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Khalil Faaed: The Next Revolution in IVF May Not Be AI or PGT-A It May Be Piezo-ICSI

Khalil Faaed/LinkedIn

Jun 13, 2026, 18:55

Khalil Faaed: The Next Revolution in IVF May Not Be AI or PGT-A It May Be Piezo-ICSI

Khalil Faaed, Intern of IVF/ICSI and Clinical Embryology at Indira IVF, shared a post on LinkedIn:

“The Next Revolution in IVF May Not Be AI or PGT-A It May Be Piezo-ICSI

When we discuss the future of assisted reproduction, the spotlight often falls on artificial intelligence, time-lapse imaging, genetic testing, and automation. Yet one critical question is rarely asked:

What if the greatest opportunity to improve embryo development begins at the very moment of sperm injection?

Conventional ICSI has transformed reproductive medicine and helped millions of couples achieve parenthood. However, the procedure still relies on mechanical force to penetrate the zona pellucida and oolemma, inevitably exposing the oocyte to a degree of physical stress.

Piezo-ICSI introduces a different concept.
By using piezoelectric pulses to facilitate membrane penetration, the technique aims to reduce oocyte deformation, minimize cytoplasmic trauma, and preserve delicate cellular structures such as the meiotic spindle and cytoskeletal network. The objective is not simply to inject sperm more efficiently but to protect the biological integrity of the oocyte.

This shift reflects an important evolution in embryology:

From achieving fertilization to preserving cellular physiology.
From mechanical manipulation to precision micromanipulation.
From focusing solely on embryo selection to optimizing embryo creation.

Emerging evidence suggests that Piezo-ICSI may improve oocyte survival, reduce degeneration, and enhance fertilization efficiency, particularly in fragile oocytes, vitrified-warmed oocytes, and challenging clinical cases.
The question for our field is no longer whether we can inject a sperm into an oocyte. The question is:
Can we do so while preserving every cellular structure that contributes to developmental competence and reproductive success?

As embryologists, are we witnessing the next major step in micromanipulation technology, or is Piezo-ICSI still an underutilized innovation awaiting broader adoption?

I would be interested to hear the perspectives of fellow embryologists, reproductive biologists, and IVF clinician
Could Piezo-ICSI become the future standard of care in IVF laboratories?”

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