Realizing the therapeutic potential of both stem cell and genomics research requires harnessing the respective strengths of academic, biotechnology, and pharmaceutical sectors, supported by policies and legal incentives for multisectorial collaboration. Here, we discuss issues facing these fields and lessons from the genomics sector that apply to stem cell research
This Comment highlights the recent federal funding setbacks in the biotechnology industry and consid...
Several projects and research fields are expected to strongly contribute to solving therapeutic or d...
57-71The field of genomics and systems biology promises to provide unconventional solutions to probl...
Realizing the therapeutic potential of both stem cell and genomics research requires harnessing the ...
Biotechnology research has much to promise human society. Beyond the obvious benefits of being able...
Cell lines and genetically modified single cell organisms have been considered patentable subjects f...
The field of stem cell research has grown to include a vibrant international community of scientists...
Given the explosion of research on induced pluripotent stem (iPS) cells, it is timely to consider th...
Humans in the era of 21st century have witnessed development at its epitome, coupled with obvious pr...
Stem cells carry the promise to cure a broad range of diseases and injuries, from diabetes, to neuro...
Stem cell research has been acclaimed to revolutionize the future of medicine, and to offer new trea...
Stem cell research is revolutionizing the way we look at medicine. The potential for stem cells is b...
The convergence of the genomic revolution and biobanking with rapid progress in stem cell research h...
While it may seem that genomic innovations recently burst upon the scene but they have actually been...
How has the development of human induced pluripotent stem cells (hiPSCs) modified the trajectory of ...
This Comment highlights the recent federal funding setbacks in the biotechnology industry and consid...
Several projects and research fields are expected to strongly contribute to solving therapeutic or d...
57-71The field of genomics and systems biology promises to provide unconventional solutions to probl...
Realizing the therapeutic potential of both stem cell and genomics research requires harnessing the ...
Biotechnology research has much to promise human society. Beyond the obvious benefits of being able...
Cell lines and genetically modified single cell organisms have been considered patentable subjects f...
The field of stem cell research has grown to include a vibrant international community of scientists...
Given the explosion of research on induced pluripotent stem (iPS) cells, it is timely to consider th...
Humans in the era of 21st century have witnessed development at its epitome, coupled with obvious pr...
Stem cells carry the promise to cure a broad range of diseases and injuries, from diabetes, to neuro...
Stem cell research has been acclaimed to revolutionize the future of medicine, and to offer new trea...
Stem cell research is revolutionizing the way we look at medicine. The potential for stem cells is b...
The convergence of the genomic revolution and biobanking with rapid progress in stem cell research h...
While it may seem that genomic innovations recently burst upon the scene but they have actually been...
How has the development of human induced pluripotent stem cells (hiPSCs) modified the trajectory of ...
This Comment highlights the recent federal funding setbacks in the biotechnology industry and consid...
Several projects and research fields are expected to strongly contribute to solving therapeutic or d...
57-71The field of genomics and systems biology promises to provide unconventional solutions to probl...