BUSCADOR RECOLECTA

Salivary gland of a stage 15 embryo carrying GFP-kkv, ChtVisTomato, and expΔMH2 visualised from a lateral view using Drangofly 505 (Andor) with 63× oil objective and a 2× zoom. Images were taken every 3 s in one single Z-stack during 2 min. The movie shows a chitin particle detaching from a GFP-kkv vesicle., Peer reviewed

Table of Contents for the Supporting Information Section S1. Discussion for the DPPC and CHOL isotherms and their mixtures Section S2. Discussion for the CCM stability at the air-water interface Section S3. Thermodynamic study of the binary mixtures Section S4. Thermodynamic study of the ternary mixtures at the air-water interface., Peer reviewed

Summary of phenotypes of the different UAS constructs in wild-type (wt), exp reb mutant, and kkv mutant embryos in different overexpression conditions. The phenotypes observed are indicated in black, and light grey indicates absence of the phenotype, Peer reviewed

All images are projections of confocal sections. (A, B) Overexpressed full-length Reb localises mainly apically in trachea (A) and in salivary glands (B). (C) The simultaneous overexpression of MH2-exp and GFP-kkv does not rescue the absence of extracellular chitin deposition, and it produces intracellular chitin vesicles (pink arrowheads). (D) Endogenous Exp localises mainly apically in trachea, although a bit of the protein can be detected intracellularly. (E) Example of a salivary gland used to quantify the number of GFP-Kkv vesicles in Fig 5I. (E’) A mask to count the vesicles is generated by substracting background and the apical membrane region. Scale bars: 10 μm., Peer reviewed

(A, B) Kkv distribution on the apical surface of a control (A) and an embryo expressing reb in salivary glands (fkhGal4>UAS-reb, B) and zoomed images for Kkv punctae (magenta) on the apical cell area marked by arm (green) of a control (C) and a fkhGal4>UAS-reb (D) embryo. The corresponding observed F function for the control (E) and the fkhGal4>UAS-reb (F) are displayed within and below the reference simulated random distributions (black) and the 95% confidence interval (light gray), respectively, indicating a random spatial pattern for the control and a tendency towards the formation of aggregates for the reb ectopic expression. (G) SDI histogram for the F-Function of the control (blue) and the fkhGal4>UAS-reb (magenta) samples. A significant difference between the frequency distributions for each group of individuals has been observed. (Kolmogorov–Smirnov D = 0.6667, p < 0.01) (H) Frequency distribution histograms for the Nearest Neighbour Distances (NNDs) between Kkv punctae in control (blue) and fkhGal4>UAS-reb samples. The distribution of values between the two groups is found significantly different (Kolmogorov–Smirnov D = 0.1463, p < 0.005). All images are projections of confocal sections, of super-resolution microscopy. The underlying data for quantifications can be found in the S1 Data. (J, K) Western blot using αKkv (J, two different exposure times are shown) or αReb (K) of embryo extracts that were subjected to immunoprecipitation with αKkv or an unrelated antibody (mock). Input correspond to 7.5% of the immunoprecipitated material. The position of MW markers (in kDa) is indicated. Scale bars A, B: 5 μm; C, D: 2 μm., Peer reviewed

Experimental results on the desulfurization reaction of TCT molecules by adsorption at a temperature of about 300 K on Cu(111)., Peer reviewed

Spin–spin coupling, XAS and XMCD on di-Co on Au(111), simulation of the projected magnetic moment, mixing of d orbitals, the manipulation of tert-butyl groups, spatial extent of the magnetic excitations, fits of dI/dV spectra, and influence of the spin–orbit coupling constant., Peer reviewed

(i) Magnitudes measured by the scattering experiments; (ii) X-ray diffraction results: local structure; (iii) SANS results: determination of Ts and χ parameter; (iv) DSC results and their modeling., Peer reviewed

The supplementary material provides the description how to calculate the interference pattern, caused by the interaction with a line defect, like a step edge, for electronic states of a nearly free electron system embedded in a weak 1D potential., Peer reviewed

The following supporting information: Figure S1: HPLC chromatograms of betalains and phenolic compounds from Opuntia stricta var. dillenii green extracts. The numbers associated to the peaks are according to Table S1; Table S1: Characterization of the main betalains and phenolic compounds present in Opuntia stricta var. dillenii green extracts analyzed by HPLC-DAD and HPLC-MS1 [5]; Table S2: Composition of the digestive phases and the enzymes used for the in vitro gastro-intestinal digestion assay by INFOGEST method; Table S3. Recovery of main betalains and phenolic compounds from Opuntia stricta var. dillenii green extracts (control) encapsulated by Formulation A and Formulation B after in vitro gastro-intestinal digestion., Peer reviewed