Sentence examples for be alternatively generated from inspiring English sources

Genetically modified T cells can be alternatively generated using transposons systems (e.g., Sleeping Beauty) to stably introduce CARs in T lymphocytes.

In our case, at the k th iteration, θ and Y m can be alternatively generated from the joint posterior distribution P θ,Y m ∣Y o,μ k-1),μ k-1),σ2(k-1)) summarizeD k-1the following two steps.

Key phosphorodichloridate intermediates can be alternatively generated from a nucleoside monophosphate as reported by Korboukh et al. Nucleoside monophosphate 532 was obtained in three steps through phosphoramidite coupling, subsequent oxidation, and cleavage of the tert-butyl groups under acidic conditions.

This is possible because, under oxidative stress conditions, in which some enzymes of the Krebs cycle are inhibited, α-ketoglutarate levels are alternatively generated via transamination.

One of the transcripts would be derived from the core promoter and would be alternatively spliced, generating the two variants with related but different N-terminal signal peptides, and an additional variant would be generated from alternative initiation of transcription.

Finally, several of the 5' noncoding exons can be alternatively spliced to generate additional diversity for the Ugt5b mRNAs.

Our group has previously reported that the MTUS1 gene contains 17 coding exons which can be alternatively spliced to generate three major transcripts designated ATIP1, ATIP3 and ATIP4 [20], [20].

In addition, exons can be alternatively spliced to generate different mature isoforms.

Exons 6-15 can be alternatively spliced to generate many CD44 variants (CD44v) mainly expressed on epithelial cells [ 32].

The ING1 gene harbors three exons and can be alternatively spliced to generate p47ING1a, p33ING1b, p27ING1d, and p24ING1c in human [ 2].

The prototypical CACTA maize Suppressor-mutator (Spm) transposon was one of the first transposons described by Barbara McClintock [ 6], and subsequent studies have shown that most of its length is occupied by a single transcription unit, which can be alternatively spliced to generate four distinct transcripts (tnpA to tnpD) encoding different proteins [ 7].