Here, we characterize a highly enriched tissue-resident population of γδ T cells in adipose tissue that regulate age-dependent regulatory T cell (Treg) expansion and control core body temperature in response to environmental fluctuations.
A time frequency (T F) analysis is necessary to characterize a highly transient signal whose spectral characteristics change rapidly in time.
We designed, constructed and characterized a highly redundant genomic DNA library comprised of the genomes of ten low passage clinical isolates of H. influenzae carrying large numbers of genes that are not present in the laboratory strains of H. influenzae.
We synthesized and characterized a highly active electrocatalyst for oxygen reduction reactions (ORRs) in alkaline media by coating carbon-supported silver nanoparticles with Pd (Pd@Ag/C) via a galvanic displacement method.
For the study of malignant glioma, we have previously characterized a highly tumorigenic murine astrocytoma, SMA-560, which arose spontaneously in an inbred, immunocompetent VM/Dk mouse.
Recently, we purified and characterized a highly active substrate-inducible PAD from C. guilliermondii ATCC 9058 (CgPAD) [Huang et al. 2011].
We have identified and characterized a highly conserved Poc1 protein in the cnidarian Clytia hemisphaerica.
These data were used to characterize a highly ordered pattern of pseudopod extension with respect to the angle between subsequent pseudopodia and the position at the cell surface where pseudopodia emerge.
In this work, we characterized a highly polymorphic microsatellite of GA repeats in the human Fli1 promoter.
In a more recent study that characterized a highly reorganized multiple myeloma genome [ 10], close to 29%% of all marked up molecules were assembled.
