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- All Subjects: Anatomy
- All Subjects: performing arts
- Creators: Gardner, Joshua
- Creators: MacCord, Kate
The first piece, Sax Quartet No. 2 (2018), was commissioned for The Shredtet and written by Frank Nawrot (b. 1989). The second piece, also commissioned for The Shredtet, was written by Dan Puccio (b. 1980) and titled, Scherzos for Saxophone Quartet (2018). The third original work for The Shredtet, Rhythm and Tone Study No. 3 (2018), was composed by Josh Bennett (b. 1982). The fourth piece, Fragments of a Narrative, was written by Ben Stevenson (b. 1979) in 2014 and revised in 2016, and was selected as runner-up in the Donald Sinta Quartet’s 2016 National Composition Competition. The final piece included in this project is a transcription and arrangement of Tarkus (1971), written by Keith Emerson (1944-2016) and Greg Lake (1947-2016) for the iconic progressive rock supergroup, Emerson, Lake & Palmer. This unique and unpublished arrangement was crafted by Peter Ford (b. 1964) for Ohio-based saxophone quartet Sax 4th Avenue and first featured on the ensemble’s 1998 album, Delusions de Grandeur. These pieces were recorded in the E-Media Studios of the College Conservatory of Music at the University of Cincinnati, as well as A2 Audio Studios in Cincinnati, Ohio, in January and February of 2019.
demonstrate traditional jazz clarinet techniques and language in terms of motives,
patterns, and a variety of articulations. This project also includes guidelines on how to
practice jazz improvisation as well as how to apply Fountain’s techniques and jazz
language to one’s own improvisation. Though there are countless musicians who have
made remarkable contributions to the development of the jazz language, Pete Fountain’s
unique style is particularly worthy of study due to his massive media presence, effortless
playing techniques, unique tone quality, and showmanship throughout his career.
Endoderm is one of the germ layers-- aggregates of cells that organize early during embryonic life and from which all organs and tissues develop. All animals, with the exception of sponges, form either two or three germ layers through a process known as gastrulation. During gastrulation, a ball of cells transforms into a two-layered embryo made of an inner layer of endoderm and an outer layer of ectoderm. In more complex organisms, like vertebrates, these two primary germ layers interact to give rise to a third germ layer, called mesoderm. Regardless of the presence of two or three layers, endoderm is always the inner-most layer. Endoderm forms the epithelium-- a type of tissue in which the cells are tightly linked together to form sheets-- that lines the primitive gut. From this epithelial lining of the primitive gut, organs like the digestive tract, liver, pancreas, and lungs develop.
Tooth enamel contains relics of its formation process, in the form of microstructures, which indicate the incremental way in which it forms. These microstructures, called cross-striations and striae of Retzius, develop as enamel-forming cells called ameloblasts, whcih cyclically deposit enamel on developing teeth in accordance with two different biological clocks. Cross-striations result from a twenty-four hour cycle, called a Circadian rhythm, in the enamel deposition process, while striae of Retzius have a longer periodicity. Unlike other tissues, enamel does not remodel after it forms, leaving those microstructures intact after deposition. Cross-striations and striae of Retzius thus provide evidence of the timing and processes of tooth development, and they indicate how organisms in a lineage differently grow and develop across generations. Researchers have examined those microstructures to investigate human evolution.
Frederik Ruysch, working in the Netherlands, introduced the term epithelia in the third volume of his Thesaurus Anatomicus in 1703. Ruysch created the term from the Greek epi, which means on top of, and thele, which means nipple, to describe the type of tissue he found when dissecting the lip of a cadaver. In the mid nineteenth century, anatomist Albrecht von Haller adopted the word epithelium, designating Ruysch's original terminology as the plural version. In modern science, epithelium is a type of animal tissue in which cells are packed into neatly arranged sheets. The epithelial cells lie proximate to each other and attach to a thin, fibrous sheet called a basement membrane. Epithelia line the surfaces of cavities and structures throughout the body, and also form glands. Although they lack blood vessels, epithelia contain nerves and can function to receive sensation, absorb, protect, and secrete, depending on which part of the body the epithelia line. During development, epithelia act in conjunction with another tissue type, mesenchyme, to form nearly every organ in the body, from hair and teeth to the digestive tract. Epithelia are an essential part of embryonic development and the maintenance and function of the body throughout life.