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TRIENNIAL REPRODUCTION SYMPOSIUM |
Department of Dairy Science, Virginia Polytechnic Institute and State University, Blacksburg 24061-0315
| Abstract |
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Key Words: Casida award graduate education student
| INTRODUCTION |
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Upon notification of this recognition and the basis upon which the award was created, I immediately consulted the paper authored by L. E. Casida, published in the Journal of Animal Science in 1966, titled Graduate Training in Animal Science: Degree Requirements and the Involvement of the Student in the Research Program (Casida, 1966
). This paper articulated Casidas philosophy, which I quickly realized paralleled much of the philosophy held by my advisor and mentor at Penn State University, J. Almquist. The philosophy of these 2 great scientists was particularly in harmony with respect to the importance of a broad training combining basic biology and the applied sciences, as well as the early immersion of graduate students in research. Involvement of the student with what I will refer to for the moment as the professional family appeared important in the graduate programs of these 2 scientists and, later, to me personally. Thus, it is toward the professional family of the graduate student that I will focus my comments in addressing components of a graduate education.
In addition to John Almquist, my close professional family included T. Y. Tanabe (dairy science, a Casida-trained PhD), R. Flipse (dairy science), S. Patton (dairy chemistry), and P. Grun (botany), who unselfishly gave of their time and expertise. Also important were many graduate student colleagues, with whom many hours were spent sharing successes and failures, but from whom I would single out 2 who became important colleagues in postgraduate years as well, R. P. Amann and R. McCarthy. External to Penn State University, my professional family also included D. W. Fawcett from the Department of Anatomy at Harvard University.
My PhD research centered on the ultrastructure of the bovine spermatozoon, and at that time there were no faculty at Penn State University working in electron microscopy of biological specimens. John Almquist provided the resources and encouraged me to seek help from where I could receive the best advice. Clearly, at that time, it was the laboratory of Fawcett for microscopy and germ cell structure. After leaving Penn State University, contact with Fawcett continued and served to guide me in establishing my own program in microscopy at Virginia Polytechnic Institute and State University (Virginia Tech).
Finally, my Penn State University family also included industry personnel. Almquist often included those of us in graduate school to accompany him to the, then, 5 AI cooperatives in Pennsylvania, where we made acquaintances with the stud managers and laboratory and barn personnel. In addition, I recall going to retreats in mountain cabins each year, where the managers, stud personnel, and our laboratory group at Penn State University would discuss common problems and share experiences. I reflected upon these times when reading Casidas paper on graduate education because it became clear that these individuals were part of my professional family. They colored my career by providing a firm footing in the applied aspects of reproduction. I am sure that this aspect of my family also influenced the template for the professional families of my students at Virginia Tech.
| THE PROFESSIONAL FAMILY |
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In our laboratory, critical to the family of a student were his or her graduate student peers. Clearly, team-work is aided by working with people you like and with whom you share a similar work ethic and aspirations. Our selection process was really quite simple, requiring of prospective students an intrinsic desire and aptitude for graduate study, the enthusiasm and curiosity in areas embraced by our program, and the compatibility of the program to meet the professional goals envisioned by the student. Did we make some mistakes? Of course we did! However, when we did make mistakes, both the student and I were aware that this was not the best graduate program he or she should take, and it was usually evident relatively early in the program.
Of help here was what I would call the components of a successful graduate program. Certainly, these components were not all unique to our program, several being adapted from colleagues and mentors. Quite important was the early engagement of the student in ongoing research, teaching, and professional meetings. This seemed the best way to begin making the transition from undergraduate study to graduate study; i.e., the transition from primarily classroom performance to active engagement in uncovering and communicating new information, a transition spanned easily by some and less so by others. The early selection of coursework, particularly coursework relevant to the students research endeavors (Casida, 1966
) was also important, and we (I and the more experienced graduate students) attempted to identify the more competent teachers in our university. The identification and formulation of the thesis problem, the committee, and the external advisors was usually next, and finally, the communication of research results in oral and written form with emphasis on the audience to which it was being delivered.
Academic and Nonacademic Professional Family
In my judgment, the professional family can be categorized into the obvious 2 distinct elements as ones personal family; i.e., blood relatives, which would be paralleled by the advisor, graduate student peers, and other members of the laboratory (e.g., postdoctoral students and technical support staff), with the second element being the extended family, which would include academic and nonacademic members that affected the students thesis, professional growth, or both. Like any family, this latter component could include quite a few people (analogous to cousins, aunts, uncles, in-laws, out-laws, and friends). The academic side of the extended family would include the graduate committee and other faculty of the university, inside and outside the students department. These individuals are critical in contributing to and sharing in the professional development of the student and making his or her background unique. They also serve as an important source of professional references for the student following graduate study. I also viewed this group as important to covering my mistakes, providing assurance that all the bases of a graduate program had been touched (a task that differs markedly among graduate students), or both.
The extended academic graduate family could also have an external component, particularly important where endeavors of research are unique and not shared by other units within the students university. This is often helpful when new techniques or insights and approaches are included in the graduate students work and have roots and expertise in places outside the universitys walls. It was not uncommon for my students to visit a distant laboratory for assistance, as was the opportunity afforded to me during my training. Reaching out for advice and guidance becomes a valuable tool throughout ones career, and the confidence to know when and how to do this can be learned in graduate school.
Finally, in our work, the extended family can and should include the nonacademic community. It is here we can again refer to the philosophy of L. E. Casida in the goal of combining the applied and the basic aspects of our science. Where better than the industry serving animal production agriculture can we gain advice and insights to the needs of animal producers? For our discipline, one might envision here the nonacademic family including those in the feed, AI, pharmaceutical, and livestock industries, along with the field veterinary professionals serving animal agriculture.
| THE PROFESSIONAL MISHPUCHA (PRONOUNCED "mish-pooh-kah") |
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The professional mishpucha of our graduate students, and therefore myself, was highly influenced by the general research mission of our laboratory, which centered on the structure and function of bovine gametes, and reproductive and mammary tissues. We operated under the assumption that knowing the biological structure would greatly help us understand function and thereby provide a basis for predicting function, preserving function, or enhancing function of important tissues. Clearly, this approach gave us a broad spectrum within which graduate students could roam and select a problem. This broad spectrum also invited disaster if one became lost and therefore begged us to include advisors and colleagues with appropriate insights. In this respect, the professional mishpucha took shape by virtue of the inquiry that was undertaken. Not surprisingly, it led to a broad spectrum of colleagues, collaborators, supporters, and tutors to assure that a student had the best chance of succeeding. For our laboratory, I attempted to outline the nature of problems undertaken and the spectrum of disciplines and professional family consulted. It was a far greater task than I had imagined and almost impossible to present in a single diagram. Nevertheless, an abbreviated form is presented in Figure 1
, offering an example of the diversification of disciplines, and therefore people, that were pulled into our mishpucha.
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Clearly, the graduate mishpucha becomes a part of the past and present success of our graduate students. It has certainly provided excitement and enrichment to my career and shares greatly in my acceptance of the Casida Award. I wish to thank, again, my graduate students, my fellow faculty members, and the whole mishpucha. This award really belongs to you. Thank you and may you all enjoy this profession as much as I have.
| Footnotes |
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2 Corresponding author: saacke{at}vt.edu
Received for publication September 6, 2006. Accepted for publication September 15, 2006.
| LITERATURE CITED |
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