GIL MONTEIRO NOVO FILHO
Projetos de Pesquisa
Unidades Organizacionais
LIM/03 - Laboratório de Medicina Laboratorial, Hospital das Clínicas, Faculdade de Medicina
8 resultados
Resultados de Busca
Agora exibindo 1 - 8 de 8
conferenceObject Molecular autopsy reveals clues for genetic basis of congenital valve defect(2019) MADIA, F. A. R.; DIAS, A. T.; ZANARDO, E. A.; DAMASCENO, J. G.; NASCIMENTO, A. M.; COSTA, T. V. M. M.; CHEHIMI, S. N.; NOVO-FILHO, G. M.; MONTENEGRO, M. M.; OLIVEIRA, Y. G.; FREITAS, A. B.; VIEIRA, L. L.; SCHULTZ, R.; GONCALVES, F. T.; FRIDMAN, C.; KIM, C. A.; KULIKOWSKI, L. D.conferenceObject Investigating the CNVs in routine diagnostics using WES and array in Brazilian patients(2019) ZANARDO, E. A.; CHEHIMI, S. N.; MONTEIRO, F. P.; MADIA, F. A. R.; NOVO-FILHO, G. M.; DIAS, A. T.; MONTENEGRO, M. M.; OLIVEIRA, Y. G.; VIEIRA, L. L.; ROCHA, M.; BRASIL, A. S.; NASCIMENTO, A. M.; COSTA, T. V. M. M.; DAMASCENO, J. G.; KOK, F.; KIM, C. A.; KULIKOWSKI, L. D.conferenceObject Repetitive elements associated with breakpoints of distal 5p deletions suggest mechanisms mediating these rearrangements(2019) CHEHIMI, S. N.; ZANARDO, E. A.; MADIA, F. A. R.; DIAS, A. T.; NOVO-FILHO, G. M.; MONTENEGRO, M. M.; NASCIMENTO, A. M.; DAMASCENO, J. G.; OLIVEIRA, Y. G.; VIEIRA, L. L.; KIM, C. A.; KULIKOWSKI, L. D.conferenceObject Multi-gene panel testing improves diagnosis in Brazilian patients with Early-Onset Epilepsy(2019) NOVO FILHO, G. M.; DIAS, A. T.; NASCIMENTO, A. M.; DAMASCENO, J. G.; ZANARDO, E. A.; CHEHIMI, S. N.; MADIA, F. A. R.; AKL, O. S.; AKL, O. S.; MONTENEGRO, M. M.; OLIVEIRA, Y. G.; VIEIRA, L. L.; MANREZA, M. L. G.; KULIKOWSKI, L. D.conferenceObject Differential cytogenomic diagnosis in five patients with 8p23.1 deletion suggesting 22q11.2 deletion syndrome(2018) ZANARDO, E. A.; MONTENEGRO, M. M.; SOARES, D. C. Q.; GRASSI, M. S.; NOVO-FILHO, G. M.; MADIA, F. A. R.; NASCIMENTO, A. M.; CHEHIMI, S. N.; DAMASCENO, J. G.; HONJO, R. S.; CARNEIRO-SAMPAIO, M. M.; KIM, C. A.; KULIKOWSKI, L. D.conferenceObject Insights from indels profiling in a cohort of 123 Brazilian patients with congenital malformations and neurological disabilities(2018) DAMASCENO, J. G.; ZANARDO, E. A.; COSTA, T. V. M. M.; NOVO-FILHO, G. M.; MONTENEGRO, M. M.; MADIA, F. A. R.; DUTRA, R. L.; DIAS, A. T.; PIAZZON, F. B.; NASCIMENTO, A. M.; ROCHA, M.; MARCHI, F. A.; CHRISTOFOLINI, D. M.; CARVALHO, A. F. L.; MELARAGNO, M. I.; KIM, C. A.; KULIKOWSKI, L. D.conferenceObject Sequencing of synthetic long reads to elucidate structure and mechanisms for formation in patients with genomic structural alterations(2018) NOVO FILHO, G. M.; MAFRA, F.; MONTENEGRO, M. M.; ZANARDO, E. A.; DIAS, A. T.; NASCIMENTO, A. M.; DAMASCENO, J. G.; MADIA, F. A. R.; COSTA, T. V. M. M.; OLIVEIRA, Y. G.; KAMINSKI, C.; GARIFALLOU, J.; GONZALES, M. V.; TIAN, L.; KAO, C.; KIM, C. A.; PELLEGRINO, R.; HAKONARSON, H.; KULIKOWSKI, L. D.- A Multicentric Brazilian Investigative Study of Copy Number Variations in Patients with Congenital Anomalies and Intellectual Disability(2018) CERONI, J. R. M.; DUTRA, R. L.; HONJO, R. S.; LLERENA JR., J. C.; ACOSTA, A. X.; MEDEIROS, P. F. V.; GALERA, M. F.; ZANARDO, E. A.; PIAZZON, F. B.; DIAS, A. T.; NOVO-FILHO, G. M.; MONTENEGRO, M. M.; MADIA, F. A. R.; BERTOLA, D. R.; MELO, J. B. de; KULIKOWSKI, L. D.; KIM, C. A.Genomic imbalances are the most common cause of congenital anomalies (CA) and intellectual disability (ID). The aims of this study were to identify copy number variations (CNVs) in 416 patients with CA and ID from 5 different genetics centers within 4 different states by using the Multiplex Ligation-dependent Probe Amplification (MLPA) technique and to apply the chromosomal microarray (CMA) methodology in selected cases. The samples were analyzed by MLPA kits P064, P036, P070 and P250. Positive results were found in 97/416 (23.3%) patients. CMA was applied in 14 selected cases. In 6/14 (42.85%) patients, CMA detected other copy number variations not detected by the MLPA studies. Although CMA is indispensable for genotype refinement, the technique is still unfeasible in some countries as a routine analysis due to economic and technical limitations. In these cases, clinical evaluation followed by karyotyping and MLPA analysis is a helpful and affordable solution for diagnostic purposes.