Journal of Reproduction and Development
Online ISSN : 1348-4400
Print ISSN : 0916-8818
Technology Report
Haploid embryonic stem cell lines derived from androgenetic and parthenogenetic rat blastocysts
Masumi HIRABAYASHIHiromasa HARATeppei GOTOAkiko TAKIZAWAMelinda R. DWINELLTakahiro YAMANAKAShinichi HOCHIHiromitsu NAKAUCHI
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2017 Volume 63 Issue 6 Pages 611-616

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Abstract

The present study was conducted to establish haploid embryonic stem (ES) cell lines using fluorescent marker-carrying rats. In the first series, 7 ES cell lines were established from 26 androgenetic haploid blastocysts. However, only 1 ES cell line (ahES-2) was found to contain haploid cells (1n = 20 + X) by fluorescence-activated cell sorting (FACS) and karyotypic analyses. No chimeras were detected among the 10 fetuses and 41 offspring derived from blastocyst injection with the FACS-purified haploid cells. In the second series, 2 ES cell lines containing haploid cells (13% in phES-1 and 1% in phES-2) were established from 2 parthenogenetic haploid blastocysts. Only the phES-2 cell population was purified by repeated FACS to obtain 33% haploid cells. Following blastocyst injection with the FACS-purified haploid cells, no chimera was observed among the 11 fetuses; however, 1 chimeric male was found among the 47 offspring. Although haploid rat ES cell lines can be established from both blastocyst sources, FACS purification may be necessary for maintenance and chimera production.

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