The inability of phagocytes to kill infectious microorganisms is caused by a defect in a gene that controls the formation of vesicles inside phagocytic cells.
As a consequence, those bones that do need to be screwed together in order to heal are usually mended with implants made of titanium.Edward Ahn and his colleagues at Angstrom Medica, of Cambridge, Massachusetts, hope to change that by using a process that controls the formation of crystals of hydroxyapatite at an atomic scale.
ACVR1 lies along a well-known pathway that controls the formation of bone and cartilage.
The HEME OXYGENASE 1 (HOX1) gene controls the formation of lateral roots via the production of carbon monoxide.
The combination of the four functional elements controls the formation and distribution of stratigraphic reservoirs in a basin.
Position of N-atom in pyridine of particular receptor mainly controls the formation of diverse anion-water assemblies.
In our opinion, aggregated clay (AC) that remains after WDC extraction is also important, as it controls the formation of aggregates and their mechanical and water resistance [17].
The transport of Cr towards the surface controls the formation of Cr2O3, whereas the diffusion occurs mainly along GBs and incoherent interfaces such as h-AlN/CrN.
Aggregated clay (AC) that remains after WDC extraction is also important, as it controls the formation of aggregates and their mechanical and water resistance.
At the same time, the spatial confinement by mesopore arrays controls the formation and growth of anatase phase, leading to a more or less uniform distribution of titania nanocrystals.
Therefore, it is suggested that the Al2O3 content in the starting material strongly affects the generated H2 concentration in fluid because the Al2O3 level controls the formation of smectite, which potentially inhibits magnetite formation.
