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27 results on '"Deery, William J."'

6. A Model Designed to Meet the Impact of the Pennsylvania Right to Education Consent Decree for the Mentally Retarded.

Author

Deery, William J.

Abstract

The document reports on a study to design a model to meet the impact of the Pennsylvania Right to Education Consent Decree (particularly as it relates to the mentally retarded) through the following steps--a review of the literature, a review of existing information, a survey to determine the amount of impact in selected areas, and construction of a final model. In an introductory chapter it is noted that seven major areas of impact were selected for consideration: background of administrators, teachers, and paraprofessionals; personnel duties and responsibilities; programing; services; costs; parent and community involvement; and due process. Chapter II presents a review of the literature on important events which affected the final passage of the Pennsylvania Superior Court's decision favoring the Right to Education Consent Decree, and on research findings related to selected aspects from the literature considered germaine to the model design. Study procedures are outlined in Chapter III, and a fourth chapter addresses survey findings. Among the findings, which are summarized in a final chapter, are: experience and certification in the field of special education are considered imperative qualities for professionals responsible for the implementation of the Consent Decree; the special class teacher will be a prime force in the development of special education programs for the retarded pupil; and parent involvement should be made an integral part of the implementation of the Consent Decree, and particularly in the area of programing. Appendixes include a copy of the Amended Consent Decree, a list of comsumer publications on the right to education, and sample questionnaires. (SBH)

Published
1979

9. Upregulation of Endocrine Gland-Derived Vascular Endothelial Growth Factor in Papillary Thyroid Cancers Displaying Infiltrative Patterns, Lymph Node Metastases, and BRAF Mutation

Author

Pasquali, Daniela, primary, Santoro, Angela, additional, Bufo, Pantaleo, additional, Conzo, Giovanni, additional, Deery, William J, additional, Renzullo, Andrea, additional, Accardo, Giacomo, additional, Sacco, Valentina, additional, Bellastella, Antonio, additional, and Pannone, Giuseppe, additional

Published
2011
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11. TheDrosophilaSUN protein Spag4 cooperates with the coiled-coil protein Yuri Gagarin to maintain association of the basal body and spermatid nucleus

Author

Kracklauer, Martin P., primary, Wiora, Heather M., additional, Deery, William J., additional, Chen, Xin, additional, Bolival, Benjamin, additional, Romanowicz, Dwight, additional, Simonette, Rebecca A., additional, Fuller, Margaret T., additional, Fischer, Janice A., additional, and Beckingham, Kathleen M., additional

Published
2010
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27. The Drosophila SUN protein Spag4 cooperates with the coiled-coil protein Yuri Gagarin to maintain association of the basal body and spermatid nucleus.

Author

Kracklauer, Martin P., Wiora, Heather M., Deery, William J., Xin Chen, Bolival, Jr, Benjamin, Romanowicz, Dwight, Simonette, Rebecca A., Fuller, Margaret T., Fischer, Janice A., and Beckingham, Kathleen M.

Subjects
PROTEINS, CENTROSOMES, SPERMATOGENESIS, EPISTASIS (Genetics), DROSOPHILA, GERM cells
Abstract

Maintaining the proximity of centrosomes to nuclei is important in several cellular contexts, and LINC complexes formed by SUN and KASH proteins are crucial in this process. Here, we characterize the presumed Drosophila ortholog of the mammalian SUN protein, sperm-associated antigen 4 (Spag4, previously named Giacomo), and demonstrate that Spag4 is required for centriole and nuclear attachment during spermatogenesis. Production of spag4 mRNA is limited to the testis, and Spag4 protein shows a dynamic pattern of association with the germline nuclei, including a concentration of protein at the site of attachment of the single spermatid centriole. In the absence of Spag4, nuclei and centrioles or basal bodies (BBs) dissociate from each other after meiosis. This role of Spag4 in centriolar attachment does not involve either of the two KASH proteins of the Drosophila genome (Klarsicht and MSP-300), but does require the coiled-coil protein Yuri Gagarin. Yuri shows an identical pattern of localization at the nuclear surface to Spag4 during spermatogenesis, and epistasis studies show that the activities of Yuri and dynein-dynactin are downstream of spag4 in this centriole attachment pathway. The later defects in spermatogenesis seen for yuri and spag4 mutants are similar, suggesting they could be secondary to initial disruption of events at the nuclear surface. [ABSTRACT FROM AUTHOR]

Published
2010
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