Study types
- article 8
- other 2
Condition tags
- endometriosis 10
Frequent coauthors
- Fujishita, Akira 10
- Fujita, Hiroyuki 10
- Fumino, Shigehisa 10
- Fujiwara, Yoichiro 10
- Guo, Sun-Wei 10
- Horiguchi, Go 10
- Itoh, Kyoko 10
- Koshiba, Akemi 10
- Kuroboshi, Haruo 10
- Kitawaki, Jo 10
Supplementary Material 1: Suppl. Figure 1 Shows cell transfer methods. A representative procedure of neonatal uterine blood (NUB) collection (A, B, C) and steps of cell transfer method (D-H) are shown in this figure. The details of NUB coll…
Supplementary Material 1: Suppl. Figure 1 Shows cell transfer methods. A representative procedure of neonatal uterine blood (NUB) collection (A, B, C) and steps of cell transfer method (D-H) are shown in this figure. The details of NUB coll…
Supplementary Material 2: Suppl. Figure 2. Correlation between immunoreactive scores (IRS) of Glycodelin-A (Gd-A) expression and tissue infiltration of CD68 (macrophages)-, CD45 (pan-leukocytes)-, and CD56 (natural killer cells, NK)-stained…
Supplementary Material 2: Suppl. Figure 2. Correlation between immunoreactive scores (IRS) of Glycodelin-A (Gd-A) expression and tissue infiltration of CD68 (macrophages)-, CD45 (pan-leukocytes)-, and CD56 (natural killer cells, NK)-stained…
Supplementary Material 3: Suppl. Figure 3 Shows expression of different biological markers in neonatal uterine blood. Immunocytochemical staining of different biological markers (A-H) and epithelial mesenchymal stem cells (eMSCs) (I-L) in p…
Supplementary Material 3: Suppl. Figure 3 Shows expression of different biological markers in neonatal uterine blood. Immunocytochemical staining of different biological markers (A-H) and epithelial mesenchymal stem cells (eMSCs) (I-L) in p…
Supplementary Material 4: Suppl. Table 1. Shows immunohistochemical staining rates of different biological markers in neonatal endometria.
Supplementary Material 4: Suppl. Table 1. Shows immunohistochemical staining rates of different biological markers in neonatal endometria.
Abstract Background It has been hypothesized that the origin of early-onset endometriosis could be from endometrial mesenchymal stem cells (eMSCs) in neonatal uterine blood (NUB). There is no information on the possible mechanistic basis li…
Abstract Background It has been hypothesized that the origin of early-onset endometriosis could be from endometrial mesenchymal stem cells (eMSCs) in neonatal uterine blood (NUB). There is no information on the possible mechanistic basis li…