Browsing by Author "c8dab598-fd8a-428a-823b-a91d0c719c81"
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Acuna, Mario A.; Pérez Núñez, Ramón Daniel; Noriega, Jorge; Cárdenas, Ana María; Bacigalupo Vicuña, Juan; Delgado, Ricardo; Barrera Arriagada, Christian Felipe; Segura Aguilar, Juan; Caviedes, Raúl; Caviedes, Pablo (2012)Human Down syndrome (DS) is determined by the trisomy of autosome 21 and is expressed by multiple abnormalities, being mental retardation the most striking feature. The condition results in altered electrical membrane ...
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Caviedes, Pablo; Olivares, Enrique; Salas, Karime; Caviedes, Raúl; Jaimovich Pérez, Enrique (1993)A cell line (RCVC) in permanent culture was developed from adult rat ventricular cells; transformation was attained by incubation with conditioned media from UCHTI, a rat thyroid cell line. Immortalized ventricular cells ...
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Cárdenas, Ana María; Arriagada, Christian; Allen, David D.; Caviedes, Raúl; Cortes, José F.; Martin, José; Couve, Eduardo; Rapoport, Stanley I.; Shimahara, Takeshi; Caviedes, Pablo (Academic Press Inc., 2002)We have established hippocampal cell lines from normal and trisomy 16 fetal mice, a model of human trisomy 21. Both cell lines, named H1b (derived from a normal animal) and HTk (trisomic) possess neuronal markers by ...
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Barrera Arriagada, Christian Felipe; Astorga, César; Atwater, Illani; Rojas, Eduardo; Mears, David; Caviedes, Raúl; Caviedes, Pablo (2007)The CNh and CTb cell lines are derived from the cerebral cortex of normal and trisomy 16 mice, an animal model of human trisomy 21, Down syndrome (DS), and represent in vitro models to study cellular events associated with ...
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Cárdenas, Ana María; Allen, David D.; Arriagada, Christian; Olivares, Alexis; Bennett, Lori B.; Caviedes, Raúl; Dagnino Subiabre, Alexies; Mendoza, Isabel E.; Segura Aguilar, Juan; Rapoport, Stanley I.; Caviedes, Pablo (2002)We report the establishment of continuously growing cell lines from spinal cords of normal and trisomy 16 fetal mice. We show that both cell lines, named M4b (derived from a normal animal) and MTh (trisomic) possess ...