Определение неврологических последствий преждевременных родов
Перевод научной статьи Defining the Neurologic Consequences of Preterm Birth
EN Engl J Med 2023; 389:441-453
DOI: 10.1056/NEJMra2303347 August 3, 2023
Julie R. Ingelfinger, M.D., Editor
Terrie E. Inder, M.B., Ch.B., M.D., Joseph J. Volpe, M.D., and Peter J. Anderson, Ph.D.
Перевод Г.Е. Заика
Аффилиации авторов
From the Center for Neonatal Research, Children’s Hospital of Orange County, Orange, and the Department of Pediatrics, University of California, Irvine, Irvine – both in California (T.E.I.); the Department of Neurology, Boston Children’s Hospital, and Harvard Medical School – both in Boston (J.J.V.); and the School of Psychological Sciences, Turner Institute for Brain and Mental Health, Monash University, Melbourne, VIC, Australia (P.J.A.).
Dr. Inder can be contacted at terrie.inder@choc.org or at the Center for Neonatal Research, Children’s Hospital of Orange County, 1201 La Veta Ave., Orange, CA 92868.
References (93)
1. World Health Organization. Preterm birth. May 10, 2023 (https://www.who. int/news-room/fact-sheets/detail/preterm-birth.). Google Scholar.
2. Johnson S, Marlow N. Early and long-term outcome of infants born extremely preterm. Arch Dis Child 2017;102:97-102. Crossref. Web of Science. Medline. Google Scholar.
3. McGowan EC, Vohr BR. Neurodevelopmental follow-up of preterm infants: what is new? Pediatr Clin North Am 2019;66:509-523. Crossref. Web of Science. Medline. Google Scholar.
4. Cheong JLY, Olsen JE, Lee KJ, et al. Temporal trends in neurodevelopmental outcomes to 2 years after extremely preterm birth. JAMA Pediatr 2021;175:1035-1042. Crossref. Web of Science. Medline. Google Scholar.
5. Bell EF, Hintz SR, Hansen NI, et al. Mortality, in-hospital morbidity, care practices, and 2-year outcomes for extremely preterm infants in the US, 2013-2018. JAMA 2022;327:248-263. Crossref. Web of Science. Medline. Google Scholar.
6. Kerr-Wilson CO, Mackay DF, Smith GC, Pell JP. Meta-analysis of the association between preterm delivery and intelligence. J Public Health (Oxf) 2012;34:209-216. Crossref. Web of Science. Medline. Google Scholar.
7. Johnson S, Hennessy E, Smith R, Trikic R, Wolke D, Marlow N. Academic attainment and special educational needs in extremely preterm children at 11 years of age: the EPICure study. Arch Dis Child Fetal Neonatal Ed 2009;94(4):F283-F289. Crossref. Web of Science. Medline. Google Scholar.
8. Volpe JJ. Dysmaturation of premature brain: importance, cellular mechanisms, and potential interventions. Pediatr Neurol 2019;95:42-66. Crossref. Web of Science. Medline. Google Scholar.
9. Hamrick SE, Miller SP, Leonard C, et al. Trends in severe brain injury and neurodevelopmental outcome in premature newborn infants: the role of cystic periventricular leukomalacia. J Pediatr 2004;145:593-599. Crossref. Web of Science. Medline. Google Scholar.
10. Cheong JLY, Olsen JE, Huang L, et al. Changing consumption of resources for respiratory support and short-term outcomes in four consecutive geographical cohorts of infants born extremely preterm over 25 years since the early 1990s. BMJ Open 2020;10(9):e037507-e037507. Crossref. Web of Science. Medline. Google Scholar.
11. Miller SP, Ferriero DM, Leonard C, et al. Early brain injury in premature newborns detected with magnetic resonance imaging is associated with adverse early neurodevelopmental outcome. J Pediatr 2005;147:609-616. Crossref. Web of Science. Medline. Google Scholar. 12. Woodward LJ, Anderson PJ, Austin NC, Howard K, Inder TE. Neonatal MRI to predict neurodevelopmental outcomes in preterm infants. N Engl J Med 2006;355:685-694. Free Full Text Web of Science. Medline. Google Scholar.
13. Pierson CR, Folkerth RD, Billiards SS, et al. Gray matter injury associated with periventricular leukomalacia in the premature infant. Acta Neuropathol 2007;114:619-631. Crossref. Web of Science. Medline. Google Scholar.
14. Buser JR, Maire J, Riddle A, et al. Arrested preoligodendrocyte maturation contributes to myelination failure in premature infants. Ann Neurol 2012;71:93-109. Crossref. Web of Science. Medline. Google Scholar.
15. Hershkovich Shporen C, Reichman B, Zaslavsky-Paltiel I, et al. Antenatal corticosteroid therapy is associated with a lower risk of cystic periventricular leukomalacia. Acta Paediatr 2021;110:1795-1802. Crossref. Web of Science. Medline. Google Scholar.
16. Abiramalatha T, Bandyopadhyay T, Ramaswamy VV, et al. Risk factors for periventricular leukomalacia in preterm infants: a systematic review, meta-analysis, and GRADE-based assessment of certainty of evidence. Pediatr Neurol 2021;124:51-71. Crossref. Web of Science. Medline. Google Scholar.
17. Hielkema T, Hadders-Algra M. Motor and cognitive outcome after specific early lesions of the brain — a systematic review. Dev Med Child Neurol 2016;58:Suppl 4:46-52. Crossref. Web of Science. Medline. Google Scholar.
18. Resch B, Resch E, Maurer-Fellbaum U, et al. The whole spectrum of cystic periventricular leukomalacia of the preterm infant: results from a large consecutive case series. Childs Nerv Syst 2015;31:1527-1532. Crossref. Web of Science. Medline. Google Scholar.
19. Woodward LJ, Clark CA, Bora S, Inder TE. Neonatal white matter abnormalities an important predictor of neurocognitive outcome for very preterm children. PLoS One 2012;7(12):e51879-e51879. Crossref. Web of Science. Medline. Google Scholar.
20. Anderson PJ, Treyvaud K, Neil JJ, et al. Associations of newborn brain magnetic resonance imaging with long-term neurodevelopmental impairments in very preterm children. J Pediatr 2017;187:58-65.e1. Crossref. Web of Science. Medline. Google Scholar.
21. Bolisetty S, Dhawan A, Abdel-Latif M, et al. Intraventricular hemorrhage and neurodevelopmental outcomes in extreme preterm infants. Pediatrics 2014;133:55-62. Crossref. Web of Science. Medline. Google Scholar.
22. Volpe JJ, Inder TE, Darras BT. Volpe’s neurology of the newborn. 6th ed. Philadelphia: Elsevier, 2018. Google Scholar.
23. Inder TE, Perlman JM, Volpe JJ. Preterm intraventricular hemorrhage/posthemorrhagic hydrocephalus. In: Volpe JJ, Inder TE, Darras BT, et al., eds. Volpe’s neurology of the newborn. 6th ed. Philadelphia: Elsevier, 2018;637-698. Crossref. Google Scholar.
24. Leijser LM, de Vries LS. Preterm brain injury: germinal matrix-intraventricular hemorrhage and post-hemorrhagic ventricular dilatation. Handb Clin Neurol 2019;162:173-199. Crossref. Medline. Google Scholar.
25. Vohr B, Garcia Coll C, Flanagan P, Oh W. Effects of intraventricular hemorrhage and socioeconomic status on perceptual, cognitive, and neurologic status of low birth weight infants at 5 years of age. J Pediatr 1992;121:280-285. Crossref. Web of Science. Medline. Google Scholar.
26. Sherlock RL, Anderson PJ, Doyle LW, Victorian Infant Collaborative Study Group. Neurodevelopmental sequelae of intraventricular haemorrhage at 8 years of age in a regional cohort of ELBW/very preterm infants. Early Hum Dev 2005;81:909-916. Crossref. Web of Science. Medline. Google Scholar.
27. Périsset A, Natalucci G, Adams M, Karen T, Bassler D, Hagmann C. Impact of low-grade intraventricular hemorrhage on neurodevelopmental outcome in very preterm infants at two years of age. Early Hum Dev 2023;177-178:105721-105721. Crossref. Web of Science. Medline. Google Scholar.
28. Ann Wy P, Rettiganti M, Li J, et al. Impact of intraventricular hemorrhage on cognitive and behavioral outcomes at 18 years of age in low birth weight preterm infants. J Perinatol 2015;35:511-515. Crossref. Web of Science. Medline. Google Scholar.
29. Klebermass-Schrehof K, Czaba C, Olischar M, et al. Impact of low-grade intraventricular hemorrhage on long-term neurodevelopmental outcome in preterm infants. Childs Nerv Syst 2012;28:2085-2092. Crossref. Web of Science. Medline. Google Scholar.
30. Haines KM, Wang W, Pierson CR. Cerebellar hemorrhagic injury in premature infants occurs during a vulnerable developmental period and is associated with wider neuropathology. Acta Neuropathol Commun 2013;1:69-69. Crossref. Web of Science. Medline. Google Scholar.
31. Sehgal A, El-Naggar W, Glanc P, Asztalos E. Risk factors and ultrasonographic profile of posterior fossa haemorrhages in preterm infants. J Paediatr Child Health 2009;45:215-218. Crossref. Web of Science. Medline. Google Scholar.
32. Steggerda SJ, Leijser LM, Wiggers-de Bruïne FT, van der Grond J, Walther FJ, van Wezel-Meijler G. Cerebellar injury in preterm infants: incidence and findings on US and MR images. Radiology 2009;252:190-199. Crossref. Web of Science. Medline. Google Scholar.
33. Stoodley CJ, Limperopoulos C. Structure-function relationships in the developing cerebellum: evidence from early-life cerebellar injury and neurodevelopmental disorders. Semin Fetal Neonatal Med 2016;21:356-364. Crossref. Web of Science. Medline. Google Scholar.
34. Kidokoro H, Neil JJ, Inder TE. New MR imaging assessment tool to define brain abnormalities in very preterm infants at term. AJNR Am J Neuroradiol 2013;34:2208-2214. Crossref. Web of Science. Medline. Google Scholar.
35. Dyet LE, Kennea N, Counsell SJ, et al. Natural history of brain lesions in extremely preterm infants studied with serial magnetic resonance imaging from birth and neurodevelopmental assessment. Pediatrics 2006;118:536-548. Crossref. Web of Science. Medline. Google Scholar.
36. Hortensius LM, Dijkshoorn ABC, Ecury-Goossen GM, et al. Neurodevelopmental consequences of preterm isolated cerebellar hemorrhage: a systematic review. Pediatrics 2018;142:11-11. Crossref. Web of Scienc. Medline. Google Scholar.
37. Boswinkel V, Steggerda SJ, Fumagalli M, et al. The CHOPIn study: a multicenter study on cerebellar hemorrhage and outcome in preterm infants. Cerebellum 2019;18:989-998. Crossref. Web of Science. Medline. Google Scholar.
38. Zhang Y, Inder TE, Neil JJ, et al. Cortical structural abnormalities in very preterm children at 7 years of age. Neuroimage 2015;109:469-479. Crossref. Web of Science. Medline. Google Scholar.
39. Rajagopalan V, Scott JA, Liu M, et al. Complementary cortical gray and white matter developmental patterns in healthy, preterm neonates. Hum Brain Mapp 2017;38:4322-4336. Crossref. Web of Science. Medline. Google Scholar.
40. Smyser CD, Wheelock MD, Limbrick DD Jr, Neil JJ. Neonatal brain injury and aberrant connectivity. Neuroimage 2019;185:609-623. Crossref. Web of Science. Medline. Google Scholar.
41. Hedderich DM, Bäuml JG, Berndt MT, et al. Aberrant gyrification contributes to the link between gestational age and adult IQ after premature birth. Brain 2019;142:1255-1269. Crossref. Web of Science. Medline. Google Scholar.
42. Thompson DK, Matthews LG, Alexander B, et al. Tracking regional brain growth up to age 13 in children born term and very preterm. Nat Commun 2020;11:696-696. Crossref. Web of Science. Medline. Google Scholar.
43. Kelly CE, Shaul M, Thompson DK, et al. Long-lasting effects of very preterm birth on brain structure in adulthood: a systematic review and meta-analysis. Neurosci Biobehav Rev 2023;147:105082-105082. Crossref. Web of Science. Medline. Google Scholar.
44. Volpe JJ. Brain injury in premature infants: a complex amalgam of destructive and developmental disturbances. Lancet Neurol 2009;8:110-124. Crossref. Web of Science. Medline. Google Scholar.
45. Vinall J, Grunau RE, Brant R, et al. Slower postnatal growth is associated with delayed cerebral cortical maturation in preterm newborns. Sci Transl Med 2013;5(168):168ra8-168ra8. Crossref. Web of Science. Medline. Google Scholar.
46. Neil JJ, Smyser CD. Recent advances in the use of MRI to assess early human cortical development. J Magn Reson 2018;293:56-69. Crossref. Web of Science. Medline. Google Scholar.
47. Marín-Padilla M. Ontogenesis of the pyramidal cell of the mammalian neocortex and developmental cytoarchitectonics: a unifying theory. J Comp Neurol 1992;321:223-240. Crossref. Web of Science. Medline. Google Scholar.
48. McClendon E, Wang K, Degener-O’Brien K, et al. Transient hypoxemia disrupts anatomical and functional maturation of preterm fetal ovine CA1 pyramidal neurons. J Neurosci 2019;39:7853-7871. Crossref. Web of Science. Medline. Google Scholar.
49. Nosarti C, Froudist-Walsh S. Alterations in development of hippocampal and cortical memory mechanisms following very preterm birth. Dev Med Child Neurol 2016;58:Suppl 4:35-45. Crossref. Web of Science. Medline. Google Scholar.
50. McClendon E, Shaver DC, Degener-O’Brien K, et al. Transient hypoxemia chronically disrupts maturation of preterm fetal ovine subplate neuron arborization and activity. J. Neurosci 2017; 37: 11912 – 11929. Crossref. Web of Science. Medline. Google Scholar.
51. Pineda RG, Neil J, Dierker D, et al. Alterations in brain structure and neurodevelopmental outcome in preterm infants hospitalized in different neonatal intensive care unit environments. J Pediatr 2014;164(1):52-60.e2. Crossref. Web of Science. Medline. Google Scholar.
52. Dimitrova R, Arulkumaran S, Carney O, et al. Phenotyping the preterm brain: characterizing individual deviations from normative volumetric development in two large infant cohorts. Cereb Cortex 2021;31:3665-3677. Crossref. Web of Science. Medline. Google Scholar.
53. Liverani MC, Loukas S, Gui L, et al. Behavioral outcome of very preterm children at 5 years of age: prognostic utility of brain tissue volumes at term-equivalent-age, perinatal, and environmental factors. Brain Behav 2023;13(2):e2818-e2818. Crossref. Web of Science. Medline. Google Scholar.
54. Kline JE, Illapani VSP, He L, Altaye M, Logan JW, Parikh NA. Early cortical maturation predicts neurodevelopment in very preterm infants. Arch Dis Child Fetal Neonatal Ed 2020;105:460-465. Crossref. Web of Science. Medline. Google Scholar.
55. Aanes S, Bjuland KJ, Skranes J, Løhaugen GC. Memory function and hippocampal volumes in preterm born very-low-birth-weight (VLBW) young adults. Neuroimage 2015;105:76-83. Crossref. Web of Science. Medline. Google Scholar.
56. Kesler SR, Vohr B, Schneider KC, et al. Increased temporal lobe gyrification in preterm children. Neuropsychologia 2006;44:445-453. Crossref. Web of Science. Medline. Google Scholar.
57. Shang J, Fisher P, Bäuml JG, et al. A machine learning investigation of volumetric and functional MRI abnormalities in adults born preterm. Hum Brain Mapp 2019;40:4239-4252. Crossref. Web of Science. Medline.
58. Østgård HF, Sølsnes AE, Bjuland KJ, et al. Executive function relates to surface area of frontal and temporal cortex in very-low-birth-weight late teenagers. Early Hum Dev 2016;95:47-53. Crossref. Web of Science. Medline. Google Scholar.
59. Nosarti C, Nam KW, Walshe M, et al. Preterm birth and structural brain alterations in early adulthood. Neuroimage Clin 2014;6:180-191. Crossref. Web of Science. Medline. Google Scholar.
60. Thompson DK, Omizzolo C, Adamson C, et al. Longitudinal growth and morphology of the hippocampus through childhood: impact of prematurity and implications for memory and learning. Hum Brain Mapp 2014;35:4129-4139. Crossref. Web of Science. Medline. Google Scholar.
61. Giménez M, Junqué C, Narberhaus A, et al. Hippocampal gray matter reduction associates with memory deficits in adolescents with history of prematurity. Neuroimage 2004;23:869-877. Crossref. Web of Science. Medline. Google Scholar.
62. Thompson DK, Adamson C, Roberts G, et al. Hippocampal shape variations at term equivalent age in very preterm infants compared with term controls: perinatal predictors and functional significance at age 7. Neuroimage 2013;70:278-287. Crossref. Web of Science. Medline. Google Scholar.
63. Loh WY, Anderson PJ, Cheong JLY, et al. Neonatal basal ganglia and thalamic volumes: very preterm birth and 7-year neurodevelopmental outcomes. Pediatr Res 2017;82:970-978. Crossref. Web of Science. Medline. Google Scholar.
64. Dewey D, Thompson DK, Kelly CE, et al. Very preterm children at risk for developmental coordination disorder have brain alterations in motor areas. Acta Paediatr 2019;108:1649-1660. Crossref. Web of Science. Medline. Google Scholar.
65. Matthews LG, Inder TE, Pascoe L, et al. Longitudinal preterm cerebellar volume: perinatal and neurodevelopmental outcome associations. Cerebellum 2018;17:610-627. Crossref. Web of Science. Medline. Google Scholar.
66. Shah DK, Anderson PJ, Carlin JB, et al. Reduction in cerebellar volumes in preterm infants: relationship to white matter injury and neurodevelopment at two years of age. Pediatr Res 2006;60:97-102. Crossref. Web of Science. Medline. Google Scholar.
67. Allin MPG, Salaria S, Nosarti C, Wyatt J, Rifkin L, Murray RM. Vermis and lateral lobes of the cerebellum in adolescents born very preterm. Neuroreport 2005;16:1821-1824. Crossref. Web of Science. Medline. Google Scholar.
68. Parker J, Mitchell A, Kalpakidou A, et al. Cerebellar growth and behavioural & neuropsychological outcome in preterm adolescents. Brain 2008;131:1344-1351. Crossref. Web of Science. Medline. Google Scholar.
69. Tam EWY, Chau V, Lavoie R, et al. Neurologic examination findings associated with small cerebellar volumes after prematurity. J Child Neurol 2019;34:586-592. Crossref. Web of Science. Medline. Google Scholar.
70. Van Kooij BJM, Benders MJ, Anbeek P, Van Haastert IC, De Vries LS, Groenendaal F. Cerebellar volume and proton magnetic resonance spectroscopy at term, and neurodevelopment at 2 years of age in preterm infants. Dev Med Child Neurol 2012;54:260-266. Crossref. Web of Science. Medline.
71. Cusick SE, Georgieff MK. The role of nutrition in brain development: the golden opportunity of the “First 1000 Days”. J Pediatr 2016;175:16-21. Crossref. Web of Science. Medline. Google Scholar.
72. Belfort MB, Ehrenkranz RA. Neurodevelopmental outcomes and nutritional strategies in very low birth weight infants. Semin Fetal Neonatal Med 2017;22:42-48. Crossref. Web of Science. Medline. Google Scholar.
73. Horbar JD, Ehrenkranz RA, Badger GJ, et al. Weight growth velocity and postnatal growth failure in infants 501 to 1500 grams: 2000-2013. Pediatrics 2015;136(1):e84-e92. Crossref. Web of Science. Medline. Google Scholar.
74. Jacobi-Polishook T, Collins CT, Sullivan TR, et al. Human milk intake in preterm infants and neurodevelopment at 18 months corrected age. Pediatr Res 2016;80:486-492. Crossref. Web of Science. Medline. Google Scholar.
75. Power VA, Spittle AJ, Lee KJ, et al. Nutrition, growth, brain volume, and neurodevelopment in very preterm children. J Pediatr 2019;215:50-55.e3. Crossref. Web of Science. Medline. Google Scholar.
76. Beauport L, Schneider J, Faouzi M, et al. Impact of early nutritional intake on preterm brain: a magnetic resonance imaging study. J Pediatr 2017;181:29-6.e1. Crossref. Web of Science. Medline. Google Scholar.
77. Grunau R. Early pain in preterm infants: a model of long-term effects. Clin Perinatol 2002;29:373-394. Crossref. Web of Science. Medline. Google Scholar.
78. Doesburg SM, Chau CM, Cheung TPL, et al. Neonatal pain-related stress, functional cortical activity and visual-perceptual abilities in school-age children born at extremely low gestational age. Pain 2013;154:1946-1952. Crossref. Web of Science. Medline. Google Scholar.
79. Duerden EG, Grunau RE, Guo T, et al. Early procedural pain is associated with regionally-specific alterations in thalamic development in preterm neonates. J Neurosci 2018;38:878-886. Crossref. Web of Science. Medline. Google Scholar.
80. Smith GC, Gutovich J, Smyser C, et al. Neonatal intensive care unit stress is associated with brain development in preterm infants. Ann Neurol 2011;70:541-549. Crossref. Web of Science. Medline. Google Scholar.
81. Lammertink F, Vinkers CH, Tataranno ML, Benders MJNL. Premature birth and developmental programming: mechanisms of resilience and vulnerability. Front Psychiatry 2021;11:531571-531571. Crossref. Web of Science. Medline. Google Scholar.
82. Als H, Duffy FH, McAnulty G, et al. NIDCAP improves brain function and structure in preterm infants with severe intrauterine growth restriction. J Perinatol 2012;32:797-803. Crossref. Web of Science. Medline. Google Scholar.
83. Kinney HC, Volpe JJ. Encephalopathy of prematurity: neuropathology. In: Volpe JJ, Inder TE, Darras BT, et al., eds. Volpe’s neurology of the newborn. 6th ed. Philadelphia: Elsevier, 2018;389-404. Crossref. Google Scholar.
84. Jansen S, Berkhout RJM, Te Pas AB, et al. Comparison of neonatal morbidity and mortality between single-room and open-bay care: a retrospective cohort study. Arch Dis Child Fetal Neonatal Ed 2022;107:611-616. Crossref. Web of Science. Medline. Google Scholar.
85. Lester BM, Salisbury AL, Hawes K, et al. 18-month follow-up of infants cared for in a single-family room neonatal intensive care unit. J Pediatr 2016;177:84-89. Crossref. Web of Science. Medline. Google Scholar.
86. Benavente-Fernández I, Siddiqi A, Miller SP. Socioeconomic status and brain injury in children born preterm: modifying neurodevelopmental outcome. Pediatr Res 2020;87:391-398. Crossref. Web of Science. Medline. Google Scholar.
87. Pace CC, Spittle AJ, Molesworth CM-L, et al. Evolution of depression and anxiety symptoms in parents of very preterm infants during the newborn period. JAMA Pediatr 2016;170:863-870. Crossref. Web of Science. Medline. Google Scholar.
88. Treyvaud K, Anderson VA, Lee KJ, et al. Parental mental health and early social-emotional development of children born very preterm. J Pediatr Psychol 2010;35:768-777. Crossref. Web of Science. Medline. Google Scholar.
89. Treyvaud K, Thompson DK, Kelly CE, et al. Early parenting is associated with the developing brains of children born very preterm. Clin Neuropsychol 2021;35:885-903. Crossref. Web of Science. Medline. Google Scholar.
90. Treyvaud K, Anderson VA, Howard K, et al. Parenting behavior is associated with the early neurobehavioral development of very preterm children. Pediatrics 2009;123:555-561. Crossref. Web of Science. Medline. Google Scholar.
91. Spittle A, Orton J, Anderson PJ, Boyd R, Doyle LW. Early developmental intervention programmes provided post hospital discharge to prevent motor and cognitive impairment in preterm infants. Cochrane Database Syst Rev 2015;201511:CD005495-CD005495. Medline. Google Scholar.
92. Herd M, Whittingham K, Sanders M, Colditz P, Boyd RN. Efficacy of preventative parenting interventions for parents of preterm infants on later child behavior: a systematic review and meta-analysis. Infant Ment Health J 2014;35:630-641. Crossref. Web of Science. Medline. Google Scholar.
93. Benzies KM, Magill-Evans JE, Hayden KA, Ballantyne M. Key components of early intervention programs for preterm infants and their parents: a systematic review and meta-analysis. BMC Pregnancy Childbirth 2013;13:Suppl 1:S10-S10. Crossref. Web of Science. Medline. Google Scholar.
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