The phrase "at the connectivity level" is correct and usable in written English.
It can be used when discussing aspects related to network connections, data transfer, or communication protocols.
Example: "The system's performance can be significantly improved at the connectivity level by optimizing the network infrastructure."
Alternatives: "in terms of connectivity" or "regarding connectivity".
An important early requirement for this service was that, as far as possible, and within the constraint of identity at the connectivity level, the user should be able to define for themselves their own criteria of molecular equivalence, since this may vary between users and areas of expertise.
In contrast, medication did not improve internal motor control deficits concurrent to missing effects at the connectivity level.
In contrast, internal movement control of patients did not respond to medication, concurrent to missing effects at the connectivity level.
In line with these observations, this effect can be attributed to the increased involvement of the VAN observed at the connectivity level.
However, a better understanding of the neurobiology of SAD would require investigations at the microstructure or anatomical connectivity level, especially in patients not yet exposed to psychotherapy or psychiatric medications.
Recent emergence of reliable network characterization techniques based on diffusion tensor imaging (DTI) and resting-state functional magnetic resonance imaging (rs-fMRI) has made the understanding of neurological disorders at a whole-brain connectivity level possible, providing new avenues for brain classification.
Recent emergence of advanced network analysis techniques utilizing resting-state functional Magnetic Resonance Imaging (rs-fMRI) has made the understanding of neurological disorders more comprehensively at a whole-brain connectivity level.
Recent emergence of reliable network characterization techniques has made it possible to understand neurological disorders at a whole-brain connectivity level.
Recent development of brain network analysis has made characterization of brain disorders at a whole-brain connectivity level possible, thus providing a new direction for brain disease classification.
Such results indicate that the right prefrontal cortex might make a major contribution to the psychopathology of young children with ASD at the functional network architecture level, and at the functional lobe-connectivity level, respectively.
Because no statistical differences between connectivity of the targeted proteins and the human proteome counterpart is observed at low-connectivity level, we can reasonably conclude that this trend is statistically independent of connectivity properties (top), emphasizing the role of bridging properties per se.
