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This section contains international research and may reference indications not approved in all regions. Please consult local approved indications before use.

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  • Publications

Remote maternal-fetal telemedicine monitoring in high-risk pregnancy care: A prospective feasibility study

Remote maternal-fetal telemedicine monitoring for high-risk pregnancy care: A feasibility study
Home ultrasound and CTG are potentially feasible and acceptable to high-risk pregnant women. Larger studies are required to refine how best to implement such devices within clinical practice. To our
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  • Publications

Pipeline product: Monitoring ovarian stimulation for assisted reproduction with patient self-scans using a home vaginal ultrasound device: A single-center interventional, prospective study

Monitoring Ovarian Stimulation for Assisted Reproduction With Patient Self-Scans Using a Home Vaginal Ultrasound Device: A Single-Center Interventional, Prospective Study
The home ultrasound device was feasible, comparable, and well-correlated with standard IC scans, laying the basis for remote home-based monitoring of follicular development during ovarian stimulation. We believe this also
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  • Publications

Retrospective cohort of prenatal home ultrasound utilization and maternal-neonatal outcomes

In this large-scale, retrospective real-world study, we aimed to examine the association between home ultrasound service utilization during pregnancy and adverse pregnancy outcomes.
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  • Publications

Hybrid remote and in-clinic maternal-fetal surveillance for women with gestational diabetes: A prospective pilot study

Hybrid remote and in-clinic maternal-fetal surveillance for women with gestational diabetes: A prospective pilot study
Remote visits had a success rate of 97.4% (38 of 39), with significantly shorter durations compared with in-clinic visits (median 59.0 min vs. 159.0 min, P
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  • Publications

Pipline product: Self-Scanning Of Lung Congestion by dialysis patients using novel mobile-phone ultrasound – A feasibility pilot study

Dialysis Patients’ Evaluation of Lung Edema at Home Using a Mobile Phone Tele-Ultrasound Application: A Pilot Study
With appropriate patient selection, some older, chronically ill patients can generate high-quality LUS self-images that are non-inferior to those generated by trained physicians using the same device, thereby enabling remote
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  • Publications

Fetal heart rate and amniotic fluid volume measurements with a home ultrasound device

Fetal heart rate and amniotic fluid volume measurements with a home ultrasound device
Pulsenmore ES is a self-scanning ultrasound system for remote fetal assessment. It is composed of a hand-held transducer that serves as a smartphone cradle coupled with an application and clinician’s
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FAQ

Frequently asked question

The Pulsenmore was designed to follow ALARA (As Low As Reasonably Achievable) principles as follows:

The system supports only low frequency (2-5MHz), the duration of the scan is limited up to 3 minutes in the App guided mode, or at the clinician’s discretion in the clinician guided mode, only clinician can modify the ultrasound parameters (i.e., depth, gain, frequency etc.), each scan is enabled only upon the approval of a medical professional. The system was authorized by FDA through the de novo classification process.

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