1.Extracardiac Malformations Associated with Fetal Heart Disease.
Journal of the Korean Pediatric Cardiology Society 2002;6(2):139-142
No Abstract available.
Fetal Heart*
2.Correlation Analysis of each variable of Fetal Heart Rate Observed through Computerized Monitoring.
Jee Soo PARK ; Young Mo SUNG ; Joung Youl LEE ; Sung Ro CHUNG ; Kyung Joon CHA ; Young Sun PARK ; Moon Il PARK
Korean Journal of Obstetrics and Gynecology 2000;43(7):1207-1215
OBJECTIVE: We aim to analyze each variable affecting FHR to build objective decision basis using canonical correlation analysis METHODS: The sixty four hundred and fifty five cases of NST from 1988 to 1997 at Hanyang University hospital were collected. We used FHR interpretation softwares, HYFM-I & II those were already developed by author, for extraction of each variable of FHR. We classified the variables into 2 groups, F.A.M(FHR, Amplitude, Mean minute range) and N.S.F(NST weeks, Signal loss, Fetal movement) groups. The Canonical correlation was compared between each variable and group. RESULTS: The canonical correlation between F.A.M & N.S.F are as follows; r=0.40 (p=0.001) in preterm, r=0.34 (p=0.001) in term, and r=0.41 (p=0.004) in postterm. The high linear dependency is shown as r=0.79 (p=0.013) before 23 weeks, the irregular changes shown from 23 weeks to 30 weeks (r=0.47 in 23-24 weeks, r=0.29 in 25-26 weeks, r=0.56 in 27-28 weeks, r=0.24 in 29-30 weeks) and the stable relative changes shown (about r=0.3-0.4) after 30 weeks (r=0.32 in 31-32 weeks, r=0.33 in 33-34 weeks, r=0.37 in 35-36, r=0.33 in 37-38 weeks, r=0.37 in 39-40 weeks, r=0.35 after 41 weeks) (p<0.02). In the linear correlation of FHR, two indicies of FHR variables, AMP and MMR pertaining to N.S.F., FHR(r) is 0.06, AMP and MMR seem to be identical as r=0.30 and then the canonization in term and postterm[FHR(r)=-0.27, AMR(r)=0.23, and MMR(r)=0.35]lies in the regular pattern. Moreover, there is rather a linear correlation between F.A.M and the gestational weeks in preterm and it is changed into linearity similar to zero in term and postterm pregnancies[term(r)=0.01, postterm(r)=0.06] CONCLUSIONS: This study shows the linearity of FHR and the variable which are based on the gestational weeks organically, comprehensibly, and quantitatively. It would be utilized as the fundamental standard of the linearity. The changes from the irregular linear correlation to the regular pattern according to advancing gestational weeks means the changes from the immature and transitional level to the mature level. The closer investigation of the linear and
Female
;
Fetal Heart*
;
Heart Rate, Fetal*
;
Pregnancy
3.Antepartum fetal heart rate monitoring ; value of viroacoustic stimulation test.
Hee Beom KIM ; Jeong Jae LEE ; Min Kwan KIM ; Kae Hyun NAM ; Soon Gon LEE ; Kwon Hae LEE ; Tai Ho CHO
Korean Journal of Perinatology 1993;4(4):530-542
No abstract available.
Female
;
Fetal Heart*
;
Heart Rate, Fetal*
;
Pregnancy
4.Clinical study on fetal heart rate and fetal movement reponse to music sound stimulation.
Korean Journal of Obstetrics and Gynecology 1993;36(7):1184-1189
No abstract available.
Female
;
Fetal Heart*
;
Fetal Movement*
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Heart Rate, Fetal*
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Music*
;
Pregnancy
5.How to perform a functional assessment of the fetal heart: a pictorial review
Luciane Alves ROCHA ; Liliam Cristine ROLO ; Edward ARAUJO JÚNIOR
Ultrasonography 2019;38(4):365-373
The purpose of this pictorial review was to describe various echocardiographic techniques that can be used for the functional assessment of the fetal heart. The systolic and diastolic assessments of the fetal heart are presented separately, with an emphasis on 2-dimensional Doppler methods and an overview of new technologies. The aim of this summary was to review the tools that can be used by the echocardiographer, and on that basis, to systematize the process of performing a functional assessment.
Echocardiography
;
Fetal Heart
6.Fetal heart failure.
Chinese Journal of Pediatrics 2008;46(4):316-320
7.Correlation Analysis of Each Variable of Fetal Heart Rate After Maternal Hearing of Alpha-Brain Wave Induced Sound and Natural Sounds.
Moon Il PARK ; Dong Yul SHIN ; Jeong Kyu HOH ; Jeong Hyae HWANG ; Kyung Joon CHA ; Young Sun PARK
Korean Journal of Perinatology 2000;11(2):213-220
No abstract available.
Female
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Fetal Heart*
;
Hearing*
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Heart Rate, Fetal*
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Pregnancy
8.Statistical Investigation of Each Variable of Fetal Heart Rate According to Birth Weight.
Hoo Yoen CHUNG ; Mool Il PARK ; Dong Yul SHIN ; Jee Soo PARK ; Sung Ro CHUNG ; Hyoung Sun SHIN ; Kyung Joon CHA
Korean Journal of Perinatology 2000;11(2):170-178
No abstract available.
Birth Weight*
;
Female
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Fetal Heart*
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Heart Rate, Fetal*
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Parturition*
;
Pregnancy
9.Correlation Analysis of Each Variable of Fetal Heart Rate in Normal and Abnormal Pregnancies.
Jee Soo PARK ; Jeong Kyu HOH ; Sang Soon YOON ; Moon Il PARK ; Kyung Joon CHA ; Young Sun PARK
Korean Journal of Perinatology 2000;11(2):156-169
No abstract available.
Female
;
Fetal Heart*
;
Heart Rate, Fetal*
;
Pregnancy
;
Pregnancy*
10.Clinical application of tape-recorder and telemetry system for analysis of fetal heart rate.
Korean Journal of Obstetrics and Gynecology 1991;34(7):915-926
No abstract available.
Female
;
Fetal Heart*
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Heart Rate, Fetal*
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Pregnancy
;
Telemetry*