Table1_Mitochondrial DNA mutations can influence the post-implantation development of human mosaic embryos.xlsx by Akifumi Ijuin (16817115)

Subjects:

Table5_Mitochondrial DNA mutations can influence the post-implantation development of human mosaic embryos.DOCX by Akifumi Ijuin (16817115)

Subjects:

Single allele dysfunction of <i>ERG251</i> in combination with concurrent aneuploidy causes azole resistance. by Xin Zhou (54275)

MtDNA replacement in human oocytes with MRR-SCCT procedure. by Xiaoyu Liao (8161995)

MtDNA carryover removal and SCC integraty by MRR manipulation in mouse oocytes. by Xiaoyu Liao (8161995)

Chromosomal instability suppresses the growth of K-Ras-induced lung adenomas by Christopher D. Laucius (6816569)

“…<p>Chromosomal instability (CIN) is defined as a high rate of whole chromosome loss or gain and is a hallmark of many aneuploid solid tumors. …”

Image1_Preimplantation genetic testing for complex chromosomal rearrangements: clinical outcomes and potential risk factors.PDF by Dun Liu (674970)

“…Furthermore, based on the combined data from 54 CCR carriers, the proportion of normal/balanced embryos was 10.8%, with a significant decrease observed among female carriers compared to male heterozygotes (6.5% vs. 15.5%, p = 0.002). …”

Table1_Preimplantation genetic testing for complex chromosomal rearrangements: clinical outcomes and potential risk factors.PDF by Dun Liu (674970)

“…Furthermore, based on the combined data from 54 CCR carriers, the proportion of normal/balanced embryos was 10.8%, with a significant decrease observed among female carriers compared to male heterozygotes (6.5% vs. 15.5%, p = 0.002). …”

Supplementary Figure S1 from Cellular Prion Protein PrP^C and Ecto-5′-Nucleotidase Are Markers of the Cellular Stress Response to Aneuploidy by Patrícia H. Domingues (14925828)

“…<p>Hierarchical clustering analysis of multiple cell surface markers in aneuploid cell lines. The expression of 291 cell surface markers (each row represents a single protein) in 5 different aneuploid cell lines (each column represents a different cell line, namely RPE1 5/3 12/3 - trisomy of chromosome 5 and 12 -, RPE1 21/3 - trisomy of chromosome 21 -, HCT116 5/3 - trisomy of chromosome 5 -, RPT1 - RPE1 post-tetraploid clone -, HPT1 - HCT116 post-tetraploid clone -) is shown in a matrix format. …”

Table_4_Aneuploidy enables cross-tolerance to unrelated antifungal drugs in Candida parapsilosis.DOCX by Liu-liu Sun (15205327)

“…Tolerance to 5-flucytosine might be due to the decreased expression of FUR1. Therefore, the pleiotropic effect of aneuploidy on antifungal tolerance was due to the simultaneous regulation of genes on the aneuploid chromosome and genes on euploid chromosomes. …”

Table_2_Aneuploidy enables cross-tolerance to unrelated antifungal drugs in Candida parapsilosis.DOCX by Liu-liu Sun (15205327)

“…Tolerance to 5-flucytosine might be due to the decreased expression of FUR1. Therefore, the pleiotropic effect of aneuploidy on antifungal tolerance was due to the simultaneous regulation of genes on the aneuploid chromosome and genes on euploid chromosomes. …”

Table_3_Aneuploidy enables cross-tolerance to unrelated antifungal drugs in Candida parapsilosis.XLSX by Liu-liu Sun (15205327)

“…Tolerance to 5-flucytosine might be due to the decreased expression of FUR1. Therefore, the pleiotropic effect of aneuploidy on antifungal tolerance was due to the simultaneous regulation of genes on the aneuploid chromosome and genes on euploid chromosomes. …”

Image_1_Aneuploidy enables cross-tolerance to unrelated antifungal drugs in Candida parapsilosis.TIF by Liu-liu Sun (15205327)

“…Tolerance to 5-flucytosine might be due to the decreased expression of FUR1. Therefore, the pleiotropic effect of aneuploidy on antifungal tolerance was due to the simultaneous regulation of genes on the aneuploid chromosome and genes on euploid chromosomes. …”

Table_1_Aneuploidy enables cross-tolerance to unrelated antifungal drugs in Candida parapsilosis.DOCX by Liu-liu Sun (15205327)

“…Tolerance to 5-flucytosine might be due to the decreased expression of FUR1. Therefore, the pleiotropic effect of aneuploidy on antifungal tolerance was due to the simultaneous regulation of genes on the aneuploid chromosome and genes on euploid chromosomes. …”

Image_3_Aneuploidy enables cross-tolerance to unrelated antifungal drugs in Candida parapsilosis.TIF by Liu-liu Sun (15205327)

“…Tolerance to 5-flucytosine might be due to the decreased expression of FUR1. Therefore, the pleiotropic effect of aneuploidy on antifungal tolerance was due to the simultaneous regulation of genes on the aneuploid chromosome and genes on euploid chromosomes. …”

Image_2_Aneuploidy enables cross-tolerance to unrelated antifungal drugs in Candida parapsilosis.TIF by Liu-liu Sun (15205327)

“…Tolerance to 5-flucytosine might be due to the decreased expression of FUR1. Therefore, the pleiotropic effect of aneuploidy on antifungal tolerance was due to the simultaneous regulation of genes on the aneuploid chromosome and genes on euploid chromosomes. …”

Image_4_Aneuploidy enables cross-tolerance to unrelated antifungal drugs in Candida parapsilosis.TIFF by Liu-liu Sun (15205327)

“…Tolerance to 5-flucytosine might be due to the decreased expression of FUR1. Therefore, the pleiotropic effect of aneuploidy on antifungal tolerance was due to the simultaneous regulation of genes on the aneuploid chromosome and genes on euploid chromosomes. …”