Sentence examples for most frequent differential from inspiring English sources

It may therefore be useful to focus on the overall differences between migraine and the most frequent differential diagnosis, tension-type headache, when the diagnosis is made.

In our experience the most frequent differential diagnoses include vasculitis and encephalitis.

The most frequent differential diagnosis was sporadic Creutzfeldt Jakob disease with 30.3%, followed by neurodegenerative dementia with 28.3% and patients with 'other diagnosis' (11.2%).

The most frequent differential diagnosis of PA includes a number of "relatively circumscribed tumors" mostly of low grade (WHO grade I), including ganglioglioma (GG), dysembryoplastic neuroepithelial tumor (DNET), rosette-forming glioneuronal tumor of the fourth ventricle (RFGNT), but also pleomorphic xanthoastrocytoma (PXA) (WHO grade II).

One of the most frequent explanations for differential outcomes is that distrust of the justice system encourages ethnic minority defendants to opt for jury trial rather than pleading guilty at magistrates court, where they might receive a lower sentence.

Again, as for the adult tissues, the most frequent location for differential methylation was within non-CpGi promoter regions (54.1% to 71.4%), followed by CpGi promoter regions (13.9 to 22.4%), intragenic CpGi regions (9.3 to 15.6%), and intergenic CpGi regions (5.4 to 8.4%).

This paper discusses indications for temporal bone imaging studies and presents the most frequent pathological conditions, together with differential diagnosis, clinical symptoms and methods of treatment.

The second most frequent scenario was genes whose differential regulation proved significant in two pair-wise comparisons (1,287 genes; Categories 7 to 12 on Table  5).

In the interviews, variability was the most frequent, followed by limited resources and then differential survival.

Differential diagnoses and imaging features of the most frequent tumour types will be discussed and an approach to differentiate between benign and malignant lesions will be provided.

The interplay of these dimensions would explain inequalities in cancer mortality between socioeconomic and ethnic groups, and differential survival rates for the most frequent tumours in men and women[ 9].