TY - JOUR
T1 - International expert consensus statement on physiological interpretation of cardiotocograph (CTG)
T2 - First revision (2024)
AU - Chandraharan, Edwin
AU - Pereira, Susana
AU - Ghi, Tullio
AU - Gracia Perez-Bonfils, Anna
AU - Fieni, Stefania
AU - Jia, Yan Ju
AU - Griffiths, Katherine
AU - Sukumaran, Suganya
AU - Ingram, Caron
AU - Reeves, Katharine
AU - Bolten, Mareike
AU - Loser, Katrine
AU - Carreras, Elena
AU - Suy, Anna
AU - Garcia-Ruiz, Itziar
AU - Galli, Letizia
AU - Zaima, Ahmed
N1 - Publisher Copyright:
© 2024 The Author(s)
PY - 2024/11
Y1 - 2024/11
N2 - The first international consensus guideline on physiological interpretation of cardiotocograph (CTG) produced by 44 CTG experts from 14 countries was published in 2018. This guideline ensured a paradigm shift from classifying CTG by arbitrarily grouping certain features of the fetal heart rate into different “categories”, and then, randomly combining them to arrive at an overall classification of CTG traces into “Normal, Suspicious and Pathological” (or Category I, II and III) to a classification which is based on the understanding of fetal pathophysiology. The guideline recommended the recognition of different types of fetal hypoxia, and the determination of features of fetal compensatory responses as well as decompensation to ongoing hypoxic stress on the CTG trace. Since its first publication in 2018, there have been several scientific publications relating physiological interpretation of CTG, especially relating to features indicative of autonomic instability due to hypoxic stress (i.e., the ZigZag pattern), and of fetal inflammation. Moreover, emerging evidence has suggested improvement in maternal and perinatal outcomes in maternity units which had implemented physiological interpretation of CTG. Therefore, the guideline on Physiological Interpretation of CTG has been revised to incorporate new scientific evidence, and the interpretation table has been expanded to include features of chorioamnionitis and relative utero-placental insufficiency of labour (RUPI-L).
AB - The first international consensus guideline on physiological interpretation of cardiotocograph (CTG) produced by 44 CTG experts from 14 countries was published in 2018. This guideline ensured a paradigm shift from classifying CTG by arbitrarily grouping certain features of the fetal heart rate into different “categories”, and then, randomly combining them to arrive at an overall classification of CTG traces into “Normal, Suspicious and Pathological” (or Category I, II and III) to a classification which is based on the understanding of fetal pathophysiology. The guideline recommended the recognition of different types of fetal hypoxia, and the determination of features of fetal compensatory responses as well as decompensation to ongoing hypoxic stress on the CTG trace. Since its first publication in 2018, there have been several scientific publications relating physiological interpretation of CTG, especially relating to features indicative of autonomic instability due to hypoxic stress (i.e., the ZigZag pattern), and of fetal inflammation. Moreover, emerging evidence has suggested improvement in maternal and perinatal outcomes in maternity units which had implemented physiological interpretation of CTG. Therefore, the guideline on Physiological Interpretation of CTG has been revised to incorporate new scientific evidence, and the interpretation table has been expanded to include features of chorioamnionitis and relative utero-placental insufficiency of labour (RUPI-L).
KW - Cardiotocograph (CTG)
KW - Chorioamnionitis
KW - Fetal heart rate cycling
KW - How is THIS Fetus?
KW - Relative utero-placental insufficiency of labour (RUP-L)
KW - Suggestive of Fetal Inflammation (SOFI)
KW - ZigZag Pattern
U2 - 10.1016/j.ejogrb.2024.09.034
DO - 10.1016/j.ejogrb.2024.09.034
M3 - Journal article
C2 - 39378709
AN - SCOPUS:85205668353
SN - 0301-2115
VL - 302
SP - 346
EP - 355
JO - European Journal of Obstetrics and Gynecology and Reproductive Biology
JF - European Journal of Obstetrics and Gynecology and Reproductive Biology
ER -