The largely overlooked resident fungal community plays a critical role in human health and disease.
Paolo Macchiarini will again be investigated by the Karolinska Institute, which is not extending the researcher’s employment contract.
A mouse embryonic stem cell grows on a bed of silicone nanotubes.
May 9, 2014|
May 9, 2014
Agreed, Mr. Bennett makes an apt observation. With what was this image created? Is it EM (with false color)? Light microscopy? At what magnification? With what 'scope?
How do the nanotubes function as a "nursery bed" for the stem cells (even a brief overview would have been useful)? Also, it appears, in this image, that the nanotubes are piercing the cell surface. Is this the case and, if so, why no comments on how this does or does not impact cell function?
Respectfully, Dr. Jonas Moses