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61 to 70 of 136 Results

TV5_2.jpg Nov 1, 2025 - Chestnut Soil Sampling 2 JPEG Image - 476.5 KB - MD5: 2ee94ad14fa622732fbe528ce119d8bc
TV5_3.jpg Nov 1, 2025 - Chestnut Soil Sampling 2 JPEG Image - 502.8 KB - MD5: 524a5334d501d5982dc4438c8e217682
TV5_4.jpg Nov 1, 2025 - Chestnut Soil Sampling 2 JPEG Image - 509.9 KB - MD5: 9c18022aad535aac41689faacc364679
TV6_1.jpg Nov 1, 2025 - Chestnut Soil Sampling 2 JPEG Image - 453.0 KB - MD5: bf2a80f8706fa36b5d23810b6812378c
Soil Samplings(CBMA) Nov 1, 2025BactoCast (Promove Project) Photographic material collected in the field and used throughout the BactoCast project, specifically for Task 1a.
BactoCast (Promove Project)(CBMA) Nov 1, 2025Plant-Microbe Interactions This dataverse integrates all data obtained in BactoCast project (starting date 2025-01-01) "BactoCast – Bacterial ecology for chestnut tree production", reference PD24-00063, is supported by the “la Caixa” Foundation and the Foundation for Science and Technology (FCT) within the...
Lactic acid influences iron assimilation by a fungal pathogen via the iron reductive uptake pathway Jun 3, 2025 - Centro de Biologia Molecular e Ambiental Gomes-Gonçalves, Alexandra; Van Genechten, Wouter; Ataíde, Patricia; Barata-Antunes, Cláudia; Ghasemi, Faezeh; Casal, Margarida; Teixeira, Miguel C.; Ariño, Joaquín; Brown, Alistair J. P.; Van Dijck, Patrick; Paiva, Sandra, 2025, "Lactic acid influences iron assimilation by a fungal pathogen via the iron reductive uptake pathway", https://doi.org/10.34622/datarepositorium/VWHFGK, Repositório de Dados da Universidade do Minho, V1, UNF:6:Uc2maDQk9d3HlXPVfYcX4g== [fileUNF] Comparison of mRNA levels by RNA-Seq between Candida albicans yeast cells grown in RPMI medium in the presence of lactate, and at different extracellular pHs (pH 5; pH 7.0) (replicas per different pH and timepoint: n=3 at 1 h; and n = 1 at 0.5, 2, and 4 h - 30 samples in total)
00_Readme.txt Jun 3, 2025 - Lactic acid influences iron assimilation by a fungal pathogen via the iron reductive uptake pathway Plain Text - 3.9 KB - MD5: 2d5872e2367483cdfd71bfd0528f7fb5
gene_FPKM.tab Jun 3, 2025 - Lactic acid influences iron assimilation by a fungal pathogen via the iron reductive uptake pathway Tab-Delimited - 1.2 MB - MD5: f1a353348b4e8cd9d55bf9485a08e0ab excel file with "Reads Per Kilobase Million" data for each sample
Relative_Abundance_ALL_GENES.tab Jun 3, 2025 - Lactic acid influences iron assimilation by a fungal pathogen via the iron reductive uptake pathway Tab-Delimited - 4.4 MB - MD5: b325b42bb8fad31049dceb7e962cb0ee excel file with the variance stabilised transforms of each gene in the different conditions and timepoints

TV5_2.jpg

Nov 1, 2025 - Chestnut Soil Sampling 2

JPEG Image - 476.5 KB - MD5: 2ee94ad14fa622732fbe528ce119d8bc

TV5_3.jpg

Nov 1, 2025 - Chestnut Soil Sampling 2

JPEG Image - 502.8 KB - MD5: 524a5334d501d5982dc4438c8e217682

TV5_4.jpg

Nov 1, 2025 - Chestnut Soil Sampling 2

JPEG Image - 509.9 KB - MD5: 9c18022aad535aac41689faacc364679

TV6_1.jpg

Nov 1, 2025 - Chestnut Soil Sampling 2

JPEG Image - 453.0 KB - MD5: bf2a80f8706fa36b5d23810b6812378c

Soil Samplings(CBMA)

Nov 1, 2025BactoCast (Promove Project)

Photographic material collected in the field and used throughout the BactoCast project, specifically for Task 1a.

BactoCast (Promove Project)(CBMA)

Nov 1, 2025Plant-Microbe Interactions

This dataverse integrates all data obtained in BactoCast project (starting date 2025-01-01) "BactoCast – Bacterial ecology for chestnut tree production", reference PD24-00063, is supported by the “la Caixa” Foundation and the Foundation for Science and Technology (FCT) within the...

Lactic acid influences iron assimilation by a fungal pathogen via the iron reductive uptake pathway

Jun 3, 2025 - Centro de Biologia Molecular e Ambiental

Gomes-Gonçalves, Alexandra; Van Genechten, Wouter; Ataíde, Patricia; Barata-Antunes, Cláudia; Ghasemi, Faezeh; Casal, Margarida; Teixeira, Miguel C.; Ariño, Joaquín; Brown, Alistair J. P.; Van Dijck, Patrick; Paiva, Sandra, 2025, "Lactic acid influences iron assimilation by a fungal pathogen via the iron reductive uptake pathway", https://doi.org/10.34622/datarepositorium/VWHFGK, Repositório de Dados da Universidade do Minho, V1, UNF:6:Uc2maDQk9d3HlXPVfYcX4g== [fileUNF]

Comparison of mRNA levels by RNA-Seq between Candida albicans yeast cells grown in RPMI medium in the presence of lactate, and at different extracellular pHs (pH 5; pH 7.0) (replicas per different pH and timepoint: n=3 at 1 h; and n = 1 at 0.5, 2, and 4 h - 30 samples in total)

00_Readme.txt

Jun 3, 2025 - Lactic acid influences iron assimilation by a fungal pathogen via the iron reductive uptake pathway

Plain Text - 3.9 KB - MD5: 2d5872e2367483cdfd71bfd0528f7fb5

gene_FPKM.tab

Jun 3, 2025 - Lactic acid influences iron assimilation by a fungal pathogen via the iron reductive uptake pathway

Tab-Delimited - 1.2 MB - MD5: f1a353348b4e8cd9d55bf9485a08e0ab

excel file with "Reads Per Kilobase Million" data for each sample

Relative_Abundance_ALL_GENES.tab

Jun 3, 2025 - Lactic acid influences iron assimilation by a fungal pathogen via the iron reductive uptake pathway

Tab-Delimited - 4.4 MB - MD5: b325b42bb8fad31049dceb7e962cb0ee

excel file with the variance stabilised transforms of each gene in the different conditions and timepoints

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