today it's due to be inspected by professor stefan montrose and his team. at 1st glance, it looks just like any other regular math, but then you notice that 4 of its toes are missing. it also can we want to find out what causes this kind of developmental defect or the most the mouse is a useful object of study because of how closely we can track its development of cutting. but ultimately we're investigating a human disease and the human phenotype, as we call it. and it's about patients so exhibit similar developmental defects in leisure. and picking up the researchers, use genetic engineering to create the defect altering mass genes. so their offspring are born with abnormalities. the mice now have the same genetic defect as professors patients at the shower to university hospital. in the same way, we can see how similar the changes are when the 2 sides completely different, which is typical because the physical expression varies widely. or you can see several thing is missing, here are the 2 are missing. on the other side, they're only partially developed

today it's due to be inspected by professor stefan montrose and his team. at 1st glance, it looks just like any other regular mass. but then you notice that 4 of its toes are missing. it was also, we want to find out what causes this kind of developmental defect most. the mouse is a useful object of study because of how closely we can track its development, of course. but ultimately we're investigating a human disease and the human phenotype, as we call it. and it's about patients so exhibit similar developmental defects in leisure. and the researchers use genetic engineering to create the defect altering mass genes, so their offspring are born with abnormalities. the mice now have the same genetic defect as professors patients at the shower to university hospital and they have, we can see how similar the changes are monday to side, completely different, which is a typical because the physical expression varies widely. you can see several thing is missing here. the other 2 are missing. on the other side, they're only partially developed and they're also par

today it's due to be inspected by professor stefan montrose and his team. at 1st glance, it looks just like any other regular mess, but then you notice that 4 of its toes are missing because people also want to find out what causes this kind of developmental defect or the most the mouse is a useful object of study because of how closely we can track its development, of course. but ultimately we're investigating a human disease and the human phenotype, as we call it, the placement. it's about patients so exhibit similar developmental defects in leisure. and the culture of the researchers use genetic engineering to create the defect altering mass genes. so their offspring are born with abnormalities. the mice now have the same genetic defect as professors patients at the sherita university hospital. they way we can see how similar the changes are when the 2 sides completely different, which is typical because the physical expression varies widely or you can see several thing is missing here. the other 2 are missing. on the other side, they're only partially d