Sentence examples for mouse we designed from inspiring English sources

To explore an adult-type model mouse, we designed tissue-specific MnSOD conditional knockout mice using a Cre loxp system.

For the human and the mouse, we designed the gene-specific primers from the NCBI database (Supplementary Table S1), and the cDNAs of PNMA family genes were amplified by RT-PCR using brain or testis mRNA as templates.

With a view to gaining a better insight into the unusual properties of the MRL/MpJ mouse, we designed a comprehensive comparative analysis of genome-wide expression profiles in ears, heart, spleen, liver and bone marrow of the MRL/MpJ mouse and two control strains, the C57BL/6J and BALB/c.

For the generation of transgenic mice, we designed and produced a construct modifying the pCCL.

To generate WNK4 −/ − mice, we designed a targeting vector to delete a single exon (exon 2) of the WNK4.

To elucidate the role of FlaB-dependent TLR5 in aged mice, we designed a vaccine model against pneumococcal infection.

For the production of transgenic mice, we designed a lentiviral vector containing the human β-globin gene under the control of its physiological promoter and a portion of the human locus control region (LCR), named pCCL.

Based on this information, in conjunction with the available mouse genome project sequence (ENSEMBL mouse geneview), we designed the primers for the proximal region, as well as distal region located further upstream with no recognizable ERα binding sites for these genes, as shown in Table 1.

To identify the genetic basis of this large and diverse set of mouse phenotypes, we designed an in silico approach for gene identification through GWA scans in inbred mice.

In our pursuit to establish such a mouse model, we designed a dual inducible Cre transgene system and tested it in cultured cells.

To visualize the presynaptic distribution in single neurons within the mouse brain, we designed a strategy in which a tripartite system was used to express fluorescently tagged synaptic proteins with both spatial and temporal control (Figure 1A).