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In computer programming, array slicing is an operation that extracts a subset of elements from an array and packages them as another array, possibly in a different dimension from the original. Common examples of array slicing are extracting a substring from a string of characters, the " ell " in "h ell o", extracting a row or column from a two ...
In fact, any insertion can potentially invalidate all iterators. Also, if the allocated storage in the vector is too small to insert elements, a new array is allocated, all elements are copied or moved to the new array, and the old array is freed. deque, list and forward_list all support fast insertion or removal of elements anywhere in the ...
An exon junction array design uses probes specific to the expected or potential splice sites of predicted exons for a gene. It is of intermediate density, or coverage, to a typical gene expression array (with 1–3 probes per gene) and a genomic tiling array (with hundreds or thousands of probes per gene).
In computer science, an in-place algorithm is an algorithm that operates directly on the input data structure without requiring extra space proportional to the input size. In other words, it modifies the input in place, without creating a separate copy of the data structure.
Minigenes have been applied to the study of a diverse array of genetic diseases due to the aforementioned abundance of alternatively spliced genes and the specificity and variation observed in splicing regulation. [1] [2] [12] The following are examples of minigene use in various diseases. While it is not an exhaustive list, it does provide a ...
Veteran PR executive Sarah Mary Cunningham has joined the New York-based team of Align PR, the company announced on Tuesday. The firm, which has offices in Los Angeles, Miami and London, works ...
Structure of arrays (SoA) is a layout separating elements of a record (or 'struct' in the C programming language) into one parallel array per field. [1] The motivation is easier manipulation with packed SIMD instructions in most instruction set architectures, since a single SIMD register can load homogeneous data, possibly transferred by a wide internal datapath (e.g. 128-bit).
This is implemented in GENSCAN such that a model is generated of the donor splice signal, capturing dependences that are associated with the recognition mechanisms for donor splice sites in pre-mRNA sequences. [3] GENSCAN has the capability of calculating the accuracy of each of its predictions by using the forward-backward algorithm. [3]