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DIGITAL.CSIC
Dataset . 2021
Data sources: Datacite
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Data supporting the results published in the paper entitled Expression of a Truncated Yeast Ccc1 Vacuolar Transporter Increases the Accumulation of Endogenous Iron

Authors: Sorribes Dauden, Raquel; Martínez Pastor, M.Teresa; Puig, Sergi;

Data supporting the results published in the paper entitled Expression of a Truncated Yeast Ccc1 Vacuolar Transporter Increases the Accumulation of Endogenous Iron

Abstract

List of experimental data: Figure 2: Figure 2.xlsx Figure 2A.SC-Ura 20mM FAS.jpg Figure 2A.SC-Ura 2mM FAS.jpg Figure 2A.SC-Ura 40mM FAS.jpg Figure 2A.SC-Ura 500Fz.jpg Figure 2A.SC.jpg Figure 2C.jpg Figure 2D.jpg Figure 3: Figure 3A.SC-Ura Galactose.jpg Figure 3A.SC-Ura Galactose_1.jpg Figure 3A.SC-Ura Galactose_2.jpg Figure 3A.SC-Ura Glucose_1.jpg Figure 3A.SC-Ura Glucose_2.jpg Figure 3B.SC-Ura-Met 20mM FAS.jpg Figure 3B.SC-Ura-Met 3mM FAS.jpg Figure 3B.SC-Ura-Met 40mM FAS.jpg Figure 3B.SC-Ura-Met 5mM FAS.jpg Figure 3B.SC-Ura-Met.jpg SC-Ura glucosa.jpg Figure 4 & S1 Figure 4 & S1.xlsx Figure 5 & S2 Figure 5 & S2. Xlsx Figure 5.SC-Ura-Met 3mM FAS.Replicate 1. aGFP 10sec.jpg Figure 5.SC-Ura-Met 3mM FAS.Replicate 1. Ponceau.jpg Figure 5.SC-Ura-Met 3mM FAS.Replicate 2. aGFP 10sec.tif Figure 5.SC-Ura-Met 3mM FAS.Replicate 2. aGFP 20sec.tif Figure 5.SC-Ura-Met 3mM FAS.Replicate 2. aGFP 30sec.tif Figure 5.SC-Ura-Met 3mM FAS.Replicate 2. aPgk1.tif Figure 5.SC-Ura-Met 3mM FAS.Replicate 2. Ponceau.tif Figure 5.SC-Ura-Met 3mM FAS.Replicate 3. aGFP 10sec.tif Figure 5.SC-Ura-Met 3mM FAS.Replicate 3. aGFP 20sec.tif Figure 5.SC-Ura-Met 3mM FAS.Replicate 3. aGFP 30sec.tif Figure 5.SC-Ura-Met 3mM FAS.Replicate 3. Ponceau.jpg Figure 5.SC-Ura-Met.Replicate 1. aGFP 10sec.tif Figure 5.SC-Ura-Met.Replicate 1. aGFP 20sec.tif Figure 5.SC-Ura-Met.Replicate 1. aGFP 30sec.tif Figure 5.SC-Ura-Met.Replicate 1. Ponceau.jpg Figure 5.SC-Ura-Met.Replicate 2. aGFP 10sec.tif Figure 5.SC-Ura-Met.Replicate 2. aGFP 20sec.tif Figure 5.SC-Ura-Met.Replicate 2. aGFP 30sec.tif Figure 5.SC-Ura-Met.Replicate 2. aPgk1.tif Figure 5.SC-Ura-Met.Replicate 2. Ponceau.jpg Figure 5.SC-Ura-Met.Replicate 3. aGFP 10sec.tif Figure 5.SC-Ura-Met.Replicate 3. aGFP 20sec.tif Figure 5.SC-Ura-Met.Replicate 3. aGFP 30sec.tif Figure 5.SC-Ura-Met.Replicate 3. Ponceau.jpg Figure 6: Figure 6.PTEF2CCC1 SC-Ura-Met-3mMFAS-DIC.tif Figure 6.PTEF2CCC1 SC-Ura-Met-3mMFAS-FM4-64.tif Figure 6.PTEF2CCC1 SC-Ura-Met-3mMFAS-GFP.tif Figure 6.PTEF2CCC1 SC-Ura-Met-3mMFAS-Merge.tif Figure 6.PTEF2CCC1 SC-Ura-Met-DIC.tif Figure 6.PTEF2CCC1 SC-Ura-Met-FM4-64.tif Figure 6.PTEF2CCC1 SC-Ura-Met-GFP.tif Figure 6.PTEF2CCC1 SC-Ura-Met-Merge.tif Figure 6.PTEF2NtCCC1 SC-Ura-Met-3mMFAS-DIC.tif Figure 6.PTEF2NtCCC1 SC-Ura-Met-3mMFAS-FM4-64.tif Figure 6.PTEF2NtCCC1 SC-Ura-Met-3mMFAS-GFP.tif Figure 6.PTEF2NtCCC1 SC-Ura-Met-3mMFAS-Merge.tif Figure 6.PTEF2NtCCC1 SC-Ura-Met-DIC.tif Figure 6.PTEF2NtCCC1 SC-Ura-Met-FM4-64.tif Figure 6.PTEF2NtCCC1 SC-Ura-Met-GFP.tif Figure 6.PTEF2NtCCC1 SC-Ura-Met-Merge.tif

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This research was funded by a predoctoral contract ACIF/2018/077 (to R.S.-D.) and grant PROMETEO/2020/014 from the Regional Government of Valencia (Generalitat Valencia-na), grant BIO2017-87828-C2-1-P and PID2020-116940RB-I00 from the Spanish Ministry of Science, Innovation and Universities, and FEDER funds (ESF, European Social Fund).

Peer reviewed

Country
Spain
Related Organizations
Keywords

Iron, Ccc1, Saccharomyces cerevisiae, Yeast

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selected citations
These citations are derived from selected sources.
This is an alternative to the "Influence" indicator, which also reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
BIP!Citations provided by BIP!
popularity
This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
BIP!Popularity provided by BIP!
influence
This indicator reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
BIP!Influence provided by BIP!
impulse
This indicator reflects the initial momentum of an article directly after its publication, based on the underlying citation network.
BIP!Impulse provided by BIP!
views
OpenAIRE UsageCountsViews provided by UsageCounts
downloads
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