cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.71615/bexis.32257
title: Plant tissue nutrients from 12 common grassland species (Hainich 2023)

description: The project PEGasuS targets at disentangling the mechanisms of grassland plant-soil interaction along the gradient of land-use intensity (LUI). Based on ecological theories, a coupling between plant, microbial and soil stoichiometries, as well as ecoenzymes is hypothesized. A hotspot of these couplings is the rhizosphere.<br>This dataset contains plant tissue nutrient analyses for plant and root biomass. We sampled 12 common grassland species (Achillea millefolium, Agrimonia eupatoria, Bromus Hordeaceus, Dactylis glomerata, Festuca rubra, Heracleum sphondylium, Holcus lanatus, Lathyrus pratensis, Lotus corniculatus, Plantago lanceolata, Trifolium pratense, Trifolium repens) of 3 functional groups (forbs, grasses, legumes). Sampling took place on 15 experimental plots (EPs) in the Hainich (Germany), 10 EPs with corresponding reduced land use plots (RPs) from the REX I experiment and 5 EPs with a historic low LUI index in May 2023. <br>The data collection/analysis was part of the project PEGasuS within the framework of the DFG-funded joint project Biodiversity Exploratories (https://www.biodiversity-exploratories.de).
description: Study design: We sampled leaf and root biomass of 12 common grassland plant species (4 forbs, 4 grasses, 4 legumes). For the project we sampled 10 plots of the REX I (31457) experiment (EPs and RPs) and 5 additional low-LUI EPs (average LUI < 1.1) in the Hainich region. REX I was implemented to test the effects of extensification. To implement, RPs are only mown once per year. | Sampling design: In May 2023, sampling was performed along the plot borders of the EPs to minimize effects of other experiments performed on the plots. For each target species present on a plot, three individuals were randomly selected to sample root biomass and leaf biomass. From these individuals all intact leaves were clipped and stored in Crispac bags. The leaf samples were dried directly after sampling at 60 °C for 12 hours and then stored in a dry environment at room temperature. For the root samples, the plant were dug out as a whole. Root soil samples were stored in a freezer at -20 °C until further processing. | Sample preparation: In the laboratory, the roots were washed carefully after thawing and dried at 60 °C for 12 hours. Dried root and leaf samples were ground to a fine powder with beating balls in a vibration mill (MM 500, Retsch). | Sample analysis: C and N contents were determined with a C-N-S element analyzer (Unicube, Elementar). Contents of P, K, Ca, and Mg were determined by inductively coupled plasma optical emission spectroscopy (Agilent 720ES) after microwave digestion (StarT-1500, MLS) with concentrated nitric acid (65 %) and hydrogen peroxide. | Equipment: Vibration mill (MM 500, 229 Retsch)<br>C-N-S element analyzer (Unicube, Elementar)<br>Spectroscope (Agilent 720ES)<br>Microwave (StarT-1500, MLS)
DOI: 10.5281/zenodo.18338897
title: Matrix product state data for 'Evidence for spontaneous breaking of a continuous symmetry at a non-conformal quantum critical point in one dimension'

description: spectralSz.. contains the Sz dynamical structure factor data in h5 format used to generate the second main figure of the paper. Analogously spectral... contains the perpendicular component of the dynamical structure factor. L200... contains the wavefunction at the critical point for the maximum bond dimension used to calculate static correlation functions.
DOI: 10.5281/zenodo.18338896
title: Matrix product state data for 'Evidence for spontaneous breaking of a continuous symmetry at a non-conformal quantum critical point in one dimension'

description: spectralSz.. contains the Sz dynamical structure factor data in h5 format used to generate the second main figure of the paper. Analogously spectral... contains the perpendicular component of the dynamical structure factor. L200... contains the wavefunction at the critical point for the maximum bond dimension used to calculate static correlation functions.
DOI: 10.57841/casdc.0007002
title: 反应路径与材料性能的精准调控
DOI: 10.6084/m9.figshare.31064272
title: Data file 6. <i>Streptococcus</i> sp. strain KHUD_013: 179 unique gene clusters containing 179 genes

description: Data file 6. <i>Streptococcus</i> sp. strain KHUD_013: 179 unique gene clusters containing 179 genes
DOI: 10.6084/m9.figshare.31064272.v2
title: Data file 6. <i>Streptococcus</i> sp. strain KHUD_013: 179 unique gene clusters containing 179 genes

description: Data file 6. <i>Streptococcus</i> sp. strain KHUD_013: 179 unique gene clusters containing 179 genes
DOI: 10.6084/m9.figshare.31064272.v1
title: Data file 6. KHUD_013 strain 179 unique gene clusters containing 179 genes

description: Data file 6. KHUD_013 strain 179 unique gene clusters containing 179 genes
DOI: 10.57841/casdc.0007003
title: 卤素F、Cl、Br掺杂数据
DOI: 10.57903/uj/4uw8uq
title: Dataset underlying publication "MCPIP1 modulates the miRNA‒mRNA landscape in keratinocyte carcinomas".

description: Data related to the publication: Lichawska-Cieslar et al. MCPIP1 modulates the miRNA‒mRNA landscape in keratinocyte carcinomas. J Exp Clin Cancer Res 43, 290 (2024). https://doi.org/10.1186/s13046-024-03211-8
DOI: 10.57841/casdc.0007004
title: FeSeTe超导线材烧结工艺优化数据
DOI: 10.57841/casdc.0007005
title: FeSeTe超导线材快速热处理数据
DOI: 10.6084/m9.figshare.31125384
title: Incorporating underreporting of epidemiological burden in COVID-19 models: a targeted literature review

description: Underreporting of infections, hospitalizations, and deaths can pose challenges to accurately estimating the true burden of COVID-19. Consequently, health burden assessments and economic evaluations may underestimate the public health impact of interventions such as vaccination. This targeted literature review summarized economic evaluations of COVID-19 that reported having adjusted for underreporting of epidemiological burden. Searches were performed in PubMed through 08/31/2025 with no geographic restrictions. Key study characteristics extracted: country, time period, population, parameters adjusted for underreporting, and the adjustment multipliers used. A high-level quality assessment of evidence was conducted, building on Drummond checklist and CHEERS. Given the qualitative nature of the question and the expected heterogeneity in study designs, the results were summarized qualitatively. A total of 20 studies met the inclusion criteria. Of these, 14 (70%) reported numerical adjustment factors, and the remaining 30% did not report a numerical factor. The studies covered diverse geographic regions and time frames, with adjustments applied to parameters such as infections, hospitalizations, and mortality. The study quality was moderate to high. The multipliers used ranged widely across studies: 1 to 5 for mortality, 1 to 5 for hospitalizations, and 1 to 10 for infections, where a value higher than 1.0 reflects an adjustment factor for underreporting. The methodologies used to estimate underreporting varied, including comparisons to excess mortality data, Monte Carlo simulations, and validation against external datasets. Most studies used pandemic time horizons. This review identified 14 modelling studies reporting numerical adjustment factors. The studies used diverse approaches and adjustment factors, reflecting variability in data availability and estimation methods. Recognizing and standardizing these adjustments is crucial for improving the accuracy and comparability of health economic analyses that inform policy decisions. Further research could refine underreporting estimates and assess their impact on economic model outcomes.
DOI: 10.6084/m9.figshare.31125384.v1
title: Incorporating underreporting of epidemiological burden in COVID-19 models: a targeted literature review

description: Underreporting of infections, hospitalizations, and deaths can pose challenges to accurately estimating the true burden of COVID-19. Consequently, health burden assessments and economic evaluations may underestimate the public health impact of interventions such as vaccination. This targeted literature review summarized economic evaluations of COVID-19 that reported having adjusted for underreporting of epidemiological burden. Searches were performed in PubMed through 08/31/2025 with no geographic restrictions. Key study characteristics extracted: country, time period, population, parameters adjusted for underreporting, and the adjustment multipliers used. A high-level quality assessment of evidence was conducted, building on Drummond checklist and CHEERS. Given the qualitative nature of the question and the expected heterogeneity in study designs, the results were summarized qualitatively. A total of 20 studies met the inclusion criteria. Of these, 14 (70%) reported numerical adjustment factors, and the remaining 30% did not report a numerical factor. The studies covered diverse geographic regions and time frames, with adjustments applied to parameters such as infections, hospitalizations, and mortality. The study quality was moderate to high. The multipliers used ranged widely across studies: 1 to 5 for mortality, 1 to 5 for hospitalizations, and 1 to 10 for infections, where a value higher than 1.0 reflects an adjustment factor for underreporting. The methodologies used to estimate underreporting varied, including comparisons to excess mortality data, Monte Carlo simulations, and validation against external datasets. Most studies used pandemic time horizons. This review identified 14 modelling studies reporting numerical adjustment factors. The studies used diverse approaches and adjustment factors, reflecting variability in data availability and estimation methods. Recognizing and standardizing these adjustments is crucial for improving the accuracy and comparability of health economic analyses that inform policy decisions. Further research could refine underreporting estimates and assess their impact on economic model outcomes.
DOI: 10.57841/casdc.0007006
title: FeSeTe超导块体烧结工艺优化数据
DOI: 10.5281/zenodo.18338845
title: TABLE 1 in Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra

description: TABLE 1. Numbers of vertebrate taxa recorded from the Kampar Peninsula as of December 2023, based on data from RER. CR—Critically Endangered, EN—Endangered, VU—Vulnerable, GOI—Government of Indonesia, indicates species protected under Indonesian law.
Taxonomic groupNumber of taxaCRENVUCITESGOIMammals783992618Amphibians and Reptiles106333195Birds31926184678Fish8921300
description: Published as part of Dow, Rory A., Gesriantuti, Novia, Iqbal, Muhammad, Lupiyan-Ingdyah, Pungki, Periera, John F., Zulya, Shinta O. & Sanders, Bradford M., 2025, Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra, pp. 6 in Zootaxa 5732 (1) on page 6, DOI: 10.11646/zootaxa.5732.1.1, http://zenodo.org/record/18019483
DOI: 10.5281/zenodo.18338846
title: TABLE 1 in Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra

description: TABLE 1. Numbers of vertebrate taxa recorded from the Kampar Peninsula as of December 2023, based on data from RER. CR—Critically Endangered, EN—Endangered, VU—Vulnerable, GOI—Government of Indonesia, indicates species protected under Indonesian law.
Taxonomic groupNumber of taxaCRENVUCITESGOIMammals783992618Amphibians and Reptiles106333195Birds31926184678Fish8921300
description: Published as part of Dow, Rory A., Gesriantuti, Novia, Iqbal, Muhammad, Lupiyan-Ingdyah, Pungki, Periera, John F., Zulya, Shinta O. & Sanders, Bradford M., 2025, Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra, pp. 6 in Zootaxa 5732 (1) on page 6, DOI: 10.11646/zootaxa.5732.1.1, http://zenodo.org/record/18019483
DOI: 10.5281/zenodo.18338847
title: TABLE 2 in Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra

description: TABLE 2. Dates of surveys and number of days actually spent in the field during each survey in the Kampar Peninsula.
SurveyDatesNumber of days collecting1January 13–27, 2020132February 6–21, 2023103May 30–June 22, 2023144September 22–October 6, 202311
description: Published as part of Dow, Rory A., Gesriantuti, Novia, Iqbal, Muhammad, Lupiyan-Ingdyah, Pungki, Periera, John F., Zulya, Shinta O. & Sanders, Bradford M., 2025, Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra, pp. 7 in Zootaxa 5732 (1) on page 7, DOI: 10.11646/zootaxa.5732.1.1, http://zenodo.org/record/18019483
DOI: 10.5281/zenodo.18338848
title: TABLE 2 in Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra

description: TABLE 2. Dates of surveys and number of days actually spent in the field during each survey in the Kampar Peninsula.
SurveyDatesNumber of days collecting1January 13–27, 2020132February 6–21, 2023103May 30–June 22, 2023144September 22–October 6, 202311
description: Published as part of Dow, Rory A., Gesriantuti, Novia, Iqbal, Muhammad, Lupiyan-Ingdyah, Pungki, Periera, John F., Zulya, Shinta O. & Sanders, Bradford M., 2025, Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra, pp. 7 in Zootaxa 5732 (1) on page 7, DOI: 10.11646/zootaxa.5732.1.1, http://zenodo.org/record/18019483
DOI: 10.5281/zenodo.18338892
title: TABLE 3 in Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra

description: TABLE 3. Numbers of species from each of the 12 odonate families recorded during the surveys in the Kampar Peninsula.
FamilyNumber of speciesLestidae2Euphaeidae1Argiolestidae1Calopterygidae1Chlorocyphidae3Platycnemididae7Coenagrionidae27Aeshnidae4Gomphidae4Macromiidae2Corduliidae1Libellulidae47Total100
description: Published as part of Dow, Rory A., Gesriantuti, Novia, Iqbal, Muhammad, Lupiyan-Ingdyah, Pungki, Periera, John F., Zulya, Shinta O. & Sanders, Bradford M., 2025, Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra, pp. 55 in Zootaxa 5732 (1) on page 55, DOI: 10.11646/zootaxa.5732.1.1, http://zenodo.org/record/18019483
DOI: 10.5281/zenodo.18338893
title: TABLE 3 in Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra

description: TABLE 3. Numbers of species from each of the 12 odonate families recorded during the surveys in the Kampar Peninsula.
FamilyNumber of speciesLestidae2Euphaeidae1Argiolestidae1Calopterygidae1Chlorocyphidae3Platycnemididae7Coenagrionidae27Aeshnidae4Gomphidae4Macromiidae2Corduliidae1Libellulidae47Total100
description: Published as part of Dow, Rory A., Gesriantuti, Novia, Iqbal, Muhammad, Lupiyan-Ingdyah, Pungki, Periera, John F., Zulya, Shinta O. & Sanders, Bradford M., 2025, Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra, pp. 55 in Zootaxa 5732 (1) on page 55, DOI: 10.11646/zootaxa.5732.1.1, http://zenodo.org/record/18019483
DOI: 10.5281/zenodo.18338923
title: Performance Optimization Model for Predicting the Impact of Refactorings in CI/CD Pipelines

description: Replication package for the paper 'Performance Optimization Model for Predicting the Impact of Refactorings in CI/CD Pipelines'.

The package is anonymized before acceptance.
DOI: 10.5281/zenodo.17359782
title: Performance Optimization Model for Predicting the Impact of Refactorings in CI/CD Pipelines

description: Replication package for the paper 'Performance Optimization Model for Predicting the Impact of Refactorings in CI/CD Pipelines'.

The package is anonymized before acceptance.
DOI: 10.5281/zenodo.18338895
title: TABLE 4 in Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra

description: TABLE 4. Summary of new area records made during the surveys in the Kampar Peninsula.
AreaSpeciesRiau (25)Libellago lineata, Onychargia atrocyana, Aciagrion borneense, Archibasis melanocyana, Ceriagrion praetermissum, Pericnemis stictica, Teinobasis ruficollis, Heliaeschna crassa, Heliaeschna idae, Gomphidia sp., Macromia cincta, Hemicordulia tenera, Aethriamanta aethra, Aethriamanta brevipennis, Aethriamanta gracilis, Camacinia gigantea, Chalybeothemis fluviatilis, Lyriothemis sp., Neurothemis fulvia, Orchithemis pruinans, Orthetrum luzonicum, Pornothemis sp. cf. serrata, Pornothemis starrei, Tetrathemis flavescens, Tramea transmarina euryale.Mainland Sumatra (6)Elattoneura coomansi, Paracercion calomourum, Gynacantha maclachlani, Ictinogomphus acutus, Brachygonia puella, Nannophyopsis chalcosoma.All Sumatra (2)Mortonagrion sp. cf. forficulatum, Teinobasis sp. cf. suavis.Indonesia (5)Amphicnemis bebar, Amphicnemis hoisen, Amphicnemis reri, Mortonagrion megabinluyog, Chalybeothemis chini.
description: Published as part of Dow, Rory A., Gesriantuti, Novia, Iqbal, Muhammad, Lupiyan-Ingdyah, Pungki, Periera, John F., Zulya, Shinta O. & Sanders, Bradford M., 2025, Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra, pp. 56 in Zootaxa 5732 (1) on page 56, DOI: 10.11646/zootaxa.5732.1.1, http://zenodo.org/record/18019483
DOI: 10.5281/zenodo.18338894
title: TABLE 4 in Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra

description: TABLE 4. Summary of new area records made during the surveys in the Kampar Peninsula.
AreaSpeciesRiau (25)Libellago lineata, Onychargia atrocyana, Aciagrion borneense, Archibasis melanocyana, Ceriagrion praetermissum, Pericnemis stictica, Teinobasis ruficollis, Heliaeschna crassa, Heliaeschna idae, Gomphidia sp., Macromia cincta, Hemicordulia tenera, Aethriamanta aethra, Aethriamanta brevipennis, Aethriamanta gracilis, Camacinia gigantea, Chalybeothemis fluviatilis, Lyriothemis sp., Neurothemis fulvia, Orchithemis pruinans, Orthetrum luzonicum, Pornothemis sp. cf. serrata, Pornothemis starrei, Tetrathemis flavescens, Tramea transmarina euryale.Mainland Sumatra (6)Elattoneura coomansi, Paracercion calomourum, Gynacantha maclachlani, Ictinogomphus acutus, Brachygonia puella, Nannophyopsis chalcosoma.All Sumatra (2)Mortonagrion sp. cf. forficulatum, Teinobasis sp. cf. suavis.Indonesia (5)Amphicnemis bebar, Amphicnemis hoisen, Amphicnemis reri, Mortonagrion megabinluyog, Chalybeothemis chini.
description: Published as part of Dow, Rory A., Gesriantuti, Novia, Iqbal, Muhammad, Lupiyan-Ingdyah, Pungki, Periera, John F., Zulya, Shinta O. & Sanders, Bradford M., 2025, Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra, pp. 56 in Zootaxa 5732 (1) on page 56, DOI: 10.11646/zootaxa.5732.1.1, http://zenodo.org/record/18019483
DOI: 10.5281/zenodo.18338900
title: TABLE 5 in Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra

description: TABLE 5. Forest-dependent and low pH specialist species recorded in the Kampar Peninsula, organized by family. The percentage of the total for each category and family is shown after the family name.
Family (%/%)Forest-dependentLow pH specialistLestidae (50%, -)Orolestes wallaceiEuphaeidae (100%, -)Dysphaea dimidiataArgiolestidae (100%, 100%)Podolestes buwaldaiPodolestes buwaldaiCalopterygidae (100%, -)Vestalis amoenaChlorocyphidae (67%)Libellago aurantiaca, Libellago hyalinaPlatycnemididae (71%, 29%)Copera vittata, Elattoneura aurantiaca, Elattoneura coomansi, Onychargia atrocyana, Prodasineura interruptaElattoneura aurantiaca, Elattoneura coomansiCoenagrionidae (48%, 26%)Amphicnemis bebar, Amphicnemis hoisen, Amphicnemis reri, Archibasis incisura, Archibasis melanocyana, Archibasis oscillans, Archibasis viola, Mortonagrion sp. cf. aborense, Mortonagrion sp. cf. forficulatum, Mortonagrion megabinluyog, Pericnemis stictica, Teinobasis ruficollis, Teinobasis sp. cf. suavisAmphicnemis bebar, Amphicnemis hoisen, Amphicnemis reri, Archibasis melanocyana, Mortonagrion sp. cf. forficulatum, Teinobasis ruficollis, Teinobasis sp. cf. suavisAeshnidae (100%, -)Gynacantha dohrni, Gynacantha maclachlani, Heliaeschna crassa, Heliaeschna idaeGomphidae (75%, 25%)Gomphidia sp., Ictinogomphus acutus, Macrogomphus decemlineatusIctinogomphus acutusMacromiidae (50%, -)Macromia cinctaCorduliidae (100%, -)Hemicordulia teneraLibellulidae (34%, 6%)Agrionoptera insignis, Agrionoptera sexlineata, Brachygonia oculata, Brachygonia puella, Cratilla lineata, Lathrecista asiatica, Lyriothemis sp., Nannophyopsis chalcosoma, Nesoxenia lineata, Orchithemis pruinans, Orchithemis pulcherrima, Pornothemis sp. cf. serrata, Pornothemis starrei, Risiophlebia dohrni, Tetrathemis flavescens, Tyriobapta kuekenthaliBrachygonia puella, Pornothemis sp. cf. serrata, Tyriobapta kuekenthali
description: Published as part of Dow, Rory A., Gesriantuti, Novia, Iqbal, Muhammad, Lupiyan-Ingdyah, Pungki, Periera, John F., Zulya, Shinta O. & Sanders, Bradford M., 2025, Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra, pp. 57 in Zootaxa 5732 (1) on page 57, DOI: 10.11646/zootaxa.5732.1.1, http://zenodo.org/record/18019483
DOI: 10.5281/zenodo.18338904
title: TABLE 6 in Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra

description: TABLE 6. Numbers of species recorded in each land cover category and subcategory. Subcategories: F—forest; Fe— forest edge; A—acacia; Ae—acacia edge; Op—oil palm; R—rubber; Re—rubber edge; O—open; B—around/in buildings; S—scrub; M—mixed.
CategoryForestFAPlantationOtherSubcategoryFFeAAeOpRReOBSMSubcategory total63265730132011437817Category total7054553
description: Published as part of Dow, Rory A., Gesriantuti, Novia, Iqbal, Muhammad, Lupiyan-Ingdyah, Pungki, Periera, John F., Zulya, Shinta O. & Sanders, Bradford M., 2025, Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra, pp. 58 in Zootaxa 5732 (1) on page 58, DOI: 10.11646/zootaxa.5732.1.1, http://zenodo.org/record/18019483
DOI: 10.5281/zenodo.18338905
title: TABLE 6 in Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra

description: TABLE 6. Numbers of species recorded in each land cover category and subcategory. Subcategories: F—forest; Fe— forest edge; A—acacia; Ae—acacia edge; Op—oil palm; R—rubber; Re—rubber edge; O—open; B—around/in buildings; S—scrub; M—mixed.
CategoryForestFAPlantationOtherSubcategoryFFeAAeOpRReOBSMSubcategory total63265730132011437817Category total7054553
description: Published as part of Dow, Rory A., Gesriantuti, Novia, Iqbal, Muhammad, Lupiyan-Ingdyah, Pungki, Periera, John F., Zulya, Shinta O. & Sanders, Bradford M., 2025, Odonata of the Kampar Peninsula: the first systematic survey of Odonata in Peat Swamp Forest in Sumatra, pp. 58 in Zootaxa 5732 (1) on page 58, DOI: 10.11646/zootaxa.5732.1.1, http://zenodo.org/record/18019483
DOI: 10.5517/ccdc.csd.cc28wfj4
title: CCDC 2111736: Experimental Crystal Structure Determination

description: Related Article: Ruwei Yao, Anders A. Jensen, Hogan P. Bryce-Rogers, Katrine Schultz-Knudsen, Libin Zhou, Nicklas P. Hovendal, Henrik Pedersen, Mariusz Kubus, Trond Ulven, Luca Laraia|2023|J.Med.Chem.|66|11536|doi:10.1021/acs.jmedchem.3c01059
description: An entry from the Cambridge Structural Database, the world’s repository for small molecule crystal structures. The entry contains experimental data from a crystal diffraction study. The deposited dataset for this entry is freely available from the CCDC and typically includes 3D coordinates, cell parameters, space group, experimental conditions and quality measures.