When using vitro (tube) testing researchers can get healthy cells and coax them to grow into 3-D structures and when working with diseases we can see where the problem begins at a microscopic level (In Defense). In addition, “Human on a Chip” is now a scientific breakthrough where the tissue chip devices are designed as accurate models of the structure and function of human organs, such as the lung, liver and heart, which provides a faster and more efficient way to see how toxins react (Neavs). With this new technology and information animals are no longer needed for testing, which saves animals from the horrors of animal cruelty and gives our researchers more accurate data. Since most animal experiments are flawed, we are wasting their lives and with alternative testing methods such as computer modeling and synthetic skin it gives a better feel of what we are achieving
When using vitro (tube) testing researchers can get healthy cells and coax them to grow into 3-D structures and when working with diseases we can see where the problem begins at a microscopic level (In Defense). In addition, “Human on a Chip” is now a scientific breakthrough where the tissue chip devices are designed as accurate models of the structure and function of human organs, such as the lung, liver and heart, which provides a faster and more efficient way to see how toxins react (Neavs). With this new technology and information animals are no longer needed for testing, which saves animals from the horrors of animal cruelty and gives our researchers more accurate data. Since most animal experiments are flawed, we are wasting their lives and with alternative testing methods such as computer modeling and synthetic skin it gives a better feel of what we are achieving