Building on 30 years of research, this achievement outlines three fundamental steps that successfully took
ovarian tissue samples and nurtured them into human eggs to a point of full maturity.
Not exact matches
Researchers looked at
tissue samples from
ovarian cancer patients.
For the new study, described in the October 23rd issue of Nature Communications, scientists at the Johns Hopkins Kimmel Cancer Center and Dana Farber Cancer Institute in Boston collected
tissue samples containing normal cells,
ovarian cancers, metastases that had spread elsewhere, and small cancers found in the fallopian tubes, which included single cell layers of cancer called «p53 signatures» and serous tubal intraepithelial carcinoma, or STIC lesions.
While the canine ability to detect the presence of
ovarian cancer is well - established, researchers aren't sure exactly which chemicals the dogs are detecting in the
tissue and plasma
samples.
Her team's work builds on that of Swedish researcher György Horvath, who's shown that dogs have a 100 percent sensitivity and 98 percent specificity to detect
ovarian cancer in plasma and
tissue samples.