The phrase "activity can be recorded" is correct and usable in written English.
It can be used in contexts where you want to indicate that a particular action or event is capable of being documented or logged.
Example: "In this application, any user activity can be recorded for future reference and analysis."
Alternatives: "actions can be logged" or "events can be documented."
Theta activity can be recorded from specific regions (green dots) of cortex in rat brain slices.
As such, seizure activity can be recorded using electroencephalogram (EEG), which is currently one of the most important modalities for epilepsy diagnosis and monitoring [2].
Bursts of electrical activity can be recorded from specific motor nerves at embryonic day (E) 4 (corresponding to stage 24), 48 hrs prior to target innervation [8].
In the chicken spinal cord, bursts of activity can be recorded in motoneurons before the establishment of synaptic connections with target muscles [8].
For example, synaptic activity can be recorded on neurons from E18 rat hippocampus cultured for two weeks, whereas it is barely detected when neurons are cultured from E16 embryos [39].
The decrease in electrically active cells is observed both in the smaller number of sites in the ventral horns where neural activity can be recorded, and in the smaller number of spiking neurons recorded by each electrode.
Connecting this sequence of events, the entity occurrence's activation can be recorded, the occurrence's state changes documented and aging activities recorded, and finally, the occurrence's inactivation or termination can be recorded.
This suggests that low-amplitude electrical activity may represent a fundamental type of metabolic activity that can be recorded from the heart during arrest and may be responsible for the temporary depression in ventricular function that frequently follows a period of elective cardioplegic arrest.
The level and duration of muscle involvement during execution of a learned movement task is reflected in their myoelectric activity that can be recorded and displayed by the use of electromyography (EMG).
For instance, the activity that can be recorded in the primary auditory cortex in human with intracranial EEG electrodes faithfully reflects the envelope of the auditory stimulus, with little noise [68].
The initial burst firing could be responsible for ripple and fast-ripple activity that can be recorded following SPES (van 't Klooster et al., 2011 ).
