The phrase "actively process" is correct and usable in written English.
It can be used when describing the engagement or involvement in processing information, tasks, or experiences in a dynamic manner.
Example: "In order to improve our learning outcomes, we need to actively process the information presented during the training sessions."
Alternatives: "engage with" or "dynamically handle".
Recent gene expression profiling in DCs have shown that DCs can actively process environmental signals and activate different transcriptional programs in response to distinct stimuli [ 26].
This result is consistent with previous results showing that the upper trophic levels in the S. purpurea microecosystem actively process detritus but that the activity of the microbial component of the food web ultimately determines N availability for Sarracenia [30].
Agricultural drainage ditches actively process nutrients and could potentially be managed to optimize this processing to minimize SP export from these landscapes.
It should not be provided during a test or when other activities require students' attention, but rather when students are in a position to actively process it [ 18, 19].
The term 'attention' refers to how individuals actively process specific information in their environment.
The experiments in Erhel and Jamet's study (2013) indicate that serious games promote learning and motivation, provided they include features that prompt learners to actively process the educational content.
Researchers of mass communication cannot therefore treat the public as a homogenous mass audience that actively processes and responds to media messages uniformly, as had been postulated by initial theories of mass communication, which assumed that audiences respond to media messages directly.
Lastly, learning only takes place if the learner actively processes incoming information by connecting it to prior knowledge.
For Kant, analogously, the phenomena of human experience depend on both the sensory data that we receive passively through sensibility and the way our mind actively processes this data according to its own a priori rules.
In a trivial case when no data are actively processed during the cycle, the total average energy consumption is the summation of energy consumption the sensor needs to operate when there is no any data packet in the sensor and that when the sensor is in sleep, i.e., E cycle = e or α + e os β. (21).
Because this theory hypothesizes that the brain actively processes distractors at low load more so than at high load, one might predict that both early and late stages of central processing will show a greater distractor-related activation at low relative to high load.
