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Swapna Nhavi: Revolutionizing Ovarian Tissue Preservation
Swapna Nhavi/LinkedIn
Jan 8, 2026, 17:46

Swapna Nhavi: Revolutionizing Ovarian Tissue Preservation

Swapna Nhavi, Embryologist, shared a post on LinkedIn:

“Nanowarming of ovarian tissue

  • Nano-warming in ovarian tissue cryopreservation is an advanced warming technique used after vitrification. It involves dispersing biocompatible magnetic nanoparticles within the cryopreserved tissue.
  • When exposed to an alternating magnetic field, these nanoparticles generate uniform heat from inside the tissue, enabling rapid and even warming.
  • Nano-warming is used to prevent ice recrystallization, a major cause of tissue damage during conventional warming.
  • Compared to normal warming methods, it offers better temperature control, reduced thermal gradients, improved tissue viability, and enhanced preservation of follicular structure—making it a promising innovation in fertility preservation.
  • Ovarian tissue warmed using nano-warming had less oxidative stress (less cell damage) and important fertility-related genes (BMP15, GDF9, FSHR) remained stable after culture.
  • Nano-warming helps protect ovarian tissue from cryoinjury and may improve tissue survival after freezing and warming.

Done in case of

  • Patients undergoing cancer treatment or at risk of premature ovarian failure.
  • Research or regenerative medicine applications.”

Swapna Nhavi

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Cryopreservation Methods Embryology Innovations Fertility Fertility News Magnetic Nanoparticles Nanowarming Techniques Ovarian Tissue reproductive technology Swapna Nhavi Tissue Viability Vitrification Advances
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