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ZIP Archive - 871.4 MB -
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Mar 31, 2025 - ZEF: Center for Development Research
Quartucci, Felipe, 2025, "Carbon stocks in aboveground and belowground pools in diverse land uses in the Atlantic Forest in Brazil", https://doi.org/10.60507/FK2/F7FO4M, bonndata, V1
This dataset contains the carbon stock in different pools, including soil up to 300 cm deep, in different land uses, in the Atlantic Forest in Brazil. The data was collected in a rural settlement belonging to the MST (Landless Workers' Movement, or Movimento dos Trabalhores Sem T... |
Mar 31, 2025 -
Carbon stocks in aboveground and belowground pools in diverse land uses in the Atlantic Forest in Brazil
MS Excel Spreadsheet - 11.2 KB -
MD5: adcc621bcdeb986049f3a5c657694c05
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Mar 31, 2025 -
Carbon stocks in aboveground and belowground pools in diverse land uses in the Atlantic Forest in Brazil
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MD5: 7197a86097f6944da5f3774650094976
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Mar 25, 2025
Tambe, Bertrand Agbor, 2025, "Confocal live cell images of microglia in 3D cell culture from the dissertation ' 3D culture conditions instruct an in vivo-like phenotype in primary microgia'", https://doi.org/10.60507/FK2/FFPGJA, bonndata, V1
Microglia are innate immune cells of the central nervous system. They possess a diverse range of morphological features that enable them to perform different functions, such as surveillance, phagocytosis and immune response. In response to changes in physiological conditions with... |
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MD5: e05ce1f30c6e5bf0525a5653dbcd73ad
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Quicktime Video - 3.6 MB -
MD5: f876f14728e512fd379910e9eb145f3d
Representative confocal time-lapse images of 3D matrix fibers (silver) and Cx3cr1-GFP microglia (green). To explore possible microglial cell-matrix interactions in our 3D culture, we utilized a combination of fluorescent and confocal reflection microscopy techniques to visualize... |
Quicktime Video - 513.9 KB -
MD5: da28ef81ccb86b28a85f38bff685c5c1
Representative confocal time-lapse images of microglia culture in 2D culture over 10 minutes.
We investigated microglial motility in 3D culture. To achieve this, we obtained time-lapse images of microglia using a high-resolution spinning disk confocal microscope equipped with a 6... |