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Supporting data for Reintroduction of DJ-1 in Müller cells inhibits retinal degeneration in the DJ-1 deficient retina
May 18, 2026
Gharbi, Naoel; Røise, Dagne; Førre, Jorunn-Elise; Edson, Amanda; Hushaugen, Helena; Tronci, Valentina; Frøyset, Ann Kristin; Fladmark, Kari Espolin, 2026, "Supporting data for Reintroduction of DJ-1 in Müller cells inhibits retinal degeneration in the DJ-1 deficient retina", https://doi.org/10.18710/QPSA9M, DataverseNO, V1
This dataset provides supporting proteomics data from a study investigating the specific role of Müller cell DJ‑1 in the adult zebrafish retina. The study was conducted by re‑establishing Müller cell–specific DJ‑1 expression in a DJ‑1 knockout retina. Using a label‑free proteomics approach on isolated retinas, proteins that were differentially expr...
01_README.txt
May 18, 2026 - Supporting data for Reintroduction of DJ-1 in Müller cells inhibits retinal degeneration in the DJ-1 deficient retina
Plain Text - 4.7 KB - MD5: 4e1b87d459182b8a5ed2a21b7bcc17af
Table_S2.txt
May 18, 2026 - Supporting data for Reintroduction of DJ-1 in Müller cells inhibits retinal degeneration in the DJ-1 deficient retina
Plain Text - 497.6 KB - MD5: 649480b08c9e512b2050cd40e480e3fe
Replication data for "Siderite concretions in Svalbard Lake sediments capture 7000 years of extreme Arctic cold season climate change"
May 5, 2026
van der Bilt, Willem; Csiszár, Barnabás; Bulinova, Marie; Rydland Pedersen, Leif-Erik; Rouillard, Alexandra; Thorseth, Ingunn; Røthe, Torgeir Opeland; Strzelecki, Mateusz C; Schomacker, Anders, 2026, "Replication data for "Siderite concretions in Svalbard Lake sediments capture 7000 years of extreme Arctic cold season climate change"", https://doi.org/10.18710/M3PWDV, DataverseNO, V1
All proxy measurements performed on core STU-P1 for the upcoming publication that was only available as a pre-print at the time of submission: https://doi.org/10.22541/essoar.176617193.36041880/v1 The Arctic warms faster than anywhere else on Earth, and paleoclimate data are key to place this amplified response in a long-term context. But most past...
Figure 2_stratigraphy.txt
May 5, 2026 - Replication data for "Siderite concretions in Svalbard Lake sediments capture 7000 years of extreme Arctic cold season climate change"
Plain Text - 300.7 KB - MD5: 3d757d95ed2802d484ef79dd3e32d5c8
All data plotted in figure 2: CT, XRF element, and MS scanning data, with HSI RABD845 values.
Figure 3_paleoclimate.txt
May 5, 2026 - Replication data for "Siderite concretions in Svalbard Lake sediments capture 7000 years of extreme Arctic cold season climate change"
Plain Text - 229.5 KB - MD5: 1d8bc6ea329992dd18ec1426a51f0efe
All data plotted in Figure 3 that was generated for this study: PCA PC 2 values, including the 1.5 ka cycle extracted from this timeseries with Wavelet analysis, as well as extremes that exceed 3σ from the mean.
Figure S1_concretions.txt
May 5, 2026 - Replication data for "Siderite concretions in Svalbard Lake sediments capture 7000 years of extreme Arctic cold season climate change"
Plain Text - 126.5 KB - MD5: ba539212e8596c47f9bfcadc4d96ef0c
All original data plotted in Figure S1: SEM-EDS and Raman spectra of selected concretions, along with Siderite mineral reference spectra.
Figure S3_ordination.txt
May 5, 2026 - Replication data for "Siderite concretions in Svalbard Lake sediments capture 7000 years of extreme Arctic cold season climate change"
Plain Text - 146.8 KB - MD5: 3a45e772d45051c25856cc2c17feafb2
Factor loadings and the percentage of variance explained by the two dominant PCs identified in Principal Component Analysis (PCA) of the data presented, along with down-core PC scores.
Figure S4_wavelet.txt
May 5, 2026 - Replication data for "Siderite concretions in Svalbard Lake sediments capture 7000 years of extreme Arctic cold season climate change"
Plain Text - 8.3 MB - MD5: 5d6c425291634e2bfdd5fab56f06dad3
A table with the spectral power of cycles ranging between 2 and 3025 years for the entire 6680 year long record covered by the presented PC 2 data.
00_README.txt
May 5, 2026 - Replication data for "Siderite concretions in Svalbard Lake sediments capture 7000 years of extreme Arctic cold season climate change"
Plain Text - 8.1 KB - MD5: bb3e8115db0a58f4430570651e0e7522
Please read this file for additional context.
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