The T cell theme continues in the next issue, where Fülöp and Pawelec summarise a series of remarkable defects in T cell antigen receptor signalling, comparing and contrasting these anomalies with those signalling defects reported in chronic inflammatory diseases such as rheumatoid arthritis and systemic lupus erythematosus [ 8].
Interestingly, the R103W ssc1 mutant showed a remarkable growth defect at the permissive temperature and was inviable at 37°C, thus highlighting the critical nature of the R103 residue for in vivo function in yeast (Fig. 3A).
The TEM images in Fig. 3b, e reveal that the Eu-doped and pure SnO2 nanobelts are homogeneous with no remarkable surface defects.
It is remarkable that general defects in miRNA synthesis progressively lead to transformation and tumorigenesis [ 71, 72].
The lenses of WT/R49Cneo and R49Cneo/R49Cneo mice displayed remarkable posterior lens defects and accumulation of swollen cells in the lens cortex, and developed nuclear cataracts.
By applying an external voltage on this defect mode, remarkable wavelength tuning can be achieved.
Figure 4 also presents the remarkable shift of the defect-related luminescence, from the yellow band (approximately 550 nm) to the green band (approximately 490 nm), as the thickness of the ZnO shell layer is greater than 10 nm.
In contrast, deficiency of ADAMTS proteases leads to a remarkable array of morphogenetic defects and connective tissue disorders consistent with a specialized role in turnover of the embryonic provisional ECM and in ECM assembly.
In light of such diverse activities, it seems remarkable that several developmental defects associated with elp/mop mutants could be explained essentially by aberrations in auxin-controlled morphogenesis.
While abnormalities in many different single genes or gene pairs can cause deafness, a remarkable finding is that defects in a single gene, called GJB2, give rise to more than half of the genetic cases of profound deafness in the United States.
