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This is the replication package for the study "Expert Inflation Preferences and the Evaluation of Monetary Policy".

103 real, publicly available price points for website-creation services in France, collected on 2026-06-11 from four verifiable public source families (SaaS builder pricing pages, freelance day-rate barometers Malt/Codeur.com, the France Num institutional grid, and published 2025-2026 market guides). "Typical price" = median of source-stated typical prices; every row carries its public source URL and collection date. No individual agency is named. Companion study and full methodology: https://lescreavores.fr/prix-creation-site-internet/. Maintainer: Les Créavores — https://lescreavores.fr.

This dataset contains the replication files and raw data for the study. Below is a description of each file: rawdata.zip: A compressed archive containing all individual raw data files (including Excel and .dta formats). FMIS_rawdata.dta: A consolidated data file created by merging the individual raw data sources found in rawdata.zip. data_preprocessing.do: A Stata do-file containing the commands required to preprocess FMIS_rawdata.dta. Running this file will generate the final analysis dataset. FMIS_data.dta: The final processed dataset used for the regression analysis in the paper. It includes only the variables specifically selected for the empirical models. data_readme.docx: A documentation file providing detailed information on the sources and specifics of each individual data point. stata_command.txt: A comprehensive collection of Stata commands used to replicate the econometric results of the study based on the FMIS_data.dta file.

The raw data for all figures presented in the manuscript include the plasma stability behavior analysis of BaTiO₃ and RuO₂–NiO/Al₂O₃ catalysts, evaluated based on plasma gas temperature and plasma emission intensity. The dataset also contains X-ray diffraction (XRD) and energy-dispersive X-ray (EDX) dot mapping characterization results, providing evidence of the catalyst composition and the dispersion of metal particles on the catalyst surface. In addition, the dataset includes the standard deviation analysis used to determine the plasma discharge mode based on the plasma gas temperature fluctuations.

Gene duplication and transposable element (TE) dynamics contribute to genomic innovation, yet their roles in metabolic adaptation of polyphagous insect pests remain poorly understood. Here, we performed a comparative genomic analysis of cytochrome P450 genes across 12 lepidopteran species, including eight noctuid moths and four representative non-noctuid species, to investigate the evolutionary basis of P450 diversification. We identified a lineage-specific expansion of P450 genes in noctuid moths, particularly within the CYP3 and CYP4 clans. These expansions were concentrated within two conserved genomic regions (Locus 1 and Locus 2) that formed large tandem arrays. Comparative analysis of TE landscapes revealed distinct genomic environments between these loci. Locus 1 showed significantly higher TE enrichment in noctuids and diverse TE compositions, whereas Locus 2 contained extensive P450 arrays despite relatively lower TE abundance. However, TE enrichment was not strongly associated with P450 copy number variation, suggesting that TE accumulation represents a locus-specific genomic feature rather than a universal driver of P450 expansion. Evolutionary analyses detected episodic diversifying selection in both loci, indicating heterogeneous selective pressures following gene duplication. Transcriptomic analysis of Spodoptera frugiperda under insecticide stress further revealed contrasting regulatory patterns: Locus 2 paralogs exhibited coordinated expression responses, whereas Locus 1 paralogs displayed greater expression variation. Together, our findings demonstrate that conserved genomic hotspots with distinct structural and regulatory properties have contributed to the repeated expansion and diversification of P450 clusters in noctuid moths.

The objectives of this study were: a) to confirm the ACCase resistance in two grass weeds, Digitaria sanguinalis (DIGSA) ans Panicum dichotomiflorum (PANDI) and the shifting to higher levels of resistance of known cases of ACCase resistance in Echinochloa oryzicola (ECHCR); b) to investigate the ACCase target-site resistance mechanism of these three resistant biotypes; c) to provide a quick molecular tool for their detection and d) to discuss the sustainability of the actual agronomic practices in relation to these resistance cases. In this dataset three series of data are included: Folder 1: The sequences of ACCase (acetil-CoA carboxylase) gene of the three monocot rice weeds, DIGSA, PANDI and ECHCR. All of them proved to be highly resistant to the inhibitors of ACCase herbicides, with some diversification as regards resistance to cycloxydim. The genotyping of ACCase gene of the different species revealed that two different mutations were responsible for resistance. In all three grass weeds, the most common ACCase mutation associated with broad-spectrum resistance to ACCase inhibitors detected was the ATA/TTA point mutation in position 1781. This led to an amino acid substitution Ile to Leu in all populations with resistance level to cycloxydim from moderate (i.e., to dose 1x) to high (i.e., also to dose 3x). In a population of DIGSA, the same amino acid substitution (Ile/Leu), but involving a different allelic variant (ATA/CTA) was identified. In ECHCR, the cross-resistant to the two ACCase inhibitors cyhalofop and profoxydim, but not to cycloxydim , was associated with a mutation in position 2027 of the ACCase gene. Folder 2: The cloning of part of the ACCase gene of ECHCR plants carrying the mutation 2027 led to the identification of the different allelic variants present. Three different allelic variants were identified in expressed ACCase gene copies of E. oryzicola (cDNA data). The phylogenetic analysis that was conducted to identify specific motifs in the sequences of this tetraploid species to distinguish the homologous gene copies led to the identification of four ACCase copies, and the blast analysis led to give a correspondence of these four copies with the previously identified in Echinochloa phyllopogon. The study showed that the most frequent variant (Trp/Ser) was associated with the ACC1 gene copy, whereas less frequent variants (Trp/Cys, with two allelic forms) were associated with ACC3. Folder 3: Alongside the sequencing experiments, a quicker and less expensive molecular marker working on all three grass species was set up to detect plants carrying the most common mutation detected, a mutation in codon 1781 of the ACCase gene. A validation step testing a series of plants belonging to the different species and populations was performed to prove the ability of the marker to detect the 1781 mutation and the cross-check by sequencing the PCR product produced in the first step was performed and sequences are reported in this folder

Optimized discrete-time PI and PID controllers for the standard 134-process test batch of process control, designed by the method of the related article "Robust optimal discrete-time PID design under coarse sampling against the sampled-data maximum sensitivity" (Journal of Process Control). Each of the 1340 rows (134 processes x PI/PID x five sampling times from fine to very coarse) minimizes the load-disturbance IAE subject to the sampled-data robustness bound max(Ms_SD, Mt_SD) = 1.4, evaluated on the exact intersample response of the true plant. The CSV reports the controller parameters (Kp, Ti, Td) together with the realized performance and robustness measures (load and setpoint IAE, control-sensitivity H2 norm, sampled-data and discrete maximum sensitivities). The included README documents every column. The dataset is the machine-readable companion of Table 2 of the article and underlies its batch-level results.

This paper focuses on the development of an information system model that is integrated with service quality measurement using the Servqual method to support overall business performance improvement.

This dataset contains the reduced numerical data supporting the tables and figures of the manuscript entitled "Sliding Patch-Point Multiple Shooting for Low-Impulse Return from Earth-Moon L1 Halo Orbits". The dataset includes the final manuscript figures, table-level CSV files, and reduced figure-source CSV files used to reproduce the reported numerical results, comparisons, and diagnostic analyses. The data support the evaluation of four return-design schemes, including full-initial single-shooting correction, sliding patch-point correction, full-initial constrained STM multiple shooting, and sliding patch-point initialization with STM multiple shooting. The complete CR3BP reference-return state database, full implementation files, SPICE kernels, and large intermediate simulation files are not included because they depend on project-specific computational environments, local software configurations, and internal numerical resources. The provided reduced datasets are sufficient to verify the numerical values and trends presented in the manuscript. Additional reduced trajectory data or implementation details may be made available from the corresponding author upon reasonable request, subject to institutional and project-related restrictions.

VBAC data and biomarkers