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    Pearl River Community College

    院校EST. 1908
    77论文总数
    4,086引用总数

    Pearl River Community College is a public community college in Poplarville, Mississippi. It was founded as Pearl River County Agricultural High School in 1909 and became the first junior college in Mississippi in 1921.Residents of Hancock, Forrest, Jefferson Davis, Lamar, Marion, and Pearl River counties are in the college's service area.

    论文量&引用量时间轴

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    Frank Boschelli
    Frank Boschelli
    Oncology Research, Pfizer
    论文:6引用:0H-index:0
    Ariamala Gopalsamy
    Ariamala Gopalsamy
    Medicinal Chemistry, Pfizer
    论文:5引用:0H-index:0
    Dennis Powell
    Dennis Powell
    Oncology/Immunology/Inflammatory Diseases and Chemical Sciences Sections, Wyeth-Ayerst Research
    论文:5引用:0H-index:0
    Peter J. Petersen
    Peter J. Petersen
    Chemical Sciences and Infectious Diseases, Wyeth-Ayerst Research
    论文:5引用:0H-index:0
    Sujata Bardhan
    Sujata Bardhan
    Pfizer
    论文:4引用:0H-index:0
    Zhao-Kui Wan
    Zhao-Kui Wan
    Medicine Design and Inflammation and Immunology Research, Pfizer
    论文:4引用:0H-index:0
    Sumrit Wacharasindhu
    Sumrit Wacharasindhu
    Faculty of Science, Chulalongkorn University
    论文:4引用:0H-index:0
    Tarek S. Mansour
    Tarek S. Mansour
    Worldwide Research and Development, Pfizer Inc
    论文:4引用:0H-index:0
    Sridhar Rabindran
    Sridhar Rabindran
    Bristol-Myers Squibb
    论文:3引用:0H-index:0

    论文(77)

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    1Close-range Photogrammetry for Analysis of Rock Relief Details: an Investigation of Symbols Purported to Be Jewish Menorahs in Rough Cilicia
    Daniel Crowell Browning Jr

    Close-range photogrammetry of certain rock reliefs in Rough Cilicia was used to investigate published claims that symbols in them represent Jewish menorahs, but with five branches instead of the usual seven. Details of ancient rock reliefs are difficult to assess because of mottled rock texture, color variation, wear or damage, and conditions of lighting. Thus, published photos of the rock reliefs in question are insufficient for evaluation of claims about them. Simple photogrammetry, however, produces 3D and digital elevation models that eliminate visual ambiguity and provide certainty of detail for analysis. This study describes the simple, non-invasive, and inexpensive data collection technique and the photogrammetry software processing workflow for creation of such models. Resulting models in various presentation formats provide factual data for reevaluation of the claimed menorahs themselves and their relationship to other elements of the reliefs. These findings contribute to informed discussion on interpretation of the symbols and their meaning. Adoption of the process described here is encouraged for subsequent publication, analysis, and interpretation of rock relief details in the region.

    2024Mersin Photogrammetry Journal(2024)引用:2
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    2A Malaria Risk Model for the Mediterranean in Antiquity Based on the Historical Carta Della Malaria Dell'italia
    Daniel C. Browning

    Growing interest in the health burden of malaria in ancient times is complimented by recent DNA confirmation of its presence at several archaeological sites in the Mediterranean. This study presents a model of ancient malaria risk for the region with utility for synthesis and application. The GIS-based model combines malaria risk factors that can be reasonably known for pre-modern times. Calibration, verification, and validation of the model is possible through use of a detailed map of pre-eradication malaria endemicity in Italy, the 1882 Carta della Malaria dell'Italia. The model provides a cross-disciplinary tool by bringing technical GIS capabilities to the evaluation of textual sources having potential malarial connections. The study's main product is an open access relative malaria risk layer for GIS use and application to historical reconstruction. Example maps using model output and potential use are presented.

    2023JOURNAL OF MAPS(2023)引用:2
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    3All Roads Lead to Risk: Malaria Threat to Travellers in the Roman World.
    Daniel C. Browning

    L’intérêt récemment suscité par le rôle des pandémies et des épidémies dans l’histoire a mis en lumière les tourments de la malaria dans le monde antique. Aucune étude n’a néanmoins produit jusqu’à maintenant de modèle spatial quant au risque de malaria dans l’antiquité. En outre, la menace de la malaria pour les voyageurs de l’antiquité eux-mêmes et le danger que ces derniers représentaient pour autrui n’ont jamais fait l’objet d’études sérieuses. Pour combler ces lacunes concernant l’application à certains problèmes historiques, l’auteur construit et déploie un modèle du risque de malaria dans le monde romain pour évaluer le risque auquel étaient exposés les voyageurs circulant sur les voies romaines. Le projet est pluridisciplinaire à dessein, puisqu’il met à contribution les ressources techniques des SIG dans l’exercice d’évaluation des sources documentaires textuelles nuancées en vue de la reconstruction historique.

    2021CARTOGRAPHICA(2021)引用:6
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    4He Curriculum Based on Professional Cross of Art and Design, in the Case of Environmental Art Design Major
    LI Ying-da

    Crossover design is artistic design is a kind of common way of thinking, or the design strategy. As a education workers, should be real-time adjust the structure of teaching and curriculum content, training to adapt to the actual demand of talents. In this paper, the environmental art design major, for example, to explore related cross-border curriculum content system.

    2014Yishu yu sheji(2014)引用:23
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    5The Discovery and Development of a Novel Vaccine to Protect Againstneisseria Meningitidisserogroup B Disease
    Gary W Zlotnick,Thomas R Jones,Paul Liberator,Li Hao,Shannon Harris,Lisa K McNeil,Duzhang Zhu,John Perez,Joseph Eiden,Kathrin U Jansen,Annaliesa S Anderson

    Vaccines have had a major impact on the reduction of many diseases globally. Vaccines targeted against invasive meningococcal disease (IMD) due to serogroups A, C, W, and Y are used to prevent these diseases. Until recently no vaccine had been identified that could confer broad protection against Neisseria meningitidis serogroup B (MnB). MnB causes IMD in the very young, adolescents and young adults and thus represents a significant unmet medical need. In this brief review, we describe the discovery and development of a vaccine that has the potential for broad protection against this devastating disease.

    2014Human Vaccines &amp Immunotherapeutics(2014)引用:20
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    合作机构(21)

    惠氏合作论文 13
    亚利桑那大学合作论文 2
    美国国家航空航天局合作论文 2
    南密西西比大学合作论文 2
    William Carey University合作论文 1
    Environmental Protection Agency,Government of the United States of America合作论文 1
    杜克大学合作论文 1
    匹兹堡大学合作论文 1
    康奈尔大学合作论文 1
    费萨尔国王石油与矿业大学合作论文 1

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