Both cell types are considered to have opposite effects on axonal regeneration.
Until now, we have assumed that both cell types are choosing their own production, so as to maximize their own growth rate.
Both cell types are involved in regulating the structural architecture, plasticity, and neurogenesis in the central nervous system.
The cost-effective manufacturing processes for tubular and planar cells are described and both cell types are compared.
We observed that plasmacytoid and activated dendritic cells are the main myeloid components of human carotid plaques and that both cell types are present in the biofabricated model.
Both cell types are heritable for many generations, and the switch between the two types occurs epigenetically, that is, without a change in the primary DNA sequence of the genome.
The images illustrates that morphology of both cell types are not altered by the presence of SMF but mitochondrial membrane potential is slightly affected by the presence of magnetic field in cancer cells but normal cells remain unchanged.
Both cell types are characterized by high intrinsic adenylyl cyclase activities.
This result was not surprising as both cell types are quite rare [41].
This indicates that both cell types are more vulnerable to RNA oxidation.
In the present study we observed that both cell types are negatively affected by HIV-induced IDO.
