Sentence examples for mice enable us from inspiring English sources

As a complement to these studies, transfer experiments to immuno-deficient mice, such as SCID mice, enable us to identify molecules and cell types that exert direct effectors functions against the invading pathogen.

Hence, the use of naïve mice enabled us to compare the effects of hCDR1 and a control peptide on the induction of CD8 and CD4 Tregs without the background of general activation of the cells.

We describe different gene targeting methods: the generation of "conventional" knock-out mice enables us to delete a gene of interest in every cell of the body.

The capacity to swiftly re-engineer complex sets of lesions found in human tumors in mice enables us to assess the contribution of defined combinations of lesions to distinct tumor characteristics such as metastatic behavior and response to therapy.

Our detailed transcriptome-wide and functional analyses of these mice enabled us to identify the molecular role of PTCD1 as a 16S rRNA-binding protein essential for its stability, pseudouridylation, and correct biogenesis of the mitochondrial large ribosomal subunit.

These mice enabled us to determine how physiological MDM2 expression in normal tissues affected the development and function of T cells specific for this TAA.

Permanently implanted stimulating and recording electrodes in the hippocampus of behaving mice enabled us to follow the evolution of fEPSPs evoked at the CA3-CA1 synapse for several days in the same animal [23], [24].

TSHβ Luc mice enabled us to study the photoperiodic roles of TSHβ.

The D1RKD mice enabled us to examine motor behaviors and neuronal activities in the cortico-BG pathways in the presence and absence of D1Rs in the same mice.

The increased thickness of the epidermis of these mice enabled us to distinguish a clear difference in SC structure and profilaggrin processing pattern in the SC.

In the present study, the availability of SC-specific JAM-C-KO mice enabled us to observe and, for the first time, report on the expression of JAM-C at junctions between adjacent perineural cells.