Results for: “Transmission electron micrographs” (15 collections)SCUA

  1. Pages:
  2. 1
  3. 2

Antipa, Gregory A.

Gregory A. Antipa Papers, 1953-1960.

10 boxes (15 linear feet).
Call no.: MS 567

A specialist in ciliate development and ecology, Gregory Antipa received a doctorate in Zoology at the University of Illinois in 1970, and since 1978, has been on faculty at San Francisco State University. Working with Paramecium, Conchophthirus, and other taxa, Antipa’s research has ventured into structure/function relationships, chemotaxis, and cellular adaptations, and he has been involved in research into the decomposition of organic wastes by protozoa. He is a member of several professional organizations, including the American Society for Cell Biology,the Microscopy Society of America, and the International Society of Protistologists.

The Antipa collection consists primarily of electron micrographs of ciliates Condylostoma, Trichodina, Conchophthirus, and the mussel encommensal Mytilophilus, along with a lab manual on protist culture and assorted notes.

Subjects

  • Conchophthirus
  • Condylostoma
  • Protozoans--Development
  • Trichodina

Contributors

  • Antipa, Gregory A

Types of material

  • Scanning electron micrographs

Protistology

History of Protistology

“The province of protozoa, reminiscent of the fertile crescent in the Middle East, straddles the highways of thought that run between the major continents of biology. Down these roads come caravans of concepts and analogies: ideas about hierarchies and taxonomies from one direction, convictions about the basic structures and functions of life from another, opinions about reproduction and development from a third, and theories of the origin and evolution of life’s forms from still another quarter. It is uncanny how these separate trains of thought intersect one another in the land of the single-celled organisms. There they interact, exchange views, and rearrange their loads before they disperse again to inform other regions of biology of their contents and conclusions. A complete history of protozoology must recognize the centrality of this terrain.”

Frederick B. Churchill. 1989. “Toward the History of Protozoology,” Journal of the History of Biology 22: 185-187.

Protistology (formerly called protozoology) is the scientific study of unicellular eukaryotes and their relatives — single cells as living organisms. Protists make up 57 of the 60 distinct “ultrastructural identities” of eukaryotes, with the macroscopic forms most familiar to us (plants, animals and fungi) nestled amongst the other three (Simpson and Patterson, 2007). An extraordinarily diverse assemblage of organisms, protists have distinctive genetic systems, numerous primary, secondary, and tertiary levels of symbiosis, and unique cytoskeletons, and they play important roles in food webs and as pathogens. Among them are some of the most serious human parasites, including the malaria parasites Plasmodium spp., Leishmania, Trypanosoma, Entamoeba and Trichomonas. Many protists, such as Chlamydomonas, Tetrahymena, and Dictyostelium, have become important experimental organisms in scientific and medical research.

What do the Protistology Collections include?

The Protistology collections at UMass focus on the unique aspects of protist biology, those not found in plants, animals and fungi, but which inform our understanding of the evolution of these macroscopic lineages. In addition to having the professional papers, lab notebooks and journals of some of the leading 20th century protistologists, the collection includes the world’s primary repository of light and electron micrographs of protists. Due to the ubiquity and diversity of protists, the collections cross a broad range of disciplines and methodologies, from evolutionary biology to ecology, physiology, medicine, and public health.

The growing number of collections include the papers of:

For further information, please contact the Archivists.

References

Simpson and Patterson, 2007. In Katz, L.A. and D. Bhattacharya, eds. Genomics and Evolution of Microbial Eukaryotes. Oxford

Ritter, Hope T.

Hope T. Ritter Papers, 1947-1987.

6 boxes (9 linear feet).
Call no.: MS 572

The protistologist Hope T. Ritter (1919-2007) is recognized for his important research on the evolution of mitosis. A native of Allentown, Pa., Ritter received his doctorate at Lehigh University in 1955 for a study of the gut fauna in a subterranean termite. Building on this research during the 1950s, he became the first scientist to successfully culture Barbulanympha, a hindgut flagellate symbiont of the wood-eating cockroach Cryptocercus, which has since become a model organism for study of the evolution of mitosis. After teaching at Harvard (1957-1961) and SUNY Buffalo, Ritter moved to the University of Georgia in 1966, where he remained until his retirement from teaching in 1987.

The Ritter Papers contain valuable professional correspondence, lab notebooks, and a large number of electron micrographs documenting his research.

Subjects

  • Barbulanympha
  • Protozoans--Composition

Contributors

  • Ritter, Hope T

Types of material

  • Scanning electron micrographs

Satir, Birgit H.

Birgit H. and Peter Satir Papers, 1970-2000.

37 boxes (55.5 linear feet).
Call no.: MS 706

Distinguished researchers in the Department of Anatomy and Structural Biology at Albert Einstein College of Medicine, Birgit and Peter Satir have made fundamental contributions to the study of exocytosis and the ultrastructure of cellular motility. While working on his doctorate at the Rockefeller Institute, Peter spent 1958 studying at the Carlsberg Biological Institute in Copenhagen, where he met Birgit. After completing their degrees in 1961 and marrying the next year, the couple went on to academic appointments at the University of Chicago and Berkeley. Although they are considered the first couple to be allowed to work in the same department at Berkeley, Birgit was never fully salaried, prompting the Satirs to move to more favorable circumstances at Einstein in 1977. Birgit’s research has centered on the nature of microdomains in cell membranes and how cells secrete chemical products, while Peter has studied the role of the structure and function of cilia and flagellae in cell motility.

The Satir collection contains professional correspondence, journals, and several thousand electron micrographs and motion picture films of ciliates and flagellates taken in the course of their research.

Subjects

  • Cell biology
  • Ciliates
  • Flagellata
  • Protozoans--Composition

Contributors

  • Satir, Birgit H.
  • Satir, Peter

Types of material

  • Scanning electron micrographs

Small, Eugene B.

Eugene B. Small Papers, 1964-2007.

7 boxes (10.5 linear feet).
Call no.: MS 591

Specializing in study of the biology and evolutionary history of ciliophorans, Eugene B. Small conducted both laboratory and field studies in comparative morphology and morphogenesis, ciliate ecology, phylogeny, life history, and nutrition. He was particularly noted for his work on ciliophorans from marine habitats ranging from the psammitic shores to the pelagic zones to deep sea hydrothermal vents. After receiving his doctorate at UCLA in 1964, Small served on the Zoology faculty at the University of Illinois and, from 1972, in the Department of Biology at the University of Maryland.

The collection consists primarily of thousands of electron micrographs of ciliophorans taken over the course of Small’s career, along with a small number of laboratory and field notebooks.

Subjects

  • Ciliata
  • Evolution (Biology)
  • University of Maryland--Faculty

Contributors

  • Small, Eugene B

Types of material

  • Laboratory notes
  • Scanning electron micrographs

Whisler, Howard C. (Howard Clinton)

Howard C. Whisler Papers, 1963-2007.

5 boxes (7.6 linear feet).
Call no.: MS 716

As an undergraduate at the University of California Berkeley, Howard Whisler was introduced to the study of zoosporic fungi, beginning what would become a lifelong interest in evolutionary protistology. During his graduate work at Berkeley, Whisler focused on fungi associated with invertebrates, receiving his doctorate in 1960 for a study of the entomogenous fungus Amoebidium parasiticum. He joined the faculty at the University of Washington in 1963, where he remained until his retirement in 1999. A prolific researcher, and developer of the fungal research program at the Friday Harbor Marine Biological Laboratory, he became noted for his work on zoosporic fungi and protists, particularly of parasites or commensals in arthropods, with publications ranging from studies of reproduction in the Monoblepharidales to the molecular systematics of Saprolegnia in salmon, and the sexual stages and life cycle of Coelomomyces, a fungal pathogen of mosquitos. An active member of the Mycological Society of America, Whisler was also a founder of the International Society of Evolutionary Protistology with Max Taylor and Lynn Margulis. Whisler died on Sept. 16, 2007, at the age of 76.

The Whisler Papers contain correspondence, notebooks, scanning electron micrographs, and motion pictures dating primarily from the mid- to late 1970s.

Subjects

  • Fungi--Study and teaching
  • International Society of Evolutionary Protistology
  • Mycology

Contributors

  • Whisler, Howard C. (Howard Clinton)

Types of material

  • Motion pictures (Visual work)
  • Scanning electron micrographs

Alternative Energy Coalition

Alternative Energy Coalition, ca.1975-1985.

9 boxes (13.5 linear feet).
Call no.: MS 586

A product of the vibrant and progressive political culture of western Massachusetts during the early 1970s, the Alternative Energy Coalition played a key role in the growth of antinuclear activism. In 1974, the AEC helped mobilize support for Sam Lovejoy after he sabotaged a weather tower erected by Northeast Utilities in Montague, Mass., in preparation for a proposed nuclear power plant, and they helped organize the drive for a referendum opposing not only the proposed plant in Montague, but existing plants in Rowe, Mass., and Vernon, Vt. Forming extensive connections with other antinuclear organizations, the AEC also became one of the organizations that united in 1976 to form the Clamshell Alliance, which made an art of mass civil disobedience.

The AEC Records provide insight into grassroots activism of the 1970s and 1980s, galvanized by the seemingly unrestrained growth of the nuclear power industry. The records, emanating from the Hampshire County branch, contain both research materials used by the AEC and organizational and promotional materials produced by them, including publications, minutes of meetings, correspondence, and materials used during protests. Of particular interest are a thick suite of organizational and other information pertaining to the occupation of the Seabrook (N.H.) nuclear power plant in 1979 and minutes, notes, and other materials relating to the founding and early days of the Clamshell Alliance. The collection is closely related to the Antinuclear Collection (MS 547).

Subjects

  • Antinuclear movement--Massachusetts
  • Hampshire County (Mass.)--History
  • Nonviolence--Massachusetts
  • Nuclear energy--Massachusetts
  • Pacifists--Massachusetts
  • Political activists--Massachusetts
  • Renewable energy source
  • Seabrook Nuclear Power Plant (N.H.)
  • Vermont Yankee Nuclear Power Station

Contributors

  • Alternative Energy Coalition
  • Clamshell Alliance

Types of material

  • Realia

Azzola, Friedrich Karl

Association for Gravestone Studies Collection

Karl Friedrich Azzola Collection, 1976-2009.

2 boxes (1 linear feet).
Call no.: MS 665

Born in December 1931, Friedrich Karl Azzola fled with his family to Germany in 1944. Settling in the state of Hesse, he earned a degree in chemistry at the University of Giessen and doctorate at the Technische Hochschule Darmstadt in 1965. After five years in the chemical industry, he was called to the Fachhochschule Wiesbaden-Russelsheim as professor, teaching chemistry and materials science to engineers until his retirement in 1997. Beginning in the 1950s, Azzola earned a wide reputation for his research on gravemarkers and “cemetery culture,” publishing widely on Medieval and early modern monuments in Germany.

Part of the Association for Gravestone Studies Collection, the Azzola collection consists of a run of Friedhof und Denkmal (2000-2009, with a few earlier issues), along with a suite of offprints of articles and pamphlets by Azzola and others on cemeteries and gravemarkers.

Subjects

  • Friedhof und Denkmal
  • Sepulchral monuments--Germany

Contributors

  • Association for Gravestone Studies
  • Azzola, Friedrich Karl

Bradbury, Phyllis C. (Phyllis Clarke)

Phyllis C. Bradbury Papers, 1966-2005.

1 box (0.5 linear feet).
Call no.: MS 774

After earning her doctorate in zoology at University of California Berkeley in 1965 and a two year postdoctoral fellowship at Rockefeller University, Phyllis Bradbury joined the zoology faculty at North Carolina State, remaining there for 31 years. A prolific researcher and expert electron microscopist, Bradbury’s research interests centered on the morphogenesis of ciliates and the fine structure of protozoan parasites of marine invertebrates. Beyond research, however, she became a pioneer in improving conditions on campus for women faculty, students, and staff, leading efforts to secure salary equity for faculty women and to provide mentoring for women faculty at NC State. After retiring in 1998, Bradbury settled in Eastport, Maine.

The heart of the Bradbury collection is a significant run of correspondence with Dorothy Pitelka, her dissertation advisor, friend, and long-time colleague at Berkeley, along with some miscellaneous professional correspondence and a series of reprints.

Subjects

  • Invertebrates--Parasites
  • North Carolina State University--Faculty
  • Protozoans--Composition
  • Women biologists

Contributors

  • Pitelka, Dorothy R. (Dorothy Riggs), 1920-

Hertzbach, Stanley S.

Stanley S. Hertzbach Papers, 1977-2002.

1 box, 6 vols. (1 linear feet).
Call no.: FS 140

A particle physicist educated at Johns Hopkins (PhD, 1965), Stanley S. Hertzbach joined the Physics faculty at UMass Amherst in 1965. Over the course of his career, he took part in high-energy experimental work at Brookhaven National Laboratory, the CERN hadron collider, the Cornell electron synchrotron, and beginning in 1979, at the SLAC National Accelerator Laboratory (Stanford Linear Accelerator Center). With his colleague Richard Koffler, Hertzbach joined the SLD collaboration at SLAC in 1986 studying Z particles, and the BaBar (B Meson) group in 1994. A major contributor to the SLD “beamline group,” Hertzbach took part in the BaBar calorimeter beam test and in testing of its calorimeter modules. He was an active member of the SLD advisory group and chaired the SLAC Users Organization (SLUO) in the 1990s. Hertzbach’s contributions to UMass included service on several committees relating to student achievement, including a stint as Undergraduate Advising Dean of the College of Natural Sciences and Mathematics. Hertzbach retired from UMass in 2009.

The Hertzbach collection consists of two distinct parts: six laboratory notebooks kept while conducting research at SLAC (1987-2002), and approximately 0.5 linear feet of records from university committees on which Hertzbach sat (e.g. the Space and Calendar, 1977-1983).

Subjects

  • B mesons
  • Nuclear physics
  • SLAC National Accelerator Laboratory
  • University of Massachusetts Amherst--Faculty
  • University of Massachusetts Amherst. Department of Physics

Types of material

  • Laboratory notes
  1. Pages:
  2. 1
  3. 2
Special Collections and University Archives logo