Against the intrauterine pressure catheter, INVU detected contractions more accurately than TOCO and was not affected by BMI.
Uterine activity derived from INVU’s ECG and acoustic signals tracked the intrauterine catheter closely.
In 147 women, INVU fetal and maternal heart rate agreed closely with CTG (fetal heart rate r = 0.92).
Registered comparison of INVU contraction monitoring with the catheter (80 enrolled).
Registered pivotal comparison with CTG at sites in Germany, Israel and the US (151 enrolled).
Sheba Beyond describes how it designed a hybrid hospital-and-home unit for high-risk pregnancy, using INVU by Nuvo for fetal heart tracing at home.
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Sheba Medical Center ran a hybrid programme for women with gestational diabetes, with INVU for the nonstress test at home.
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Penn researchers asked patients who did their nonstress tests at home with INVU how it went, through weekly surveys and interviews.
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A Banner Health clinician wrote to the journal about a year of remote nonstress testing with INVU in rural care.
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At Penn Medicine, 34 patients with high-risk pregnancies enrolled and 29 did their nonstress tests at home with INVU.
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An independent review of remote fetal monitoring in the COVID-19 era describes INVU among the new technologies.
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INVU’s contraction monitoring was tested in 118 women (78 in the validation phase) against the intrauterine pressure catheter, the clinical reference.
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INVU derives uterine activity from the mother’s heart signals, electrical and acoustic, rather than from a pressure belt.
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In 147 pregnant women, fetal and maternal heart rates recorded with INVU were compared with standard cardiotocography (CTG).
Read the highlight →More about INVU™ beyond the published research.
Whether you would like to know more about INVU™, explore a research collaboration, or partner with us, we would love to hear from you.
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