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1 uccessful long-term recipient survival after orthotopic transplantation.
2  liver preservation/reperfusion injury after orthotopic transplantation.
3 ant stress of cold storage, reperfusion, and orthotopic transplantation.
4  prostates, which was highly metastatic upon orthotopic transplantation.
5 3 (p53) generate aggressive tumors following orthotopic transplantation.
6 TNFalpha and IFNgamma production early after orthotopic transplantation.
7 l cells from corneal allograft donors before orthotopic transplantation.
8 al cell culture models but was restored upon orthotopic transplantation.
9 nal studies in patient-derived xenograft and orthotopic transplantation.
10  HCCs were discovered in livers resected for orthotopic transplantation, although in a few cases, the
11  with pharmacologic inhibition approaches in orthotopic transplantation and patient-derived xenograft
12  show enhanced tumorigenic potential in both orthotopic transplantation and tumor organoid assays.
13 eneic epithelium display immune privilege in orthotopic transplantation and whether syngeneic epithel
14 D24 are enriched for metastatic potential in orthotopic transplantation assays.
15  use genetically engineered mouse models and orthotopic transplantation-based GBM models with identic
16                        In addition, using an orthotopic transplantation-based melanoma mouse model, w
17 ire multidisciplinary teams and expertise in orthotopic transplantation (cardiac surgery, anesthesia,
18 ined significant attention in the 1970s when orthotopic transplantation experiments between quail and
19                                              Orthotopic transplantation experiments revealed that CTS
20 culture and remained patent for 3 days after orthotopic transplantation in rats.
21                                        After orthotopic transplantation in the bursa of the mouse ova
22 cells promoted carcinoma dissemination after orthotopic transplantation in the ovary of immunodeficie
23  form tumors after subcutaneous injection or orthotopic transplantation into mice, confirming their r
24 cted neuronal differentiation, and following orthotopic transplantation into naive fetuses, were unab
25 mmary tumor growth and metastasis, following orthotopic transplantation into the mammary fat pad.
26 owth and decreased microvessel density after orthotopic transplantation into the prostate in vivo.
27       Here we used the Met-1 cell line in an orthotopic transplantation model in FVB/N mice to dissec
28 aptamers reduced tumor burden in a syngeneic orthotopic transplantation model of PDAC, in an autochth
29                        Finally, we apply the orthotopic transplantation model to characterize the clo
30 e; and proved to be effective in a syngeneic orthotopic transplantation model, in KPC mice, in a CDX
31                                In a syngenic orthotopic transplantation model, Prdx4 knockdown limite
32          HB development was compared between orthotopic transplantation models established in postnat
33 ses metastasis in intracardial xenograft and orthotopic transplantation models, and correlates with p
34 ted GSC self-renewal and tumor initiation in orthotopic transplantation models.
35 e tumor-suppressive function of PTPN23 in an orthotopic transplantation mouse model.
36 essor genes in colon epithelial cells and by orthotopic transplantation of Apc-edited colon organoids
37                                              Orthotopic transplantation of cells that over-expressed
38         With the report of a livebirth after orthotopic transplantation of cryopreserved ovarian tiss
39                                              Orthotopic transplantation of DeltaNp63alpha-expressing
40 n assessed by the unilateral, isochronic and orthotopic transplantation of either r2, r3, r4, r5 or r
41                                              Orthotopic transplantation of Elp1(HET) GNPs harboring s
42                        Consistent success in orthotopic transplantation of genetically modified pig h
43 astasis formation in the lungs of mice after orthotopic transplantation of human breast cancer cells.
44 hly efficient HCC invasion and metastasis by orthotopic transplantation of liver cancer organoids pro
45 ure epithelial cells in such repair, whereas orthotopic transplantation of LNEPs, isolated by a defin
46                                              Orthotopic transplantation of NES cells generated from G
47                                              Orthotopic transplantation of patient-derived organoids
48                       In a mouse model using orthotopic transplantation of patient-derived pancreatic
49 iral delivery of prime editing guide RNAs or orthotopic transplantation of prime-edited organoids.
50                                    Following orthotopic transplantation of PyMT+ glands into the clea
51 e colon cancer model with colonoscopy-guided orthotopic transplantation of syngeneic Apc(null)Kras(G1
52 giogenesis within human breast cancers after orthotopic transplantation onto nude mice.
53                                        After orthotopic transplantation, PDK1 overexpression was not
54  used to study metastatic colonization using orthotopic transplantation procedures and demonstrated r
55                                        In an orthotopic transplantation rat CCA model, the SIRT1 inhi
56                          Organoid assays and orthotopic transplantation revealed that SPC-high, CD44-
57                                        Using orthotopic transplantation, the authors demonstrate that
58                      Forty-eight hours after orthotopic transplantation, the recipient contralateral
59                                              Orthotopic transplantation under the kidney capsule impr
60                                              Orthotopic transplantation was performed unless the pulm
61               Using genetic fate mapping and orthotopic transplantation, we provide definitive eviden