33 research outputs found
Author Correction: A corridor of exposed ice-rich bedrock across Titan’s tropical region (Nature Astronomy, (2019), 3, 7, (642-648), 10.1038/s41550-019-0756-5)
No full textIn the version of this Article originally published, the author Rosaly Lopes was mistakenly affiliated with Northern Arizona University. Her affiliation has now been corrected to: Jet Propulsion Laboratory, California Institute of Technology, Pasadena, CA, USA. © 2019, Springer Nature Limited
Microbiological data from studies to optimise depuration of viruses from Pacific oysters (Crassotrea gigas)
No full text<p>Viral contamination of bivalve molluscan shellfish is a recognised cause of foodborne gastroenteritis. Unlike bacterial contaminants, viruses such as norovirus are not easily removed once shellfish become contaminated. Therefore the normal practice of depurating following harvest may not effectively reduce the risk of become ill following consumption of shellfish.</p>
<p>As part of the SeafoodTomorrow consortium project (Horizon 2020), studies were undertaken to determine the optimal conditions under which Pacific oysters (Crassostrea gigas) are depurated (purified) following harvest.</p>
<p>This dataset includes levels of norovirus, F specific coliphage genogroup II and E. coli found in oysters following several experiments in which depuration conditions were varied.</p>
The Bellman-Harris age-dependent branching process
No full textThis thesis was scanned from the print manuscript for digital preservation and is copyright the author.
Researchers can access this thesis by asking their local university, institution or public library to
make a request on their behalf. Monash staff and postgraduate students can use the link in the References field
Insights into an Original SSAA Choral Work of Donald Patriquin: Songs of Innocence: On Poems of William Blake
No full textabstract: Canadian composer, conductor, pianist, and organist Donald Patriquin (b. 1938) is
best known for his choral folksong arrangements but is also a composer of many original
works. Songs of Innocence, which Patriquin calls “one of my very best choral works,”
exemplifies his approach to setting text to music and provides a rich opportunity for
understanding Patriquin’s method of selecting text, creating a kind of libretto out of the
available text, setting the text to music, and conceiving of and composing instrumental
parts equal in importance to the choral parts. Also evident in this work is his attention to
such elements as precise word painting, varied theoretical approaches, and a general
musical aesthetic that focuses on beauty. This quintessential composition provides
important insights into Patriquin’s personal artistry and his approach to composition.
Patriquin does not fit text to music; instead, all of the musical elements are generated out
of the textual nuances. Patriquin’s comments on the work and his process, gleaned from
extensive email correspondence and his attendance at the U.S. premiere of the work,
provide important insights that can inform conductors and singers of his music. The study
of this suite highlights Patriquin’s expert crafting of musical elements and the methodical
layering of elements he combines to tell the musical story. Pairing Patriquin’s email
correspondence with an in-depth look at Songs of Innocence reveals his overarching
compositional ideas and underlying musical motivations.Dissertation/ThesisDoctoral Dissertation Music 201
Las almas y sus guías en el México prehispánico. Dimensión Antropológica Vol. 2 Año 1 (1994) septiembre-diciembre
No full textBarba de Piña Chán, Beatriz, Tlapacoya. Un sitio preclásico de transición, Acta Antropológica, vol. I, época 2, núm. 1, México, INAH, 1956.____________, Ambiente social y mentalidad mágica: las bases del pensamiento mágico en el México precortesiano, tesis para optar al grado de Doctor en Ciencias Antropológicas, México, Facultad de Filosofía y Letras, UNAM, 1984, 476 pp.____________, “¿Coatlicue o Teoyaomiqui?”, en Historia de la religión en Mesoamérica. y Áreas afines, I Coloquio, México, Instituto de Investigaciones Antropológicas, UNAM, 1987, pp. 95-121.Códice Magliabecchiano, El libro de la vida de los mexicanos antiguos, introducción, traducción y comentarios de Zelia Nuttall, Italia, Biblioteca Nacional Central, 1903.León y Gama, Antonio de, Descripción histórica y cronológica de las dos piedras, reproducción facsimilar de las primeras ediciones mexicanos, primera parte 1792, segunda parte 1832, México, Miguel Ángel Porrúa, 1978.López Austin, Alfredo, Textos de medicina náhuatl, 2a. ed., México, Instituto de Investigaciones Históricas, UNAM, Serie de Cultura Náhuatl (Monografías, 19),1975.Mac Neish, Richard, El origen de la civilización mesoamericana visto desde Teotihuacan, México, Departamento de Prehistoria, INAH/SEP, 1964.Norman, V. Garth, Izapa Sculpture. Part 2: Text, Provo, Utah, Brigham Young University (New World Archaeological Foundation, 30), 1976.Piña Chán, Román, Las culturas preclásicas de la cuenca de México, México, FCE, 1955.____________, Tlatilco, México, INAH (Investigaciones, I), 1958.Robelo, Cecilio A., Diccionario de mitología náhuatl, México, Innovación, 1980, vol. 2.Sahagún, Bernardino de, Historia general de las cosas de Nueva España, 4 vols., México, Porrúa, 1969.En la literatura esotérica está de moda denominarlos elementos “psicopompos”, del griego psyché “alma” y pompós “conductor” o “guía”. Hermes, el que lleva las almas al Hades, es una de las personalidades más precisas con ese oficio, pero si somos cuidadosos, vamos a encontrarlos en cada religión, con diferentes características, a veces amados y otras temidos, como los estimables ángeles que conducen al cielo, o los pavorosos demonios que llevan al infierno; ambos cumplen con una gestión difícil de desempeñar por el espíritu solo
Creighton University School of Law Class of 2023
No full textGraduates
Alexander, McKinsea; Andrews, Alexandra; Andrews, Stefanie; Baldwin-Epstein, Samantha; Barr, Jordan; Bartholomew, St. Benjamin; Bennett, Zachary; Beyer, Drake; Bolger, Robert; Buccellato, Drake; Campagna, Sara; Carter, Ethan; Collins, Kiercy; Daoust, David; Davis, Aynsley; Dooley, William; Dourisseau, Talia; Dwight, Kaylee; Edgington, Octavio; Esch, Taylor; Evans, Lauren; Fehringer, Emily; Fielder, Megan; Finley, David; Florance, Daniel; French, Dawson; Friehe, Ross; Gaines, Jason; Garrell, Donald; Gaston, Samantha; Geelan, Rachel; Gleason, Annika; Gonzales, Kaitlyn (SBA Class Representative 2022-2023); Guy, MacKenzie; Halbur, Megan; Heineman, Allison; Herchenbach, Morgan; Hernandez-Deklein, Debora; Hoogeveen, Jack; Houser, Breanna; Nissan, Abigail Hoy; Hughes, Kate; Hunter, David; Jensen, Jason; Joens, Adriana; Johnson, Katie; Kathrein, William (SBA Class Representative 2021-2022); Kinkennon, David; Knape, Aaron; Krall, Matthew; Krenz, James; Kunz, Ashley; Lamas, Corey; Langevin, Kevin; Lehman, Olivia; McKade, Loe; Lundak, Natalie; Manhart, Shelby; Margraf, Rory; Martin, Connor; Martin, Katlyn (SBA Class Representative 2021-2022); Martinez, Guillermo; McCarthy, Neil; McKechnie, Joseph; McNeary, Brayden; Mead, Mary; Meister, Jeremy; Meradith, Mckenzie; Miranda, Megan; Morris, Abram; Murphy, Thomas; Neish, Julie; Noah, Katelyn (SBA President 2021-2022); Norman, Greggory; Nunn, Henry; O'Connell, Logan; Olson, Kent; Page, Cameron; Pellegrino, Mikhail; Perez, Richard, Jr.; Pfeifer, John; Piperis, Nikolaos (SBA Class Representative 2022-2023); Piperis, Stavros; Polchinski, David; Poyfair, Michael; Pritchett, Justin; Rens, Amelia; Reusch, Chad; Rivas, Daniel; Rogers, Christena; Shaw, Stephanie; Sheahan, Kyle; Shehan, Madelene; Smith, Garrett; Smutny, Christopher; Soares, Jean; Sparks, Ethan; Staggs, Don; Stockdale, Angela; Story, Sydney; Struck, Maximilian; Suhr, Wyatt (SBA Chief of Staff 2021-2022); Suleiman, Jennifer; Swaney, Katelyn; Talipski, Stephen; Tennant, John; Terlaje, Carmen; Theobald, Kade; Thomas, Preston, III (SBA American Bar Association Representative 2020-2023); Valderrabano, Fernando; Velez, Lindsay (SBA AJD Class Representative 2021-2022); Villalobos, JayAnn; Walz, Allyson; Wardlow, SirWayne (CSU Representative 2021-23); Weber, Brodey; Wells, Aubrey; Wiles, Truman; Wilson, McKinley; Wilson, Nathan; Workman, Kimberly; Ziola, Jacquelynn; Aponte, Josiah (not pictured); Weber, Rian (not pictured)41 x 28 1/2 in. (landscape
Efectos de la Conquista española sobre la cerámica prehispánica de Cholula.. Anales del Instituto Nacional de Antropología e Historia. Num. 51 Tomo III (1970-1971) Séptima Época (1967-1976)
No full textBruggemann, Jürgen K. 1969 El Sur del Centro de Veracruz: Un área en transición. Tesis profesional, ENAH, México.Códice Borgia. 1963 México-Buenos Aires. Fondo de Cultura Económica, 2 vol.Coe, M D. 1965 Archaeological Synthesis of Southern Veracruz, and Tabasco. Handbook of Middle American Indians, Part 11, Vol 3. Austin. University of Texas Press.Charlton, Thomas H. 1968 Post-Conquest Ceramics. Tallahasse, Florida. The Florida Anthropological Society, p 96-101.Delgado, Agustín. 1965 Investigaciones arqueológicas en las Cuevas del Sur de Tehuacán, Pue., y Sur de Córdoba, Ver. Anales del INAH. Tomo XVII, p 75-107.Drucker, Philip. 1943 a Ceramic Secuences at Tres Zapotes, Veracruz, México. Washington: Smith. Inst. Bur. Am. Ethnol. Bull. 140.Drucker, Philip. 1943 b Ceramic Stratigraphy at Cerro de las Mesas, Veracruz, México. Washington: Smith. Inst. Bur. Am. Ethnol., Bull 141.Drucker, Philip. 1955 The Cerro de las Mesas Offering Jade and Other Materials. Washington: Smith. Inst. Bur. Am. Ethnol., Bull. 157.Dusolier, Wilfrido. 1939 Principales conclusiones obtenidas del estudio de la cerámica arqueológica de El Tajín. Actas del XXVII Congreso Internacional de Americanistas, tomo II, 147-192.García Payón, José. 1951 La cerámica de fondo 'sellado' de Zempoala, Veracruz. Homenaje a Alfonso Caso, pp 2; 189-198. México. INAH.Mac Neish, Richard, F A Peterson, y K V Flannery. 1970 Ceramics: The Prehistory of the Tehuacan Valley, Vol III. University of Texas Press Austin - London.Marquina, Ignacio. 1970 Cuadro cronológico de Cholula. México, D F. Proyecto Cholula. Informe INAH.Goggin, John M. 1968 Spanish Mayolica in the New World. New Haven, Conn. Yale University, Dept of Anthropology, No. 72.Medellín Zenil, Alfonso. 1952 Exploraciones en Cuauhtochco, Xalapa, Ver.Medellín Zenil, Alfonso. 1955 Exploraciones en la Isla de Sacrificios, Veracruz.Medellín Zenil, Alfonso. 1960 Cerámicas del Totonacapan. Xalapa: Universidad de Veracruz.Munsell. 1954 Soil Color Charts. Baltimore: Munsell Color Company, Inc.Noguera, Eduardo. 1954 La Cerámica de Cholula. México: Editorial Guaranía.Noguera, Eduardo. 1965 La Cerámica Arqueológica de Mesoamérica. México: UNAM. lnst. de Invest. Hist.Piña Chan, Román. 1960 Mesoamérica. México: INAH.Piña Chan, Román. 1967 a Una visión del México Prehispánico. México: UNAM.Piña Chan, Román. 1967 b Un complejo Coyotlatelco en Coyoacán, D. F. Anales de Antropología, Vol IV, UNAM México. México: INAH, p 141-160.Piña Chan, Román. 1968 Jaina. México: INAH.Shepard, A O. 1956 Ceramics for the Archaeologist. Washington: Carnegie Institution.Tolstoy, Paul. 1958 Surface Survey of the Northern Valley of Mexico: The Classic and Postclassic Periods. Philadelphia: Am. Phil. Soc. Transactions núm. 48.Mapas. Mapa de provincias climatológicas basado en el sistema de clasificación de Thornthwaite. Instituto de Geografía, México
Forty-first Lunar and Planetary Science Conference
No full textSpecial sessions were: A New Moon: Lunar Reconnaissance Orbiter Results ; Water in the Solar System: Incorporation into Primitive Bodies and Evolution ; A New Moon: LCROSS, Chandrayaan, and Chang-E-1 ; Water in the Solar System: Moon ; A New Moon: Spectral Constraints on Lunar Crustal Composition ; Characterizing Near-Earth Objects ; A New Moon: Lunar Volcanism and Impact. This CD-ROM contains the contents, program, abstracts, and author indexes for the 41st Lunar and Planetary Science Conference.by Lunar and Planetary Institute, NASA Johnson Space Centerconference co-chairs, Stephen Mackwell, Lunar and Planetary Institute [and] Eileen Stansbery, NASA Johnson Space Center.PARTIAL CONTENTS: Roughness and Radar Polarimetry of Lunar Polar Craters: Testing for Ice Deposits / B.J. Thomson, P.D. Spudis, D.B.J. Bussey, L. Carter, R.L. Kirk, C. Neish, G. Patterson, R.K. Raney, H. Winters, and the Mini-RF Team--Formation of Jupiter's Atmosphere from a Supernova-Contaminated Molecular Cloud / H.B. Throop--Ancient Lunar Dynamo: Absence of Evidence is Not the Evidence of Absence / S.M. Tikoo, B.P. Weiss, J. Buz, I. Garrick-Bethell, T.L. Grove, and J. Gattaccaea--Dark Dunes in Ka'u Desert (Hawaii) as Terrestrial Analogs to Dark Dunes on Mars / D. Tirsch, R.A. Craddock, and R. Jaumann--Mars Ice Condensation and Density Orbiter / T.N. Titus, T. Prettyman, A. Brown, T.I. Michaels, and A. Colaprete--The Atacama Desert Cave Shredder: A Case for Conduction Thermodynamics / T.N. Titus, J.J. Wynne, D. Ruby, and N. Cabrol
Monitoramento do ambiente do cultivo experimental da alga Kappaphycus alvarezii na praia de Sambaqui, Florianópolis/SC
No full textDissertação (mestrado) - Universidade Federal de Santa Catarina, Centro de Ciências Agrárias, Programa de Pós-Graduação em Aqüicultura, Florianópolis, 2010As macroalgas marinhas são os organismos mais cultivados no mundo. Apresentam diversos produtos economicamente importantes e possuem grande papel na ciclagem de nutrientes em cultivos integrados. Com a grande demanda por mais matéria prima e com a rápida expansão dos mercados há necessidade de implantar mais cultivos para suprir a demanda. A espécie exótica de macroalga vermelha Kappaphycus alvarezii apresenta facilidade de cultivo e produção sustentada ao longo do ano, sendo a espécie de alga mais cultivada no mundo. Devido ao grande interesse de empresários para introdução da espécie no Brasil, para suprir a necessidade do mercado interno sem precisar importar matéria prima e os subprodutos da mesma, surgiu a preocupação sobre o impacto ambiental que ocorreria. A introdução intencional da espécie no Brasil tem sido monitorada e regulamentada pelo Instituto Brasileiro do Meio Ambiente e dos Recursos Naturais Renováveis (IBAMA/MMA). O presente trabalho faz parte de uma exigência da Instrução Normativa 185 do IBAMA, sobre a introdução desta espécie de alga no litoral catarinense. No capítulo 1 são apresentados os resultados do monitoramento ambiental dos parâmetros físico-químicos da Praia de Sambaqui, Florianópolis/SC (27º29'18,65''S e 48º32'17,96''W), onde Kappaphycus alvarezii foi introduzida visando determinar a viabilidade técnica da espécie na região sul do País, uma vez que Santa Catarina possui tradição em maricultura e já possui uma estrutura que facilita a implantação de novos cultivos. Em 18 meses de monitoramento, não foram encontradas diferenças significativas na maioria dos parâmetros analisados nos 7 pontos amostrais. A concentração de N- amoniacal, nitrato e nitrito (NID - nitrogênio inorgânico dissolvido = NH4+ + NO3- + NO2-) foi maior no inverno e no ponto mais próximo à costa. No capítulo 2, é abordado o monitoramento da dispersão da espécie na região de cultivo e áreas circunvizinhas. Em 18 meses de vistorias e em quatro coletas de material biológico, não foram encontrados indícios de estabelecimento da espécie na região e não foram encontradas estruturas reprodutivas nos talos selecionados. O cultivo da espécie em Sambaqui foi considerado tecnicamente viável por apresentar taxas de crescimentos dentro do padrão comercial, pela ausência de esporos nas algas cultivadas e pelo não estabelecimento da espécie nos costões, estruturas de cultivo ou na praia. Com essas características pode-se concluir que a espécie não apresenta potencial invasivo na região estudada. Mesmo assim, pelo principio da precaução, é importante dar continuidade ao monitoramento para evitar problemas futuros
Divergent cytochrome c maturation system in kinetoplastid protists
No full textIn eukaryotes, heme attachment through two thioether bonds to mitochondrial cytochromes c and c 1 is catalyzed by either multisubunit cytochrome c maturation system I or holocytochrome c synthetase (HCCS). The former was inherited from the alphaproteobacterial progenitor of mitochondria; the latter is a eukaryotic innovation for which prokaryotic ancestry is not evident. HCCS provides one of a few exemplars of de novo protein innovation in eukaryotes, but structure-function insight of HCCS is limited. Uniquely, euglenozoan protists, which include medically relevant kinetoplastids Trypanosoma and Leishmania parasites, attach heme to mitochondrial c-type cytochromes by a single thioether linkage. Yet the mechanism is unknown, as genes encoding proteins with detectable similarity to any proteins involved in cytochrome c maturation in other taxa are absent. Here, a bioinformatics search for proteins conserved in all hemoprotein-containing kinetoplastids identified kinetoplastid cytochrome c synthetase (KCCS), which we reveal as essential and mitochondrial and catalyzes heme attachment to trypanosome cytochrome c. KCCS has no sequence identity to other proteins, apart from a slight resemblance within four short motifs suggesting relatedness to HCCS. Thus, KCCS provides a novel resource for studying eukaryotic cytochrome c maturation, possibly with wider relevance, since mutations in human HCCS leads to disease. Moreover, many examples of mitochondrial biochemistry are different in euglenozoans compared to many other eukaryotes; identification of KCCS thus provides another exemplar of extreme, unusual mitochondrial biochemistry in an evolutionarily divergent group of protists. IMPORTANCE Cytochromes c are essential proteins for respiratory and photosynthetic electron transfer. They are posttranslationally modified by covalent attachment of a heme cofactor. Kinetoplastids include important tropical disease-causing parasites; many aspects of their biology differ from other organisms, including their mammalian or plant hosts. Uniquely, kinetoplastids produce cytochromes c with a type of heme attachment not seen elsewhere in nature and were the only cytochrome c-bearing taxa without evidence of protein machinery to attach heme to the apocyto-chrome. Using bioinformatics, biochemistry, and molecular genetics, we report how kinetoplastids make their cytochromes c. Unexpectedly, they use a highly diverged version of an enzyme used for heme-protein attachment in many eukaryotes. Mutations in the human enzyme lead to genetic disease. Identification of kinetoplastid cytochrome c synthetase, thus, solves an evolutionary unknown, provides a possible target for antiparasite drug development, and an unanticipated resource for studying the mechanistic basis of a human genetic disease. </p
