Butterfly Biosciences


Developer of a minimally invasive, office-based platform for uterine diagnostics and fertility procedures. The company combines endoscopic visualization, steerable catheter mechanics, device miniaturization, and an AI/ML diagnostic app to enable in-office embryo transfer, intrauterine assessment, targeted biopsy, and select operative procedures. Pre-market with a minimum viable product and planned commercialization contingent on FDA 510(k) clearance.

Industries

N/A

Nr. of Employees

small (1-50)

Butterfly Biosciences

Attention Butterfly Biosciences, Inc., 5676 Admiralty Way, Suite 503, Marina Del Rey, CA 90292


Patents

Recovery and processing of human embryos formed in vivo

US-10226280-B2

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Recovery and processing of human embryos formed in vivo

US-10213230-B2

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Uterine lavage for embryo retrieval

US-9408634-B2

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Recovery and processing of human embryos formed in vivo

US-9247960-B2

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Uterine lavage for embryo retrieval

US-9216037-B2

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Products

Visual-guided embryo transfer system (office-based)

A system that provides direct visualization and automated assist features for precise embryo transfer in office settings, designed to standardize placement and improve patient comfort.

Visual intrauterine diagnostic and operative system (visual SIS)

An office-deployable visual saline infusion sonography solution enabling direct intrauterine inspection, targeted biopsy, and minor operative procedures such as polypectomy, lysis of adhesions, septoplasty, and IUD removal.

AI/ML-powered diagnostic and connectivity application

Connected application delivering AI-driven pathology identification, decision support, and HIPAA-compliant patient record and data management to support clinical decision-making and reduce administrative burden.


Services

Engagement with clinical partners and investigators for research, clinical validation, and commercialization planning.

Expertise Areas

  • Fertility procedures and embryo transfer
  • Uterine diagnostics and hysteroscopic operative care
  • AI-driven diagnostic decision support
  • Medical device design for minimally invasive endoscopy
  • Show More (1)

Key Technologies

  • Endoscopic intrauterine visualization
  • Steerable catheter and tip articulation
  • Device miniaturization
  • AI/ML diagnostic algorithms
  • Show More (4)

News & Updates

Peer-reviewed publication describing PGT-A on blastocysts recovered by uterine lavage compared to matched IVF controls.

Article discussing automation and robotics in embryology (linked from company site).

Article on clinical uses of in vivo lavage and its potential role in fertility preservation (referenced by company).


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