The phrase "a decrease in sequence" is correct and usable in written English.
It can be used in contexts where you are discussing a reduction or decline in a particular order or arrangement, such as in data analysis or trends.
Example: "The study revealed a decrease in sequence of the observed events over the past decade."
Alternatives: "a decline in order" or "a reduction in progression."
Most of them result in improved spatial resolution and signal contrast, occasionally with a decrease in sequence duration or MRI time (as when a single 3D sequence is substituted for three 2D sequences).
With a decrease in sequence similarity, correlation also decreases.
The majority of the other regions showed multiple peaks for a nucleotide in the chromatograms, most likely as a result of multiple copies of similar size or differences among alleles, or long mononucleotide repeat units followed by a decrease in sequence quality.
Dividing the data into the charge states 2+ (red), 3+ (violet), and 4+ (yellow) peptides, we observed for both CID and ETD a decrease in sequence coverage as a function of increasing m/ z values, but only for the peptides with charge state 3+ or 4+.
Technological advances in DNA sequencing have led to rapid increases in sequencing throughput and a decrease in sequencing cost [ 1].
Within these segments, 402 CNVs involved an increase in DNA sequence, whereas 431 involved a decrease in DNA sequence.
Changing the benzimidazole to an azabenzimidazole core in DB2285 resulted in a decrease in A·T sequence specific binding by a factor of 175.
An end point of sequence identity was apparent as a sudden decrease in sequence identity to background levels.
A typical profile for a drug and the shRNA(s) directed against its mRNA is characterized by a relative decrease in sequence counts over time in presence of drug.
For both the 454 and SOLiD assemblies, there was an abrupt decrease in sequence coverage at the extreme ends of the contigs, which is consistent with these regions representing the ends of the mitochondrial chromosomes a similar conclusion was made with the assembly of the H. magnipapillata mtDNA (Voigt et al. 2008).
These advancements were mainly applied to basic science such as improvements in DNA sequencing technologies, a decrease in the cost for sequencing the DNA molecule, and also the development of new methods to analyze molecular changes in diseases; for example, there was an increase in the number of predictive and prognostic genetic tests for cancers and other diseases.
