Search

Additional file 1: Table S1. Primer sequences used for detection of somatic mutation in AML. Table S2. Clinical features of AML patients according to DNMT3A R882 mutation status (supplementary). Table S3. DNMT3A R882 mutations and clinical factors of logistic regression analysis for chemosensitivity of AML. Table S4. Treatment-related mortalities of AML patients after one or two cycles induction therapy based on DNMT3A R882 status. Table S5. Effects of DNMT3A R882 mutation type and allelic ratio on AML CR rates after one or two cycles of induction therapy.

Two new norsesquiterpenoids, dioscopposin A (1) and dioscopposin B (2), as well as 21 known compounds (3–23) were isolated from the stems and leaves of Dioscorea oppositifolia L. Their structures were elucidated by detailed analysis of comprehensive spectroscopic data. The absolute configurations were deduced by the comparison of experimental and calculated electronic circular dichroism spectra. Estrogenic activity of all the isolated compounds were evaluated using MCF-7 cells proliferation assay and compounds 2, 3, 7, 13, 15, 16, 18 and 21 exhibited proliferation activity.

Correction for ‘Plasticizer and catalyst co-functionalized PEDOT:PSS enables stretchable electrochemical sensing of living cells’ by Jing Yan et al., Chem. Sci., 2021, 12, 14432–14440, DOI: 10.1039/d1sc04138j.

Additional file 2: Table S2. Multivariate Cox regression analysis of clinical factors influencing AML OS and RFS.

Additional file 4: Table S4. Comparison of TRM among UGT1A1 genotypes after two cycles of induction therapy in AML patients.

Additional file 3: Table S3. Comparison of CR rate among UGT1A1 genotypes after the first course of induction therapy.

Additional file 1: Table S1. Unconditional logistic regression analysis of clinical variables associated with non-CR risk in AML patients.

Additional file 1: Table S1. Primer sequences used to genotype UGT1A1*28 and *6.

Based on GPS/GSM/Loading Sensor and internet technologies, the paper sets up an International Railway Wagon Localization Supervisory and dispatcher system. The scheme for users' requirement analysis, definition of functional specification, system planning, technology interface design and system integration and implementation arises in this paper. The idea and method proposed in this paper will benefit the design and implementation of our country's cross-border intelligent railway dispatcher management system in the future application.

Magnonic crystals with spin waves as information carriers are the magnetic counterparts of photonic and phononic crystals. The studies of spin waves or magnons in magnonic crystals have attracted increasing attention, especially for the characteristics of band gaps. However, most of the previous work has paid attention to the magnonic crystals with simple lattices. In this paper, the model of magnonic crystals with complex lattices which is composed of two different scatterers of ferromagnetic materials periodically embedded in another kind of ferromagnetic matrix material is proposed for the first time. Then, the plane-wave expansion method is developed by using the idea of super cells, in which the Fourior coefficient of exchange constant in the space of reciprocal lattice vector is analytically derived, and this method can be used to numerically investigate the eigen-properties of spin waves in magnonic crystals with complex lattices. Of course, it can be applied to the fields of other artificial crystals with complex lattices after the corresponding process, such as photonic crystals and phononic crystals. Band structures of two-dimensional magnonic crystal with complex lattices consisting of two different sizes of Fe cylinders alternately arranged in Euo matrix, are numerically calculated by using the above plane-wave expansion method. The behaviors of band gaps of spin waves changing with the total filling fraction of volume f and also with the mismatch of the filling fraction of volume of two Fe cylinders in EuO matrix are numerically studied. The results of magnonic crystals with complex lattices are compared with those of magnonic crystal with simple latticeic. Some conclusions are summarized as follows. In the same filling fraction of volume f, the width of band gap B4, 5 in the magnonic crystal with complex lattice is always larger than that with the simple lattice, but the width of band gap B8, 9 in the complex lattice is less than that in the simple lattice. When f = (fA + fB)/2 = 0.5, the width of band gap B4, 5 increases as the mismatch between fA and fB increases, but the behavior of the gap B8, 9 is opposite. Moreover, some new spin-wave gaps can be generated by changing the mismatch between fA and fB. This is because the gaps in our studied systems result from the mechanism of Bragg scattering of spin wave in periodic ferromagnetic materials. When the mismatch between fA and fB increases, the multiple scattering effects become stronger. All of these results show that the width or the frequency of band gap can be optimized or tuned by using the complex lattice. Such an approach through fabricating complex lattices may open a new scope for engineering and designing the band gaps of magnonic crystals.

Analysis of X-ray scattering and diffraction profile for the uniaxial tensile specimens of polyethylene films at different deformation stages have been performed at room temperature. The results show that within elastic region before yielding and post-yield region, the micros-train (distortion) increases notably and the micrograin size does not change much, but within constant stress region of plastic flow, micrograin size decreases rapidly and microstrain changes only a little.