A FAM-labeled double-stranded DNA probe (dsDNA probe) with transcription factor binding site and Fok I recognition site was designed for target recognition and signal transduction.
PXR−/− C57BL/6 J and wild-type mice were used to investigate: (i) recognition memory, motor coordination, and anxiety-like behaviors; (ii) longitudinal video-electroencephalographic (EEG) recordings and frequency wave analysis; (iii) neurovascular structures by histological evaluation and expression of the cerebrovascular tight junctions ZO1 and CLDN5.
Lithofacies arrangements are used to establish the following: (i) recognition criteria for crevasse-splay elements; (ii) criteria for the differentiation between distal parts of crevasse-splay bodies and floodplain fines; and (iii) empirical relationships with which to establish the extent (ca. 500 m long by 1000 m wide) and overall semi-elliptical planform shape of crevasse-splay bodies.
For this purpose, we provided oncolytic adenoviruses with a molecular circuit that selectively responds to p53 activation by expression of I-Sce I subsequently leading to self-disruption of the viral DNA via heterologous I-Sce I recognition sites within the virus genome.
Optimal T cell activation requires three signals: (i) recognition of T cell receptor by a peptide:MHC complex; (ii) co-stimulatory receptors, mainly engagement of CD28 on the T cell by B7 molecules on DCs and (iii) production of cytokines by DCs which will shape the type of T cell response55.
The Eco R I and Xba I recognition sites are located within the T-DNA region at positions 124 and 81 nt from the left and right border nick sites, respectively.
Previous studies of casein kinase I substrate specificity have suggested that acidic residues or a phosphorylated amino acid amino terminal to the target residue are required to create a casein kinase I recognition site.
To generate OsAP77::GUS chimeric gene, which contains the GUS reporter gene under the control of the 5′-flanking region of OsAP77, the OsAP77 promoter region was isolated using a pair of gene-specific primers designated AP77 pro-5′ and AP77 pro-3′ (Table 1) that carry the extra sequences for Sbf I and Xba I recognition sites, respectively.
We used different combinations of training corpora and validation processes for each run (see Table 5), but the basic pipeline was constant: (i) recognition of the chemical entities with CRF, and (ii) validation of each entity by mapping to ChEBI and computing semantic similarity.
The argB disruption cassette 2 was designed to insert the nucleotides G and A behind the 25th G and 27th T from a translation start site, which yielded a Nhe I recognition site and Ala9Gly mutation followed by a stop codon, respectively (Figure 3a).
The 5′ upstream primer contains Eco RI recognition site (5′ CGT CTC GAA TTC GAT GGC CAG TCG ATC GAT 3′) and the 3′ downstream primer contains Not I recognition site (5′ GCG GCC GCG AGC TCA TCT TTT CCA GA 3′).
