"subsequent organization" is a grammatically correct and usable phrase in written English.
It can be used to refer to an organization that comes after another one, either chronologically or in terms of hierarchy or structure. Example: After the initial chaos, the subsequent organization of the event went smoothly.
The rise of each subsequent organization seemed to occur with greater speed and violence than the one before.
The subsequent organization of courts and the introduction of Chinese religions resulted in an ever-increasing importation of various elements of Chinese music.
The subsequent organization of the army and assembling of the peasantry laid the ground for the later uprising of the Hungarian peasantry.
The work consisted in gathering information from different documental sources and subsequent organization in a database.
There are many approaches for producing or modifying SAMs patterns and subsequent organization of the building blocks into the pattern areas.
By using cyclic voltammetry study, it is shown that in potentiodynamic and potentiostatic experiments, the electrochemical reduction of calix[4]arenediquinone leads to the formation of its corresponding calix[4]arenedihydroquinone and the subsequent organization of quinhydrone, which electrodeposits on the surface of disk electrode.
If primary sensory regions like the auditory cortex have prenatal defects, entire pathways of subsequent brain organization would not form properly.
The temporal requirement for SAD-1 is less stringent in subsequent synaptic organization.
There is a dynamic interaction and co-operation between epithelial and mesenchymal cells in all aspects of ECM deposition and subsequent structural organization.
The formation of honeycomb-like patterns in the polymer films resulted from strong hydrogen bonding of the polymers to water droplets on the surfaces of substrates, with subsequent self-organization and phase separation.
Inhibition of endogenous Net1 by RNAi and expression of a dominant negative Net1 demonstrated that this GEF is required for RhoA activation and for the subsequent re-organization of the actin cytoskeleton in response to intoxication or irradiation (Figures 2 and 3).
