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the technology to the needs of biotech research. now, instead of needing tens of thousands of cells to produce one point of data, we can conduct experiments on single cells—with thousands of cells on a chip. we can actually see how fast the cells are growing ... how much antibody they produce ... how...
the technology to the needs of biotech research. now, instead of needing tens of thousands of cells to produce one point of data, we can conduct experiments on single cells—with thousands of cells on a chip. we can actually see how fast the cells are growing ... how much antibody they produce ... how...
the technology to the needs of biotech research. now, instead of needing tens of thousands of cells to produce one point of data, we can conduct experiments on single cells—with thousands of cells on a chip. we can actually see how fast the cells are growing ... how much antibody they produce ... how...
the technology to the needs of biotech research. now, instead of needing tens of thousands of cells to produce one point of data, we can conduct experiments on single cells—with thousands of cells on a chip. we can actually see how fast the cells are growing ... how much antibody they produce ... how...
may become one of many different cells. most stem cells also can renew themselves by dividing indefinitely. these two characteristics are what present a new pathway to repairing damage to the human body caused by trauma, degeneration and disease. • types of stem cells - thus far, research has revealed...