Pub. Date : 2003 Aug
PMID : 12962557
17 Functional Relationships(s)Download |
Sentence | Compound Name | Protein Name | Organism |
1 | [The enhancing effects of IL-3 gene transfected murine bone marrow stromal cells on hematopoiesis under control of doxycycline]. | Doxycycline | interleukin 3 | Mus musculus |
2 | To study enhancing effect of IL-3 gene transfected bone marrow stromal cell which can be induced by doxycycline (Dox) to express IL-3 cytokine on the proliferation and differentiation of hematopoietic stem cell, retrovirus vector system contained mIL-3 cDNA was established and bone marrow stromal cell line was transfected, and obtained QXMSC1Tet-on-IL-3, in which expression level of IL-3 can be modulated by Dox. | Doxycycline | interleukin 3 | Mus musculus |
3 | To study enhancing effect of IL-3 gene transfected bone marrow stromal cell which can be induced by doxycycline (Dox) to express IL-3 cytokine on the proliferation and differentiation of hematopoietic stem cell, retrovirus vector system contained mIL-3 cDNA was established and bone marrow stromal cell line was transfected, and obtained QXMSC1Tet-on-IL-3, in which expression level of IL-3 can be modulated by Dox. | Doxycycline | interleukin 3 | Mus musculus |
4 | To study enhancing effect of IL-3 gene transfected bone marrow stromal cell which can be induced by doxycycline (Dox) to express IL-3 cytokine on the proliferation and differentiation of hematopoietic stem cell, retrovirus vector system contained mIL-3 cDNA was established and bone marrow stromal cell line was transfected, and obtained QXMSC1Tet-on-IL-3, in which expression level of IL-3 can be modulated by Dox. | Doxycycline | interleukin 3 | Mus musculus |
5 | To study enhancing effect of IL-3 gene transfected bone marrow stromal cell which can be induced by doxycycline (Dox) to express IL-3 cytokine on the proliferation and differentiation of hematopoietic stem cell, retrovirus vector system contained mIL-3 cDNA was established and bone marrow stromal cell line was transfected, and obtained QXMSC1Tet-on-IL-3, in which expression level of IL-3 can be modulated by Dox. | Doxycycline | interleukin 3 | Mus musculus |
6 | To study enhancing effect of IL-3 gene transfected bone marrow stromal cell which can be induced by doxycycline (Dox) to express IL-3 cytokine on the proliferation and differentiation of hematopoietic stem cell, retrovirus vector system contained mIL-3 cDNA was established and bone marrow stromal cell line was transfected, and obtained QXMSC1Tet-on-IL-3, in which expression level of IL-3 can be modulated by Dox. | Doxycycline | interleukin 3 | Mus musculus |
7 | To study enhancing effect of IL-3 gene transfected bone marrow stromal cell which can be induced by doxycycline (Dox) to express IL-3 cytokine on the proliferation and differentiation of hematopoietic stem cell, retrovirus vector system contained mIL-3 cDNA was established and bone marrow stromal cell line was transfected, and obtained QXMSC1Tet-on-IL-3, in which expression level of IL-3 can be modulated by Dox. | Doxycycline | interleukin 3 | Mus musculus |
8 | To study enhancing effect of IL-3 gene transfected bone marrow stromal cell which can be induced by doxycycline (Dox) to express IL-3 cytokine on the proliferation and differentiation of hematopoietic stem cell, retrovirus vector system contained mIL-3 cDNA was established and bone marrow stromal cell line was transfected, and obtained QXMSC1Tet-on-IL-3, in which expression level of IL-3 can be modulated by Dox. | Doxycycline | interleukin 3 | Mus musculus |
9 | To study enhancing effect of IL-3 gene transfected bone marrow stromal cell which can be induced by doxycycline (Dox) to express IL-3 cytokine on the proliferation and differentiation of hematopoietic stem cell, retrovirus vector system contained mIL-3 cDNA was established and bone marrow stromal cell line was transfected, and obtained QXMSC1Tet-on-IL-3, in which expression level of IL-3 can be modulated by Dox. | Doxycycline | interleukin 3 | Mus musculus |
10 | To study enhancing effect of IL-3 gene transfected bone marrow stromal cell which can be induced by doxycycline (Dox) to express IL-3 cytokine on the proliferation and differentiation of hematopoietic stem cell, retrovirus vector system contained mIL-3 cDNA was established and bone marrow stromal cell line was transfected, and obtained QXMSC1Tet-on-IL-3, in which expression level of IL-3 can be modulated by Dox. | Doxycycline | interleukin 3 | Mus musculus |
11 | To study enhancing effect of IL-3 gene transfected bone marrow stromal cell which can be induced by doxycycline (Dox) to express IL-3 cytokine on the proliferation and differentiation of hematopoietic stem cell, retrovirus vector system contained mIL-3 cDNA was established and bone marrow stromal cell line was transfected, and obtained QXMSC1Tet-on-IL-3, in which expression level of IL-3 can be modulated by Dox. | Doxycycline | interleukin 3 | Mus musculus |
12 | The activities of IL-3 were measured under different Dox concentrations. | Doxycycline | interleukin 3 | Mus musculus |
13 | The results showed that IL-3 gene transfected stromal cell line QXMSC1-Tet-on + IL-3 expressed high concentration of IL-3 in vitro under control of Dox. | Doxycycline | interleukin 3 | Mus musculus |
14 | The results showed that IL-3 gene transfected stromal cell line QXMSC1-Tet-on + IL-3 expressed high concentration of IL-3 in vitro under control of Dox. | Doxycycline | interleukin 3 | Mus musculus |
15 | The results showed that IL-3 gene transfected stromal cell line QXMSC1-Tet-on + IL-3 expressed high concentration of IL-3 in vitro under control of Dox. | Doxycycline | interleukin 3 | Mus musculus |
16 | It is concluded that in the culture of QXMSC1-Tet-on + IL-3 cells, Dox actually enhanced IL-3 expression, and thus augmented the proliferation and differentiation of hematopoietic stem/progenitor cells in vitro. | Doxycycline | interleukin 3 | Mus musculus |
17 | It is concluded that in the culture of QXMSC1-Tet-on + IL-3 cells, Dox actually enhanced IL-3 expression, and thus augmented the proliferation and differentiation of hematopoietic stem/progenitor cells in vitro. | Doxycycline | interleukin 3 | Mus musculus |