TY - JOUR
T1 - Current Status of Fetal Echocardiography Imaging and Fetal Counseling Fellow Training in 29 European Countries
AU - Sarkola, Taisto
AU - Seale, Anna N.
AU - Tulzer, Andreas
AU - Duignan, Sophie M.
AU - Grzyb, Agnieszka
AU - Tuo, Giulia
AU - Vanhie, Ellen
AU - McMahon, Colin
AU - The Fetal Cardiology Working Group of the AEPC
A2 - Weber, Roland
A2 - Vassileva, Zornitsa
A2 - Tzifa, Aphrodite
A2 - Turi, Alexandra
A2 - Tulzer, Gerald
A2 - Tomek, Viktor
A2 - Süüden, Eva Liina
A2 - Steinhard, Johannes
A2 - Sendzikaite, Skaiste
A2 - Seidl-Mlczoch, Lila
A2 - Seale, Anna
A2 - Parezanovic, Vojislav
A2 - Óskarsson, Gylfi
A2 - Olejnik, Peter
A2 - Miranda, Joana O.
A2 - Meyer-Szary, Jarosław
A2 - Lubaua, Inguna
A2 - Ladányi, Anikó
A2 - Kavga, Maria
A2 - Jossif, Antonis
A2 - Herberg, Ulrike
A2 - Diab, Simone Goa
A2 - Dumitrascu-Biris, Ioana
A2 - Kruse, Charlotte Duhn
A2 - Dinarevic, Senka
A2 - De Groote, Katya
A2 - Escobar-Diaz, Maria C.
A2 - Clur, Sally Ann
A2 - Bonnet, Damien
A2 - Bhat, Misha
N1 - Publisher Copyright:
© The Author(s) 2025.
PY - 2025
Y1 - 2025
N2 - Limited data exist on the implementation of current fetal cardiology training and practice guidelines, how trainees are assessed, and how trained fetal cardiologists maintain their skills among countries affiliated with the Association of European Paediatric and Congenital Cardiology (AEPC). A structured questionnaire was sent to fetal cardiologists or national delegates from 44 centers in 33 European countries. Responses were obtained from 37 centers in 29 European countries with 31 responses from fetal cardiologists. Fetal echocardiography was equally performed in maternal (18) and pediatric (16) hospitals with median 3 (range 0–6) fetal cardiologists per center and > 4 fetal cardiologists in 13 centers. Core and advanced fetal cardiology training was offered in 17 (46%) and 21 (57%) centers. Advanced training was provided in higher volume centers (19/21). Assessment methods included direct trainee observation, case-based discussions, and participation in multidisciplinary team meetings, with mostly verbal feedback provided. Criteria for independent fetal echocardiography and counseling were based on training duration (range 2–24 months), number of assessments (range 100–1500), and number of counseling abnormal cases (range 40–200) performed under expert supervision, as well as on expert evaluations of trainees based on direct observation and fetal cardiac diagnostic accuracy. Formal certification in fetal cardiology was reported in three centers. Research activity among trained experts was reported among 25 (68%) respondents overall with 19 respondents involved with collaborative research. Trainee research was encouraged but not mandatory in clinical training. Maintenance of expert skills included sufficient clinical activity volume, teaching, and different forms of national and international networking. Fetal cardiology service quality assessments included missed cases discussion in 20 (54%) centers. There is substantial variation in advanced fetal cardiology training practice in Europe suggesting a need for further clarification of training criteria and structure. Trainee assessment is mainly verbal and based on direct observation. There seems to be a need to strengthen the fetal cardiology module in core pediatric cardiology training and to improve quality assessment of the clinical service provided.
AB - Limited data exist on the implementation of current fetal cardiology training and practice guidelines, how trainees are assessed, and how trained fetal cardiologists maintain their skills among countries affiliated with the Association of European Paediatric and Congenital Cardiology (AEPC). A structured questionnaire was sent to fetal cardiologists or national delegates from 44 centers in 33 European countries. Responses were obtained from 37 centers in 29 European countries with 31 responses from fetal cardiologists. Fetal echocardiography was equally performed in maternal (18) and pediatric (16) hospitals with median 3 (range 0–6) fetal cardiologists per center and > 4 fetal cardiologists in 13 centers. Core and advanced fetal cardiology training was offered in 17 (46%) and 21 (57%) centers. Advanced training was provided in higher volume centers (19/21). Assessment methods included direct trainee observation, case-based discussions, and participation in multidisciplinary team meetings, with mostly verbal feedback provided. Criteria for independent fetal echocardiography and counseling were based on training duration (range 2–24 months), number of assessments (range 100–1500), and number of counseling abnormal cases (range 40–200) performed under expert supervision, as well as on expert evaluations of trainees based on direct observation and fetal cardiac diagnostic accuracy. Formal certification in fetal cardiology was reported in three centers. Research activity among trained experts was reported among 25 (68%) respondents overall with 19 respondents involved with collaborative research. Trainee research was encouraged but not mandatory in clinical training. Maintenance of expert skills included sufficient clinical activity volume, teaching, and different forms of national and international networking. Fetal cardiology service quality assessments included missed cases discussion in 20 (54%) centers. There is substantial variation in advanced fetal cardiology training practice in Europe suggesting a need for further clarification of training criteria and structure. Trainee assessment is mainly verbal and based on direct observation. There seems to be a need to strengthen the fetal cardiology module in core pediatric cardiology training and to improve quality assessment of the clinical service provided.
KW - Fetal counseling
KW - Fetal echocardiography
KW - Training
UR - https://www.scopus.com/pages/publications/105016645706
U2 - 10.1007/s00246-025-04006-0
DO - 10.1007/s00246-025-04006-0
M3 - Article
C2 - 40890370
AN - SCOPUS:105016645706
SN - 0172-0643
JO - Pediatric Cardiology
JF - Pediatric Cardiology
ER -