# First clinical pregnancy and delivery achieved after using a new 3D imaging technology for sperm selection: a case report

## TL;DR

A new 3D imaging technology helped a couple with infertility achieve a successful pregnancy and healthy baby after previous failures.

## Contribution

Demonstrates successful clinical use of a novel 3D sperm selection device in overcoming severe infertility.

## Key findings

- The Q300 device enabled selection of morphologically compliant sperm cells for ICSI.
- Frozen-thawed embryo transfer led to a successful clinical pregnancy and delivery.
- This case highlights the potential of 3D imaging to improve outcomes in challenging infertility cases.

## Abstract

To report a case of a patient who, after experiencing recurrent failed implantations, underwent a novel technological intervention—using the Q300 device—which successfully led to a pregnancy and delivery of a healthy baby.

Case report.

Barzilai University Medical Center.

A 33-year-old woman with primary infertility experienced recurrent implantation failure (RIF), while her 32-year-old male partner was diagnosed with severe oligo-astheno-teratozoospermia (OTA) syndrome.

Using Q300 device for selection of the morphologically compliant sperm cells for intracytoplasmic sperm injection (ICSI).

Successful pregnancy and delivery.

A unique case of clinical pregnancy and delivery involving a couple facing RIF and severe OTA. In this case, a new technology for sperm selection was used. The semen sample was examined using the Q300 device to choose WHO2021-morphologically compliant sperm cells for micro-injection. The resulting embryos were developed and then frozen. Later, a frozen-thawed embryo transfer was performed during the following natural menstrual cycle, leading to successful pregnancy and delivery.

The utilization of this new 3D imaging technology underscores the evolving landscape of reproductive medicine and the potential it holds for transforming outcomes in challenging cases. By documenting such cases, we contribute to the ongoing dialogue to refine assisted reproductive technology (ART) protocols and improve reproductive outcomes for individuals facing similar challenges.

NCT06232720 https://clinicaltrials.gov/study/NCT06232720. Date of registration: 15 Feb 2023. Date of enrollment of the first subject: 20 August 2023.