Kathleen Miller

Kathleen Miller

New York, New York, United States
10K followers 500+ connections

About

Specialties: Embryology, Andrology, Preimplantation Genetic Diagnosis, Quality (ISO…

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Experience

  • Innovation Fertility Graphic
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    Troy, Michigan

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    Cleveland/Akron, Ohio Area

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    Norwalk, Connecticut

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    Saskatoon, Canada

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    Texas Children's Hospital Baylor College of Medicine

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Education

Publications

  • A novel single-cell DNA fingerprinting method successfully distinguishes sibling human embryos

    Fertility and Sterility

    OBJECTIVE: To validate a novel system for embryonic DNA fingerprinting which can reliably distinguish sibling embryos from each other.

    DESIGN: Prospective, randomized, and blinded study.

    SETTING: Academic center for reproductive medicine.

    PATIENT(S): Blastomeres were obtained from discarded and transferred embryos from six patients undergoing IVF treatment.

    INTERVENTION(S): None.

    MAIN OUTCOME MEASURE(S): Single lymphocytes from sibling cell lines and…

    OBJECTIVE: To validate a novel system for embryonic DNA fingerprinting which can reliably distinguish sibling embryos from each other.

    DESIGN: Prospective, randomized, and blinded study.

    SETTING: Academic center for reproductive medicine.

    PATIENT(S): Blastomeres were obtained from discarded and transferred embryos from six patients undergoing IVF treatment.

    INTERVENTION(S): None.

    MAIN OUTCOME MEASURE(S): Single lymphocytes from sibling cell lines and blastomeres from sibling day 3 human embryos were evaluated for accurate assignment of relationship using whole genome amplification and single-nucleotide polymorphism microarrays.

    RESULT(S): Assignment of single-cell relationships was accomplished with 100% accuracy. We also observed complete agreement between the molecular karyotype and DNA fingerprint-based identification of embryos implanted in three clinical IVF cases after multiple embryo transfer.

    CONCLUSION(S): These data demonstrate the first single-blastomere DNA fingerprinting technology capable of unequivocal discrimination of sibling human embryos.

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