Existing three frame-based methods perform worse while detecting objects with slow movement in two successive frames.
Compared to the results in Figures 4 7, the proposed method can reduce false alarm while detecting larger regions in the moving object.
This method allowed for quantitative and reproducible application of force while detecting changes in intracellular Ca2+.
While many methods of detecting proteins exist, methods that detect untagged proteins at low levels are limited.
While some methods for detecting bacteria are time-consuming, others are faster but lack specificity and/or sensitivity.
For example, Gallyas method is one of the most "sensitive" methods in detecting NFTs and neuropil threads in AD, while it is far less "sensitive" in detecting SPs.
Seventy-eight percent of attendees considered physical examination to be an appropriate method of detecting infection, while only 63% considered biochemical examination (CRP) to be an appropriate method, and 40% considered culture to be appropriate.
Interestingly, NMR detects 20 compounds that GC-MS methods cannot detect while GC-MS detects 45 compounds that NMR cannot routinely detect, including 3 very high abundance compounds (phosphoric acid/phosphate, uric acid and N-acetyl-glycine).
However, these approaches aim to detect co-regulated expression modules among individual genes, while methods to detect co-regulation among groups of genes, such as multi-protein complexes, still need to be developed.
Further, considering only the genes that are detected by at least one method, 72% of the known were detected by both methods, while remaining 28% were detected by either one of the methods.
