling people what to do, how to do it, andwhen to do it, and then closely monitoring behavior.Supportive behavior involves listening to people,providing assistance and encouragement, and thenfacilitating their involvement in problem-solvingand decision-making. According to this model, thedegree to which you direct and support peoplewho work for you is influenced by their level <strong>of</strong>competence and their commitment to completinga given task.Supportive BehaviorBlanchard and Hershey Model <strong>of</strong> Leadership StylesLow HighLowSupportingdelegatingDirective BehaviorcoachingdirectingHigh(Adapted from a concept developed by the Center for Leadership Studies, Inc.)managing your many roles51
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Table of ContentsVII119PrefaceChapt
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135 Chapter 10E x p a n d i n g Y o
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Who might be interested in supporti
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Call your program officerProgram of
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direct costs vs. indirect costsDire
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RESOURCESAllen, Ernest M. “Why ar
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the next generation of students (th
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Seek Feedback through a Formal Peer
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Encouraging Student Questionsn Do n
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Here are some ways you can help the
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a relaxed format for talking about
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spend in preparing an effective cou
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The Publishing ProcessTypes of Jour
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A word about impact factorsThe impa
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C r e a t i n g a n i n t e g r a t
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may need to take the first author p
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submitting image filesToday, most i
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Submitting your Paper to Another Jo
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RESOURCESDavis, Martha. Scientific
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increase your impact as a scientist
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Q u e s t i o nq&aHow do I communic
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n Offer criticism and correction in
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It is important to discuss career g
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When Mentoring,Advisory, or Supervi
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For researchers in developing count
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n Is travel safe and convenient, or
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n The expected contribution of each
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Meetings. Set up systems to ensure
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SPECIAL CHALLENGESFOR THE BEGINNING
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e an important connection to future
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The invention of a new method or pr
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licensee, who can charge others for
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Most profound for developing countr
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Finally, the patents have been chal
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paperwork involved in purchasing1.
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labeling mattersA case in point: In
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equipment, freeze-drying equipment,
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Responsibilityfor materialsIf an or
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Recent Improvementsin Materials Tra
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“Knowledge is power.” —Sir Fr
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MOUMemorandum of UnderstandingRFPRe
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notes continued182 excellence every
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notes continued184 excellence every