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US 2010/0160717 A1Published application
In vitro fertilization
OwnerRichard T. Scott, JR., Nathan R. Treffinventors
Life of this patent
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Abstract
Methods of in vitro fertilization wherein said method includes preimplantation genetic diagnosis of all 24 chromosomes of an IVF embryo comprising whole genome amplification and SNP-based microarray analyses are disclosed.
Claims14
A method of in vitro fertilization wherein said method includes preimplantation genetic diagnosis of an IVF embryo comprising the steps of:
- a) biopsying said IVF embryo to remove one or more cells from said embryo;
- b) extracting nucleic acid from said one or more cells;
- c) performing whole-genome amplification of said nucleic acid;
- d) gathering genetic information for said IVF embryo comprising performing the following substeps (i) and (ii):
- i) determining the copy number of one or more SNPs for all 24 chromosomes in said IVF embryo;
- and
- ii) determining the copy number of all 24 chromosomes in said IVF embryo;
- and optionally
- iii) determining the presence of a loss or gain in chromosomal heterozygosity in said IVF embryo;
- e) predicting the genetic normalcy of the IVF embryo based on the genetic information obtained in (d) if the genetic information collected in (d)(i) indicates at least 90% SNP copy number concurrence, and the genetic information collected in (d)(ii) indicates at least a 50% chromosomal copy number concordance and where applicable, the genetic information collected in (d)(iii) indicates neither a gain nor loss of heterozygosity and
- (f) selecting one or more IVF embryos for transfer based on the determination made in step (e).
8 more elements
Dependencies are inferred from the claim text.