The phrase "a multitude of single" is not correct and does not convey a clear meaning in written English.
It may be intended to describe a large number of individual items or instances, but the phrasing is awkward and unclear.
Example: "There is a multitude of single items in the collection, each with its own unique story."
Alternatives: "a large number of individual" or "many separate".
A multitude of single cues determines consumers' emotional responses to business-to-consumer (B2C) websites.
A fuel cell stack consists of a multitude of single cells stacked up so that the cathode of one cell is electrically connected to the anode of the adjacent cell.
Within this process-oriented framework, these decisions would all be described as a multitude of single decision processes.
Moreover, beyond the detection of feature polymorphisms reported here, a comparative analysis of common transcripts between soybean lines will provide a multitude of single nucleotide polymorphisms useful in following agronomic traits in breeding populations.
Our observation is coherent with the recent statement of Chernousova and Epple (2013) on nanosilver: 'After analyzing a multitude of single studies, it can be concluded that the effect of silver towards bacteria is typically overestimated, and towards (eukaryotic) cells it is typically underestimated.
A multitude of singles have been invading this city to study or find jobs.
His customers desire a multitude of single-origin beans and brewing techniques to best bring out particular flavor nodes.
We describe a straightforward method for simultaneously measuring the expression of multiple genes in a multitude of single-cell samples using flow cytometry, parallel cDNA synthesis, and quantification by real-time PCR.
High content screening (HCS) combines high-throughput microscopy with the automated extraction of a multitude of single-cell physiological features [ 28].
A challenging task for a reasonable utilization of such biological robotic motors in a general and efficient cooperative behavior is to attach, that is, adhere or tether a single or a multitude of individual biological cells to a specific surface or microparticle in a defined way thereby creating autonomous functional robots at the nano- or microscale.
The miniaturized size and remote label-free sensing capacity of the proposed device permit a multitude of opportunities for single-point measurement in harsh conditions and hard-to-reach spaces, presenting a promising candidate for label-free glucose detection for disease diagnosis, pharmaceutical research and bioengineering applications.
