The flesh-and-blood example of progress v nature here resides in the case of the great bustard, the world's heaviest flying bird and so, therefore, one of the most impractical, whose attempts to re-establish itself on Salisbury Plain, courtesy of the admirably quixotic Great Bustard Group, would seem to be doomed.
The non-progressed group showed lower median values of ΔAUC compared with the progressed (−86.00 vs −5.50, P=0.010, Table 3), indicating that higher values of extra apoptotic CTCs over the follow-up period were associated with better outcome.
Lower baseline median number of total and M30-positive CTCs was weakly associated with the outcome of non-progressed (including CR, PR and SD) vs progressed (including DOD and PD) patient groups (0.5 CTCs and 0.0 M30+ vs 2.0 CTCs and 1.0 M30+, P=0.069 and 0.061, respectively; Table 3).
These patients were older and had more comorbidities than patients who did not progress (CHADS2 2.3±1.3 vs 2.1±1.3, p<0.0001).
COX-2 expression was compared with areas of hypoxia in tumours that progressed on Su vs untreated tumours.
In progressing patients, AR-V expression was always inferior to ARFL, preventing rejection of persistent doubts about biological relevance in clinical cohorts.
Association between biomarkers at baseline and response/activity (patients without objective response and/or progressing within 4 months vs those with objective response or PFS > 4 months vs healthy controls) was assessed with the Kruskall-Wallis test.
In P. falciparum, gametocyte development progresses through five morphologically distinct stages (stages I to V).
Furthermore, among 185 patients without bone metastasis at diagnosis, 3 out of 154 with a NCA genomic profile progressed with bone lesions vs 6 out of 31 with a SCA genomic profile.
Comparing baseline metabolic activities of non-progressing vs. progressing sites might give us a better understanding of the initial stages of disease and the role that the microbial community plays at this early stage of pathogenesis.
From these observations, various models have been proposed in which the transcription complex as it progresses through the V gene induces an error-prone repair process.
