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1. Proceedings of the 13th International Newborn Brain Conference: Neuro-imaging studies

Author

Ramy Abramsky, Rebeka Acosta, Laura Acosta Izquierdo, Bushra Albeshri, Mountasser Almouqdad, Yasmeen Asfour, Suzan Asfour, Topun Austin, Ashley Bach, Jim Barkovich, Richard Beare, Nadya Ben Fadel, Angelika Berger, Borja Blanco, Martijn Boomsma, Samudragupta Bora, Vivian Boswinkel, Theresa Chin, Liam Collins-Jones, Robert Cooper, Gautam Dagur, Jorge Davila, Linda de Vries, Laxmikant Shesrao, null Deshmukh, Gregor Dovjak, Andrea Edwards, Mohamed El-Dib, Hoda Elshibiny, Dafna Eshel, Ron Eshel, Donna Ferriero, Dawn Gano, Olivia Girvan, Hannah Glass, Katharina Goeral, Agneta Golan, Michelle Gurvitz, Terrie Inder, Dima Jamjoom, Nadja Kadom, Gregor Kasprian, Thanaa Khalil, Katrin Klebermass-Schrehof, Jake Kleinmahon, Martine Krüse-Ruijter, Hannah Lambing, Sarah Lee, Alexander Leemans, Lara Leijser, Brigitte Lemyre, Yi Li, Camille Maltais-Bilodeau, Kyla Marks, Charles McCulloch, Sarah Milla, Elka Miller, Aradhana Mishra, Nicholas Mitsakakis, Khorshid Mohammad, Susanne Mulder-de Tollenaer, Chelsea Munster, Jacqueline Nijboer, Jacqueline Nijboer-Oosterveld, Ingrid Nijholt, Rosa Novoa, Cynthia Ortinau, Emma Porter, Daniela Prayer, Deepti Reddy, Stephanie Redpath, Elizabeth Rogers, Victor Schmidbauer, James Scott, Elizabeth Sewell, Eilon Shany, Ilan Shelef, Elizabeth Singh, Cornelis Slump, Tina Steele, Eniko Szakmar, Chantal Tax, Kirsten Thiim, Julie Uchitel, Jochen van Osch, Gerda van Wezel-Meijler, Anouk Verschuur, Mei-Nga Wu-Smit, Edward Yang, and Hussein Zein

Subjects
Pediatrics, Perinatology and Child Health
Published
2022
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2. Proceedings of the 13th International Newborn Brain Conference: Neuro-imaging studies

Author

Ramy, Abramsky, Rebeka, Acosta, Laura, Acosta Izquierdo, Bushra, Albeshri, Mountasser, Almouqdad, Yasmeen, Asfour, Suzan, Asfour, Topun, Austin, Ashley, Bach, Jim, Barkovich, Richard, Beare, Nadya, Ben Fadel, Angelika, Berger, Borja, Blanco, Martijn, Boomsma, Samudragupta, Bora, Vivian, Boswinkel, Theresa, Chin, Liam, Collins-Jones, Robert, Cooper, Gautam, Dagur, Jorge, Davila, Linda, de Vries, Laxmikant, Shesrao, Gregor, Dovjak, Andrea, Edwards, Mohamed, El-Dib, Hoda, Elshibiny, Dafna, Eshel, Ron, Eshel, Donna, Ferriero, Dawn, Gano, Olivia, Girvan, Hannah, Glass, Katharina, Goeral, Agneta, Golan, Michelle, Gurvitz, Terrie, Inder, Dima, Jamjoom, Nadja, Kadom, Gregor, Kasprian, Thanaa, Khalil, Katrin, Klebermass-Schrehof, Jake, Kleinmahon, Martine, Krüse-Ruijter, Hannah, Lambing, Sarah, Lee, Alexander, Leemans, Lara, Leijser, Brigitte, Lemyre, Yi, Li, Camille, Maltais-Bilodeau, Kyla, Marks, Charles, McCulloch, Sarah, Milla, Elka, Miller, Aradhana, Mishra, Nicholas, Mitsakakis, Khorshid, Mohammad, Susanne Mulder-de, Tollenaer, Chelsea, Munster, Jacqueline, Nijboer, Jacqueline, Nijboer-Oosterveld, Ingrid, Nijholt, Rosa, Novoa, Cynthia, Ortinau, Emma, Porter, Daniela, Prayer, Deepti, Reddy, Stephanie, Redpath, Elizabeth, Rogers, Victor, Schmidbauer, James, Scott, Elizabeth, Sewell, Eilon, Shany, Ilan, Shelef, Elizabeth, Singh, Cornelis, Slump, Tina, Steele, Eniko, Szakmar, Chantal, Tax, Kirsten, Thiim, Julie, Uchitel, Jochen, van Osch, Gerda, van Wezel-Meijler, Anouk, Verschuur, Mei-Nga, Wu-Smit, Edward, Yang, and Hussein, Zein

Subjects
Diagnostic Imaging, Infant, Newborn, Brain, Humans, Head
Published
2022

4. Early prediction of neurologic outcome after perinatal depression

Author

Farhad Sahebkar-Moghaddam, A. Jim Barkovich, Donna M. Ferriero, Beatrice Latal Hajnal, and Alison J Barnwell

Subjects
Male, Pediatrics, medicine.medical_specialty, Scoring system, Developmental Neuroscience, Seizures, Early prediction, medicine, Humans, Prospective Studies, Prospective cohort study, Neurologic Examination, business.industry, Follow up studies, Age Factors, Infant, Prognosis, Increased risk, Neurology, Pediatrics, Perinatology and Child Health, Neurologic abnormalities, Neurologic examinations, Female, Neurology (clinical), Nervous System Diseases, Psychomotor Disorders, business, Perinatal Depression
Abstract

Evaluation is presented of whether or not a detailed neuromotor examination at 3 months of age could predict later neurologic abnormalities among term infants with perinatal depression. In a prospective cohort, infants were neurologically evaluated at 3 and 12 months. Infants were scored from 0 to 5 according to a new neuromotor scoring system. The neuromotor score at 3 months (NMS-3) was compared with the NMS at 12 months (NMS-12). Seventy-four infants were enrolled in the study; nine were lost to follow-up, and five died before reaching 1 year. Sixty infants were examined (neurologic abnormalities = 52%, normal = 48% at 1 year). The NMS-3 correlated strongly with the NMS-12 and the results of the 12-month neurologic examination. All infants with a NMS-3 of 5 had neurologic abnormalities at 1 year. Infants with neonatal seizures had a significantly increased risk of developmental abnormalities at 1 year. Eighteen infants exhibited transient abnormalities. Using a simple scoring system, the results of the early neurologic examinations correlated strongly with outcome among term infants with perinatal depression. A subgroup of infants had transient abnormalities. These findings suggest that in term high-risk infants, the 1-year neurologic outcome can be predicted at 3 months of age using these parameters.

Published
1999

5. Early Prediction of Neurologic Outcome After Perinatal Depression

Author

Alison J Barnwell, Farhad Sahebkar-Moghaddam, Beatrice Latal Hajnal, Donna M. Ferriero, and A. Jim Barkovich

Subjects
Pediatrics, medicine.medical_specialty, Scoring system, business.industry, Obstetrics and Gynecology, General Medicine, Increased risk, Early prediction, Neurologic abnormalities, Medicine, Neurologic examinations, business, Prospective cohort study, Perinatal Depression
Abstract

Evaluation is presented of whether or not a detailed neuromotor examination at 3 months of age could predict later neurologic abnormalities among term infants with perinatal depression. In a prospective cohort, infants were neurologically evaluated at 3 and 12 months. Infants were scored from 0 to 5 according to a new neuromotor scoring system. The neuromotor score at 3 months (NMS-3) was compared with the NMS at 12 months (NMS-12). Seventy-four infants were enrolled in the study; nine were lost to follow-up, and five died before reaching 1 year. Sixty infants were examined (neurologic abnormalities = 52%, normal = 48% at 1 year). The NMS-3 correlated strongly with the NMS-12 and the results of the 12-month neurologic examination. All infants with a NMS-3 of 5 had neurologic abnormalities at 1 year. Infants with neonatal seizures had a significantly increased risk of developmental abnormalities at 1 year. Eighteen infants exhibited transient abnormalities. Using a simple scoring system, the results of the early neurologic examinations correlated strongly with outcome among term infants with perinatal depression. A subgroup of infants had transient abnormalities. These findings suggest that in term high-risk infants, the 1-year neurologic outcome can be predicted at 3 months of age using these parameters.

Published
2000
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