Pioneering Research and Enduring Legacy: A History of UCLA's Influential Figures
The University of California, Los Angeles (UCLA) has been a hub of groundbreaking research and academic excellence since its establishment. Throughout its history, numerous faculty members have left indelible marks on their respective fields, shaping the landscape of science and academia. This article explores the contributions of several distinguished individuals who have been associated with UCLA, highlighting their pioneering work and lasting impact.
Early Leaders and Foundational Figures
Several individuals played pivotal roles in establishing the foundation of scientific inquiry at UCLA. Dr. Allen, for instance, served as the first chair of the former Department of Zoology, making fundamental contributions to understanding the role of endocrine glands in growth and development, marking a formative period in modern endocrinology. Dr. David Appleman dedicated 68 years to the University of California, his career intertwined with the growth and evolution of UCLA itself. Dr. Sarah R. Atsatt, an authority on herpetology and reptilian behavior, may have been the first woman faculty biologist at UCLA. An article on lizard hunting in the San Jacinto Mountains by Sarah R. Atsatt ’10 was featured in the Pomona College Quarterly Magazine of October, 1917.
Chairpersons and Deans: Shaping Academic Departments
Many faculty members have taken on leadership roles, guiding departments and shaping academic programs. Dr. Gordon H. Ball, a UCLA Medalist, served as chair, contributing significantly to the academic direction of his department. Similarly, Dr. George Bartholomew, for whom the Bartholomew Fellowship for Field Biology is named, received the Distinguished Teaching Award, was a member of the National Academy of Sciences, and served as chair, leaving a lasting legacy in field biology education. Dr. Albert M. Bellamy served as chair and as Dean of Life Sciences, further solidifying his influence on the university's academic structure. Other notable chairpersons include Dr. Wilbur T. Ebersold, Dr. Hamner, Dr. Jahn, and Dr. James, each contributing their expertise to guide their respective departments. Dr. F. Lewis also served as chair of the department, and as Dean of Life Sciences from 1962-1981, and was one of the early pioneers in the genetics of plant speciation.
Contributions to Specific Fields
UCLA faculty have been at the forefront of research in diverse scientific domains. Dr. Cowles' research on reptile thermoregulation was a major foundation of present understanding of the use of heat by vertebrate animals. Dr. Ebeling was a pioneering researcher in the field of urban entomology. Dr. Epling is best known for being the major authority on the Lamiaceae (mint family) of the Americas from the 1920s to the 1960s. Dr. Furgason's most significant scientific contribution was his establishment of the protozoan ciliate genus Tetrahymena, which has since become a widely investigated organism in cell biology. Dr. Kavanau was a well-known developmental biologist in the early stages of his career and became an accomplished experimental animal behaviorist later on. He published a significant number of more theoretically oriented papers after retiring from UCLA over 20 years ago. His experimental studies of the last 15 years have related to avian behavior, evolution, and responses to unnatural light cycles, working primarily with small parrots. Dr. Lang was a member of the National Academy of Sciences. Dr. Lazier was the author of a laboratory manual of the anatomy of the spiny dogfish, and two revisions of Marshall’s Introduction to Anatomy, a widely used textbook. Dr. Obst was an ornithologist; much of his research was conducted on petrels in Antarctica, although he also studied penguins, auklets, grouse, geese and chickens, from Antarctica to Alaska. Dr. Phinney's observations were some of the first to show that this class of plant hormones, which affect such critical developmental phenomena as seed germination, stem elongation, and fertilization, could be understood using a biochemical genetics approach. Dr. Schechtman and his students made notable contributions toward the demonstration that the structural maturation of the organism is accomplished at highly reproducible times by the onset of competence to synthesize specific protein components. Dr. Schechtman became, through his studies in depth in this area, one of the world leaders in this field. Dr. Scherbaum elucidated the stages in nucleic acid synthesis, the changes in amino acid composition, the role of various enzymes at different periods in the cell cycle, alterations in carbohydrates, lipids and proteins, changes in phosphorus-containing compounds, as well as the temporal sequence of morphological changes in synchronized cells and became one of the leading authorities in this new type of investigation into cell biology. Dr. Wildman was an early member of the Molecular Biology Institute at UCLA and his viral studies led to the discovery of what he first called Fraction I protein, later named rubisco, which is found in chloroplasts and is an important enzyme in photosynthesis, and is also the most abundant protein in plants and probably on earth. The fact that he was able to crystallize it led to David Eisenberg’s group determining its three-dimensional structure.
The UCLA Botanical Garden: A Testament to Visionary Leadership
The UCLA Mildred E. Mathias Botanical Garden stands as a testament to the vision and dedication of its founders and supporters. The garden was named after Dr. Mildred E. Mathias, an adventurous and groundbreaking professor whose pioneering efforts in the tropics earned her great admiration. Her contributions were recognized with the UCLA Medical Auxiliary Woman of Science Award (1963) and selection as one of twelve Women of the Year (1964) by the Los Angeles Times. Dr. Sponsler, the founder of the UCLA Botanical Garden, served as director of the unofficial garden from 1929 to 1937, laying the foundation for its future development.
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Contributions to Agriculture and Horticulture
UCLA faculty have also made significant contributions to the fields of agriculture and horticulture. Dr. Stoutemyer was selected to chair the newly established Department of Floriculture and Ornamental Horticulture in the College of Agriculture at Los Angeles in 1946, where he founded the first turf research program on the West Coast. Dr. Schroeder conducted research on many subtropical and tropical fruits, both at UCLA and abroad, and was involved in some of the early exploration for avocado rootstocks in Mexico, Central America, Peru, and Ecuador. In addition to teaching and research, Art directed the first 16 years of the pioneering Fulbright project at UCLA and other southern California institutions, which continues today. He also spent several years as head of the Study Abroad Program at the University.
Impact on Ecology and Environmental Studies
The research of UCLA faculty has also had a profound impact on ecology and environmental studies. In the 1950s, Dr. Boyd W. Walker headed the Salton Sea Project financed by the California State Department of Fish and Game, which resulted in the benchmark publication, “Ecology of the Salton Sea.” This work provides a database that is one of the scientific foundations for current debates about the management and future of the Salton Sea. Dr. Bob Wayne was a pioneer in applying genomic technologies to studying evolutionary questions in a variety of species and is best known for his work on dog domestication and the evolution of canids. Starting in the 1990, he also was the first to bring conservation genetics as a discipline to EEB at UCLA. In recent years, Bob reinvented himself scientifically by studying the role of deleterious mutations in extinction risk of small populations as well as using DNA from the environment to monitor biodiversity.
Patient-Reported Outcomes and Medical Advancements
There is increasing interest in measuring patient-reported outcomes as part of routine medical practice, particularly in fields like total joint replacement surgery, where pain relief, satisfaction, function, and health-related quality of life, as perceived by the patient, are primary outcomes. National registry data play a crucial role in monitoring, developing, and improving total joint replacement (TJR) surgery. The increasing life span of the patients, along with medical advances and improved implant technology that now allows joint replacement in both younger and older patients, has led to an increasing population of patients needing TJR. One fundamental prerequisite for understanding how to meet the changes in the demands for TJR is to measure outcomes from the patient's perspective. For these reasons, PROMs are becoming increasingly important in the allocation of health-care resources and the provision of guidelines for optimum care and management.
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