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    The Future of International Dual Degrees

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    Panel 1 – The Future of International Dual Degrees Moderator: Toni Fine, Fordham University School of Law, Assistant Dean for International and Non-JD Programs Examining Barriers, Purpose, Context and Possibilities in International Dual Degrees - Margaret Heisel, Director, The Center for Capacity Building in Study Abroad; Mary Catherine Scarborough, Education UK British Council; Adelaide Ferguson, Global Education and Development Consultan

    Non-centrosomal microtubule-organising centres in cold-treated cultured Drosophila cells

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    In this paper we describe a new type of non-centrosomal microtubule-organising centre (MTOC), which is induced by cold treatment of certain cultured Drosohhila cells and allows rapid reassembly of microtubule (MT) arrays. Prolonged cooling of two types of cultured Drosophila cells, muscle cells in primary culture and a wing imaginal disc cell line C1.8+ results in disassembly of MT arrays and induces the formation of clusters of short MTs that have not been,described before. Upon rewarming, the clusters are lost and the MT array is re-established within 1 h. In C1.8+ cells, gamma-tubulin-containing centrosomes are detected, both in cell extensions and in the expected juxtanuclear position, and gamma-tubulin co-localises with the cold-induced MT clusters. The MT plus-end-binding protein, Drosophila EB1, decorates growing tips of MTs extending from clusters. We conclude that the cold-induced MT clusters represent acentrosomal MTOCs, allowing rapid reassembly of MT arrays following exposure to cold.</p

    Non-centrosomal microtubule-organising centres in cold-treated cultured Drosophila cells

    No full text
    In this paper we describe a new type of non-centrosomal microtubule-organising centre (MTOC), which is induced by cold treatment of certain cultured Drosohhila cells and allows rapid reassembly of microtubule (MT) arrays. Prolonged cooling of two types of cultured Drosophila cells, muscle cells in primary culture and a wing imaginal disc cell line C1.8+ results in disassembly of MT arrays and induces the formation of clusters of short MTs that have not been,described before. Upon rewarming, the clusters are lost and the MT array is re-established within 1 h. In C1.8+ cells, gamma-tubulin-containing centrosomes are detected, both in cell extensions and in the expected juxtanuclear position, and gamma-tubulin co-localises with the cold-induced MT clusters. The MT plus-end-binding protein, Drosophila EB1, decorates growing tips of MTs extending from clusters. We conclude that the cold-induced MT clusters represent acentrosomal MTOCs, allowing rapid reassembly of MT arrays following exposure to cold.</p

    Effects of Gender on the Health and Development of Medically At‐Risk Infants

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    OBJECTIVES: To examine gender-differentiated health and cognitive/motor/language developmental outcomes among medically at-risk infants. DESIGN: Longitudinal descriptive and comparative secondary analysis. SETTING: Neonatal intensive care unit, intermediate care unit, and infectious disease clinic of the tertiary medical centers in the Southeast and East United States. PARTICIPANTS: One hundred eight (108) premature infants, 67 medically fragile infants, and 83 infants seropositive for HIV. METHODS: Neonatal and later health variables were obtained from the medical record to determine the technology dependence scores and frequency of common health problems. Data for physical growth and cognitive/motor/language development were obtained through the physical measurement, including the Bayley Scales of Infant Development–Second Edition, the Vineland Adaptive Behavior Scale, the Toll Control Developmental Checklist, and the Preschool Language Scale–3 during home visits between 6 to 27 months corrected ages. RESULTS: Fewer effects on health and developmental outcomes related to gender were observed with medically fragile infants than the other two groups of infants. The cognitive/motor/language scores were decreased with increasing age of the infants in all groups. CONCLUSION: Male gender can be considered a significant biological risk factor for infants' cognitive and motor development, especially for premature infants. Because of their increased risk, it is recommended that male infants who are born prematurely or seropositive for HIV have early and advanced developmental screening tests by trained personnel through periodic pediatric clinic
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