2006
DOI: 10.1016/j.siny.2006.02.012
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Fetal pain perception and pain management

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Cited by 49 publications
(24 citation statements)
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References 34 publications
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“…58 In some investigations, it was concluded that the human fetus can feel pain after 24 GW, and that the fetus may feel pain even before 24 GW. 59,60 Reissland et al 61 suggested that healthy fetuses progress towards an increasingly complete pain/distress expression as they mature. These authors argued that the increasing frequency of fetal pain/distress with advancing gestation might be an adaptive process, being beneficial to the fetus after birth to obtain his/her parents' love.…”
Section: Fetal Painmentioning
confidence: 99%
“…58 In some investigations, it was concluded that the human fetus can feel pain after 24 GW, and that the fetus may feel pain even before 24 GW. 59,60 Reissland et al 61 suggested that healthy fetuses progress towards an increasingly complete pain/distress expression as they mature. These authors argued that the increasing frequency of fetal pain/distress with advancing gestation might be an adaptive process, being beneficial to the fetus after birth to obtain his/her parents' love.…”
Section: Fetal Painmentioning
confidence: 99%
“…Neonatos pré-termo, assim como fetos por volta de 18 a 20 semanas de idade gestacional, já apresentam reações fisiológicas e comportamentais à dor e ao estresse (Anand & Whit Hall, 2007;Van de Velde, Jani, De Buck, & Deprest, 2006). Anteriormente, havia a concepção de que a reação à dor em neonatos pré-termo eram respostas reflexas que ocorriam no nível do tronco cerebral.…”
Section: O Contexto Inicial Do Desenvolvimento E a Dor Em Bebês Nasciunclassified
“…A exposição repetida à dor e ao estresse na UTIN pode alterar o substrato neurológico associado com o processamento de dor e, assim, levar a mudanças no processamento somatossensorial da dor e a respostas neurocomportamentais alteradas à dor (Simons & Tibboel, 2006;Van de Velde et al, 2006). O fenômeno de repetição do estímulo nocivo pode levar a: (a) hiperalgesia, reposta exagerada a um estímu-lo que permanece mesmo após cessar o estímulo nocivo original (Taddio, Shah, Atenafu, & Katz, 2009); (b) alodínia, reações de dor quando manuseado sem estímulo doloroso (Chimello, Gaspardo, Cugler, Martinez, & Linhares, 2009;Goubet, Clifton, & Shah, 2001); (c) aprendizagem por associação de estímulos e antecipação de eventos dolorosos (Chimello et al, 2009;Goubet et al, 2001).…”
Section: Consequências Da Exposição Precoce à Dor Para O Desenvolvimentounclassified
“…It starts at six weeks of pregnancy when the development and increase on number of sensory fibers and interneurons in the posterior horn of spinal cord occurs; during the seventh week of gestation, sensitive-cutaneous receptors are observed in the fetus' perioral area (4) . Not only anatomical development continues through the pregnancy, but the production of endogenous substances involved in the process of painful information also occurs.…”
Section: Introductionmentioning
confidence: 99%
“…The following can be highlighted: changes in metabolism and catabolism, energy expenditure to control pain instead of using energy reserves for growth and clinical reestablishment, future changes in behavioral, emotional, and cognitive aspects regarding subsequent painful episodes, changes in sensibility and anatomic structures (4,(8)(9) . Therefore, there is the need for pain control in neonatal units.…”
Section: Introductionmentioning
confidence: 99%