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Ursula R. Kees Jette Ford Pamela R. Ranford Susanne E. Peroni Jaclyn A. Biegel Annette H. Parmiter Lavinia A. Hallam Michael L. N. Willoughby Dominic Spagnolo 《Genes, chromosomes & cancer》1994,9(2):129-135
We have established two cell lines, PER-452 and PER-453, from an 8-month-old girl with an extensive pineoblastoma. Characterization of these lines revealed that the proto-oncogenes MYC and MYCN were not amplified, but both cell lines showed MYCN expression comparable to a cell line with 200-fold MYCN amplification. Both cell lines contained an i( 17q). These results support the concept that pineoblastomas belong to a larger group of primitive neuroectodermal tumors of the central nervous system. These two cell lines provide a unique opportunity to investigate the molecular genetic mechanisms underlying these neoplasms further. Genes Chrom Cancer 9:129-135 (1994).© 1994 Wiley-Liss, Inc. 相似文献
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Maja Cigrovski Berkovic Ines Bilic-Curcic Lavinia La Grasta Sabolic Anna Mrzljak Vjekoslav Cigrovski 《World journal of diabetes》2021,12(5):569-577
Hypoglycemia limits optimal glycemic management of patients with type 1 diabetes mellitus (T1DM). Fear of hypoglycemia (FoH) is a significant psycho social consequence that negatively impacts the willingness of T1DM patients to engage in and profit from the health benefits of regular physical activity (e.g., cardiometabolic health, improved body composition, cardiovascular fitness, quality of life). Technological advances, improved insulin regimens, and a better understanding of the physiology of various types of exercise could help ameliorate FoH. This narrative review summarizes the available literature on FoH in children and adults and tools to avoid it. 相似文献
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Valentina Mazzotta Alessandro Cozzi Lepri Francesca Colavita Silvia Rosati Eleonora Lalle Claudia Cimaglia Jessica Paulicelli Ilaria Mastrorosa Serena Vita Lavinia Fabeni Alessandra Vergori Gaetano Maffongelli Fabrizio Carletti Simone Lanini Emanuela Caraffa Eugenia Milozzi Raffaella Libertone Pierluca Piselli Enrico Girardi AnnaRosa Garbuglia Francesco Vaia Fabrizio Maggi Emanuele Nicastri Andrea Antinori INMI COVID- Outpatient Treatment Study Group 《Journal of medical virology》2023,95(1):e28186
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Ashley Budu-Aggrey Sarah H. Watkins Ben Brumpton Mari Løset Jess Tyrrell Ellen H. Modalsli Gunnhild Åberge Vie Tom Palmer Lars G. Fritsche Jonas Bille Nielsen Pål Richard Romundstad George Davey Smith Bjørn Olav Åsvold Lavinia Paternoster Sara J. Brown 《The Journal of allergy and clinical immunology》2021,147(1):400-403
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Lavinia Sheets Melanie Holmgren Katie S Kindt 《Journal of the Association for Research in Otolaryngology》2021,22(3):215
Over the last several decades, studies in humans and animal models have successfully identified numerous molecules required for hearing and balance. Many of these studies relied on unbiased forward genetic screens based on behavior or morphology to identify these molecules. Alongside forward genetic screens, reverse genetics has further driven the exploration of candidate molecules. This review provides an overview of the genetic studies that have established zebrafish as a genetic model for hearing and balance research. Further, we discuss how the unique advantages of zebrafish can be leveraged in future genetic studies. We explore strategies to design novel forward genetic screens based on morphological alterations using transgenic lines or behavioral changes following mechanical or acoustic damage. We also outline how recent advances in CRISPR-Cas9 can be applied to perform reverse genetic screens to validate large sequencing datasets. Overall, this review describes how future genetic studies in zebrafish can continue to advance our understanding of inherited and acquired hearing and balance disorders. 相似文献
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