01. Gene therapy Boulikas.pdf - Gene therapy & Molecular Biology
01. Gene therapy Boulikas.pdf - Gene therapy & Molecular Biology
01. Gene therapy Boulikas.pdf - Gene therapy & Molecular Biology
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Drug<br />
50. <strong>Gene</strong> Therapy /Phase I<br />
/Cancer /Colon<br />
/Immuno<strong>therapy</strong><br />
51. <strong>Gene</strong> Therapy /Phase I<br />
/Monogenic Disease<br />
/Gaucher Disease<br />
52. <strong>Gene</strong> Therapy /Phase I<br />
/Infectious Disease<br />
/Human<br />
Immunodeficiency<br />
Virus /Immuno<strong>therapy</strong><br />
53. <strong>Gene</strong> Therapy /Phase I<br />
/Cancer /Melanoma<br />
/Immuno<strong>therapy</strong><br />
54. <strong>Gene</strong> Therapy /Phase I<br />
/Cancer /Neuroblastoma<br />
/Immuno<strong>therapy</strong><br />
55. <strong>Gene</strong> Therapy /Phase I-<br />
II /Infectious Disease<br />
/Human<br />
Immunodeficiency<br />
Virus /Immuno<strong>therapy</strong><br />
56. <strong>Gene</strong> Therapy /Phase I<br />
/Other /Rheumatoid<br />
Arthritis<br />
57. <strong>Gene</strong> Marking /Cancer<br />
/Ovarian<br />
58. <strong>Gene</strong> Marking /Cancer<br />
/Pediatric Malignancies<br />
59. <strong>Gene</strong> Therapy /Phase I<br />
/Cancer /Breast<br />
/Chemoprotection<br />
60. <strong>Gene</strong> Therapy /Phase I<br />
/Monogenic Disease<br />
/Fanconi Anemia<br />
61. <strong>Gene</strong> Therapy /Phase I<br />
/Cancer /Glioblastoma<br />
/Immuno<strong>therapy</strong><br />
62. <strong>Gene</strong> Therapy /Phase I<br />
/Cancer /Melanoma<br />
/Lymphoma /Breast<br />
/Head and Neck Cancer<br />
/Immuno<strong>therapy</strong><br />
<strong>Gene</strong> Therapy and <strong>Molecular</strong> <strong>Biology</strong> Vol 1, page 169<br />
Injection of Colon Carcinoma Patients with<br />
Autologous Irradiated Tumor Cells and Fibroblasts<br />
<strong>Gene</strong>tically Modified to Secrete Interleukin-2.<br />
Retrovirus-Mediated Transfer of the cDNA for<br />
Human Glucocerebrosidase into Peripheral Blood<br />
Repopulating Cells of Patients with Gaucher's Disease.<br />
An Open Label, Phase I /II Clinical Trial to<br />
Evaluate the Safety and Biological Activity of HIV-<br />
IT(V) (HIV-1 IIBenv /Retroviral Vector) in HIV-1<br />
Infected Subjects.<br />
Adoptive Immuno<strong>therapy</strong> of Cancer with Activated<br />
Lymph Node Cells Primed In Vivo with Autologous<br />
Tumor Cells Transduced with the GM-CSF <strong>Gene</strong>.<br />
A Phase I Study of Immunization with γ Interferon<br />
Transduced Neuroblastoma Cells.<br />
A Phase I /II Pilot Study of the Safety of the<br />
Adoptive Transfer of Syngeneic <strong>Gene</strong>-Modified<br />
Cytotoxic T-Lymphocytes in HIV-Infected Identical<br />
Twins.<br />
Sponsor: NIH /Cell <strong>Gene</strong>sys, Inc.<br />
Clinical Trial to Assess the Safety, Feasibility, and<br />
Efficacy of Transferring a Potentially Anti-arthritic<br />
Cytokine <strong>Gene</strong> to Human Joints with Rheumatoid<br />
Arthritis.<br />
Use of a Retroviral Vector to Study the Trafficking<br />
Patterns of Purified Ovarian TIL Populations Used in<br />
Intraperitoneal Adoptive Immuno<strong>therapy</strong> of Ovarian<br />
Cancer Patients: A Pilot Study.<br />
Use of Double Marking with Retroviral Vectors to<br />
Determine the Rate of Reconstitution of Untreated and<br />
Cytokine Expanded CD34 + Selected Marrow Cells in<br />
Patients Undergoing Autologous Bone Marrow<br />
Transplantation.<br />
Use of Safety-Modified Retroviruses to Introduce<br />
Chemo<strong>therapy</strong> Resistance Sequences into Normal<br />
Hematopoietic Cells for Chemoprotection During the<br />
Therapy of Breast Cancer: A Pilot Trial.<br />
Retroviral Mediated <strong>Gene</strong> Transfer of the Fanconi<br />
Anemia Complementation Group C <strong>Gene</strong> to<br />
Hematopoietic Progenitors of Group C Patients.<br />
Injection of Glioblastoma Patients with Tumor Cells<br />
<strong>Gene</strong>tically Modified to Secrete Interleukin-2 (IL-2):<br />
A Phase I Study.<br />
IL-12 <strong>Gene</strong> Therapy Using Direct Injection of<br />
Tumor with <strong>Gene</strong>tically Engineered Autologous<br />
Fibroblasts.<br />
169<br />
In Vitro /Autologous Fibroblasts /Lethally<br />
Irradiated /In Combination with Untransduced<br />
Autologous Tumor Cells /Retrovirus<br />
/Interleukin-2 cDNA /Subcutaneous Injection<br />
In Vitro /G-CSF Mobilized CD34 + Autologous<br />
Peripheral Blood Cells /Retrovirus<br />
/Glucocerebrosidase cDNA /Intravenous<br />
In Vivo /Autologous Muscle Cells /Retrovirus<br />
/HIV-1IIIB Envelope Protein /Intramuscular<br />
Injection<br />
In Vitro /Autologous Tumor Cells /Lethally<br />
Irradiated /Used in Combination with Anti-CD3<br />
and Interleukin-2 Primed Autologous Lymph<br />
Node Cells to Prime Autologous Peripheral Blood<br />
Cells In Vitro /Retrovirus /GM-CSF cDNA<br />
/Intravenous<br />
In Vitro /Autologous Tumor Cells /Allogeneic<br />
Tumor Cells /Lethally Irradiated /Retrovirus /γ<br />
Interferon cDNA /Subcutaneous Injection<br />
In Vitro /CD8 + Syngeneic Peripheral Blood<br />
Cells /Retrovirus /CD4-zeta Chimeric Receptor<br />
/Intravenous /Concurrent Interleukin-2 Therapy<br />
In Vivo /Autologous Synovial Cells /Retrovirus<br />
/Interleukin-1 Receptor Antagonist Protein cDNA<br />
/Intrajoint /Metacarpal Phalangeal Joints<br />
In Vitro /Autologous Peripheral Blood Cells<br />
/Autologous Tumor Infiltrating Lymphocytes<br />
/Retrovirus /Neomycin Phosphotransferase cDNA<br />
/Intraperitoneal<br />
In Vitro /CD34+ Autologous Bone Marrow<br />
Cells /Retrovirus /Neomycin Phosphotransferase<br />
cDNA /Bone Marrow Transplant<br />
In Vitro /CD34 + Autologous Peripheral Blood<br />
Cells /Retrovirus /Multi-Drug Resistance-1<br />
cDNA /Intravenous<br />
In Vitro /CD34 + Autologous Peripheral Blood<br />
Cells /Retrovirus /Fanconi Anemia<br />
Complementation Group C cDNA /Intravenous<br />
In Vitro /Autologous Fibroblasts /Lethally<br />
Irradiated /In Combination with Untransduced<br />
Autologous Tumor Cells /Lethally Irradiated<br />
/Retrovirus /Cytokine /Interleukin-2 cDNA<br />
/Subcutaneous Injection<br />
In Vitro /Autologous Fibroblasts /Lethally<br />
Irradiated /Retrovirus /Cytokine /Interleukin-12<br />
cDNA /Neomycin Phosphotransferase cDNA<br />
/Intratumoral /Direct Injection<br />
Sobol, Robert E.<br />
and Royston,<br />
Ivor<br />
Schuening,<br />
Friedrich<br />
Haubrich,<br />
Richard and<br />
Merritt, James A<br />
Chang, Alfred E<br />
Rosenblatt,<br />
Joseph<br />
Walker, Robert<br />
Evans, C. H.<br />
and Robbins,<br />
Paul<br />
Freedman,<br />
Ralph<br />
Heslop, Helen<br />
Deisseroth,<br />
Albert<br />
Liu, Johnson,<br />
M. and Young,<br />
Neal S<br />
Sobol, Robert<br />
and Royston,<br />
Ivor<br />
Lotze, Michael<br />
T