Several types of chalcogenide-based solid electrolytes have been reported for future resistive switching memory applications.
We make recommendations for the standardisation of reporting for future studies, such as appropriate cohort characterisation and documentation of methodologies to facilitate comparisons and inform trial design.
Recently, many resistive switching random access memory (ReRAM) devices containing oxides such as SrTiO3[1 3], Al2O3[4], NiOx[5 7], Na0.5Bi 0.5TiO3[8], ZnO [9, 10], Ta2O5[11], ZrO2[12 15], GdOx[16, 17], HfOx[18, 19], and TiOx[21 23] have been reported for future nanoscale nonvolatile memory applications.
Resistive switching memory using GeO x material in different structures such as Ni/GeO x /SrTiO x /TaN[36] and Pt/SiGeO x /SiGeON/TiN[37] has also been reported for future nonvolatile memory applications.
We hope that our report will highlight the benefits and challenges of using mtDNA in the molecular phylogenetic reconstruction and phylogeographic studies of ants, while establishing the importance of numts reports for future studies.
Specht also had an eye for detail, and he wrote detailed mission log reports for future use.
Recently, several novel DNMT inhibitors have also been reported for future clinical use, such as 5-fluoro-2′-deoxycytidine (Zebularine), epigallocatechin-3-gallate (EGCG), and RG108 [64].
The quality of reporting assessed according to STROBE items and according to our proposed items (see Table 2) resulted in identical median scores of 0.61 (see Figure 5), indicating that the quality of reporting for future research is substantially improvable.
