The phrase "activated successively" is correct and usable in written English.
It can be used to describe a process where multiple elements or components are turned on or initiated one after the other in a sequence.
Example: "The system was designed so that the different modules were activated successively to ensure optimal performance."
Alternatives: "triggered in sequence" or "enabled one after another."
Lewis used nested deletions to show that successively more distal genetic functions of the BX-C are activated in successively more posterior segments along the body axis (Lewis, 1981).
The accell plus QMA-cartridge wactivatedted by successively flushing it with 5 mL of 1 N sodium bicarbonate solution and 10 mL of sterile water, followed by air flushing.
This, in turn, activates successively caspase-9 and caspase-3, accompanied by poly (ADP-ribose) polymerase (PARP) cleavage [46], [49], [50], [51].
Against this interpretation, it could be argued that the individual mossy fibre stimuli could have successively activated different sets of granule cells4,5, and that a lack of reduced responsiveness of the Purkinje cell to the CS could reflect a lack of LTD only in a subset of synapses not involved in generating the CR.
These anatomic concepts are successively activated to produce a sequence of narrowing by the basal loop, shortening by the descending segment, lengthening by the ascending segment, and widening in the cardiac cycle that causes ventricular ejection to empty and suction to fill.
The exclusion of peptide-dependent thymus input from the model may affect the order in which T cells are successively activated and recruited in the islets at decreasing avidities, but the general involvement of these cells and the eventual outcome of the autoimmune attack are independent of such terms.
These paralogs arranged in a collinear manner are successively activated, from 'head' to 'tail' orchestrating sequential expression thus, regulating development [ 3, 4].
These enzymes successively activated Ub/Ubls for transfer using the free energy derived from ATP hydrolysis, relayed it via thiocarboxylate linkages involving the C-terminal residue of Ub/Ubls, and finally transferred it to lysines on target polypeptides [ 1, 10, 20- 22].
In 10- to 13-year-olds, sequential activation of occipital, prefrontal, fusiform, and parietal brain sources were observed, whereas in 14- to 16-year-olds, neural sources in the occipital, limbic, inferior temporal, and finally prefrontal region were successively activated in response to face processing.
Two possibilities have been proposed for how this might occur: either the neurons that encode the tone remain active until delivery of the air puff, or different groups of neurons are successively activated in a relay that spans the interval between the tone and the air puff.
