Radar sensors are limited not only in resolution (generally much poorer than optical sensors) but by electrical power limitations, since quite powerful radar transmitters are necessary.
Microarray technologies can be powerful, with limitations, when applied to the analysis of human brain disorders.
Although the Y2H is a powerful approach, limitations arise from the fact that protein-protein interactions are interrogated at a specific subcellular location, the nucleus.
Although the analysis of gene expression using oligonucleotide microarrays is a powerful technique, limitations warrant mention.
This approach, while very powerful, has limitations because of the instability of the membrane protein detergent complexes and the difficulties in preserving protein structure, protein protein, and protein ligand interactions in detergent solutions.
Although these techniques are very powerful, they have limitations related to cost and efficiency of scale.
Although this approach is potentially quite powerful, there are limitations.
The current dominant mechanistic tools, X-ray crystallography and removal of catalytic residues via site-directed mutagenesis, while powerful, have fundamental limitations.
While these high-throughput methods are powerful, there are practical limitations: DNA microarrays are limited to detecting genes for which allelic variants have already been characterized and may miss emerging mutations; the PAML-based approach requires multiple genomes of phenotypic variants of the same species, which are not always available.
And, like the Ramones, they somehow use their self-imposed limitations to powerful effect.
