The phrase "and interference may be" is correct and usable in written English.
It can be used in contexts discussing potential outcomes or conditions related to interference in various fields, such as science, technology, or communication.
Example: "In this experiment, we must consider the variables, and interference may be a significant factor affecting the results."
Alternatives: "and interference could be" or "and interference might be".
From this consideration, the importance of the use of restart markers is clear in a wireless network, in which noise and interferences may be relevant.
In this case, the desired signal and interference should occupy different layers in the amplitude space, and multiple interference may be aligned in one layer to compress their occupied spaces.
"The roof of the mouth is effectively the floor of the brain, and electrical interference may be implicated in problems such as migraine, epilepsy, Alzheimer's, Parkinson's and motor neurone disease.
The challenge in maintaining the lower arch dry during bracket bonding, the higher initial crowding, and the occlusal interference may be the causes of greater failure [1, 17, 20].
SP also interferes with the in vitro anti-HIV activity of some microbicides, although the mechanism(s) have not yet been elucidated and the extent of interference may be less than that observed with HSV-2 [11] [11].
If a player stops his throw because another player is in front of him, interference may be called, and the point will be played over.
These results suggest that immune interference may be complex and should be considered for the design of multi-antigen, multi-stage vaccines against malaria.
However, due to short distance and few obstacles among femtocells, the interference may be too heavy to be well eliminated by radio resource allocation.
The stimulation of this nociceptor may indicate that central sensitization within the spinal cord appeared following persistent pain states, 36, 37 and the analgesic properties of GDNF interference may be accompanied by reduced SP expression.
Taken together, the behavioural and electrophysiological data support the suggestion that tgCRND8 mice demonstrate false recognition as a result of enhanced encoding of interfering information, and that this enhanced susceptibility to interference may be due to altered synaptic plasticity.
