All of the four primary MS results strongly suggested the detection of targeted peptides.
This assignment suggests the detection of somatotrophs from the anterior pituitary.
Two recent studies suggested the detection of transcript levels of selected mRNAs in whole-blood samples of patients with CRPC as useful prognostic markers [ 90, 91]: a panel consisting of six circulating mRNA markers (ABL2, C1QA, SEMA4D, TIMP1, ITGAL, and CDKN1A) predicted survival when compared to clinical and histopathological parameters of prognostic significance in CRPC [ 91].
Conversely, recent trials suggested the detection of continuous, reactive, spontaneous brain cortical activity to predict a good outcome [ 6– 8], but unfortunately electroencephalogram (EEG) findings can suffer both from false positives and false negatives, reflecting the dynamism of acute brain damage, which can evolve toward the recovery from brain ischemia or toward worsening damage.
In our PSI-BLAST analysis, hits of higher significance were found against coiled-coil regions of proteins that are clearly unrelated, for example myosin and Uso1p, than between tethering factors, suggesting the detection of limited sequence similarity that does not reflect an evolutionary relationship.
These data suggest that the detection of DTI abnormality has an added value to lateralization.
Our data strongly suggest that the detection of CNAs and SSNVs in both CTCs and cfDNA can be complementary in replacing the use of bone marrow biopsies to track clonal heterogeneity in MM.
From a Martian point of view, although aminoacids are rapidly degraded on the surface of Mars by radiations62, the protection of aminoacids in rocks at the Martian subsurface63 and the recent description of amide groups preserved in 1.88 Ga old microfossils60 suggest that the detection of proteins in a subsurface fossil record on Mars may still be possible.
Thus, consistent with both observations, we suggest that the detection of a single photon – or equally a photon-like noise event (that is, spontaneous isomerization) – temporarily increases the effective gain of the visual system under extreme low-light conditions, such that a second temporally coinciding photon (or photon-like noise event) can be behaviourally detected with a higher probability.
These results suggest that the detection of Pb2+ was successfully achieved in the presence of Pb2+.
