The phrase "analyses due to excessive" is grammatically correct and can be used in written English.
It can be used in contexts where you are discussing the reasons for conducting analyses, particularly when those reasons are linked to excessive factors or conditions.
Example: "The team conducted analyses due to excessive data discrepancies that were affecting the project's accuracy."
Alternatives: "evaluations resulting from excessive" or "assessments caused by excessive".
Four of the 20 available neonatal data were excluded from further analyses due to the presence of excessive seizure activity (n = 1), early administration of sedative drugs that likely affected BS (n = 1), or missing reliable clinical or MRI information (n = 2).
Three participants were excluded from analyses due to technical problems (2 participants) or excessive head movement (1 participant).
Two subjects were eliminated from statistical analyses due to poor performance and an additional 2 subjects were eliminated due to excessive (>5 mm) head motion, leaving 39 subjects (22 females).
In addition, the data of three participants were removed from the fMRI analyses due to recording problems (n = 1) or excessive head movements, defined as any sudden head movements exceeding half a voxel size (i.e., 1.5 mm; n = 2).
Twenty (9 PT) were excluded from the analyses due to incomplete scanning sessions, response recording errors or excessive motion; six additional PT children with a history of intraventricular haemorrhage and/or periventricular leukomalacia were also excluded from the analysis.
Data from one control participant were discarded from the resting states fMRI analysese due to excessive head movements (>3 mm), and data from a different control participant were discarded from diffusion MRI analyses due to problems during data collection.
We limited the ML analysis to 100 randomly-chosen alignments from each dataset due to excessive execution times for the full ML analyses.
Due to excessive head movements (>3 mm mean displacement), the final analyses include 12 children with ASD (average age: 13.19±2.61, average full-scale IQ: 116±14) and 12 TD children (average age 12.23±2.10, average full-scale IQ: 119±8).
Three DTI scans were unusable due to excessive motion, image corruption, or small field of view, resulting in analyses of 16 children with 22q11.2DS and 17 TD controls.
