cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.27360345.v1
title: 5 min Combo 1.dat.ascData from STH 03-144 for Figure 6 and Table 1

description: Micellar electrokinetic chromatography data from a Sciex P/ACE MDQ Plus using a 30 cm effective length capillary, 230 nm UV absorbance analysis (scans collected at a rate of 4Hz), and 15 kV separation voltage. The excel spreadsheets are integrations made from the electropherograms using the Sciex software, while the asc files are the electropherograms themselves. This experiment sought to gather 4 replicates each of kinetic reads comparing pyrophosphate-containing, citrate-containing, and a combination of the two to a control that lacked any of those anions. These 4 replicates are seen in STH 03-142,143,144, and 145. Thus items with the same name are actually replicates of that same sample type.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360348
title: 5 min Combo 2.dat.ascData from STH 03-144 for Figure 6 and Table 1

description: Micellar electrokinetic chromatography data from a Sciex P/ACE MDQ Plus using a 30 cm effective length capillary, 230 nm UV absorbance analysis (scans collected at a rate of 4Hz), and 15 kV separation voltage. The excel spreadsheets are integrations made from the electropherograms using the Sciex software, while the asc files are the electropherograms themselves. This experiment sought to gather 4 replicates each of kinetic reads comparing pyrophosphate-containing, citrate-containing, and a combination of the two to a control that lacked any of those anions. These 4 replicates are seen in STH 03-142,143,144, and 145. Thus items with the same name are actually replicates of that same sample type.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360348.v1
title: 5 min Combo 2.dat.ascData from STH 03-144 for Figure 6 and Table 1

description: Micellar electrokinetic chromatography data from a Sciex P/ACE MDQ Plus using a 30 cm effective length capillary, 230 nm UV absorbance analysis (scans collected at a rate of 4Hz), and 15 kV separation voltage. The excel spreadsheets are integrations made from the electropherograms using the Sciex software, while the asc files are the electropherograms themselves. This experiment sought to gather 4 replicates each of kinetic reads comparing pyrophosphate-containing, citrate-containing, and a combination of the two to a control that lacked any of those anions. These 4 replicates are seen in STH 03-142,143,144, and 145. Thus items with the same name are actually replicates of that same sample type.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360351
title: 5 min Citrate.dat.ascData from STH 03-144 for Figure 6 and Table 1

description: Micellar electrokinetic chromatography data from a Sciex P/ACE MDQ Plus using a 30 cm effective length capillary, 230 nm UV absorbance analysis (scans collected at a rate of 4Hz), and 15 kV separation voltage. The excel spreadsheets are integrations made from the electropherograms using the Sciex software, while the asc files are the electropherograms themselves. This experiment sought to gather 4 replicates each of kinetic reads comparing pyrophosphate-containing, citrate-containing, and a combination of the two to a control that lacked any of those anions. These 4 replicates are seen in STH 03-142,143,144, and 145. Thus items with the same name are actually replicates of that same sample type.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360351.v1
title: 5 min Citrate.dat.ascData from STH 03-144 for Figure 6 and Table 1

description: Micellar electrokinetic chromatography data from a Sciex P/ACE MDQ Plus using a 30 cm effective length capillary, 230 nm UV absorbance analysis (scans collected at a rate of 4Hz), and 15 kV separation voltage. The excel spreadsheets are integrations made from the electropherograms using the Sciex software, while the asc files are the electropherograms themselves. This experiment sought to gather 4 replicates each of kinetic reads comparing pyrophosphate-containing, citrate-containing, and a combination of the two to a control that lacked any of those anions. These 4 replicates are seen in STH 03-142,143,144, and 145. Thus items with the same name are actually replicates of that same sample type.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360354
title: 0 min Citrate.dat.ascData from STH 03-144 for Figure 6 and Table 1

description: Micellar electrokinetic chromatography data from a Sciex P/ACE MDQ Plus using a 30 cm effective length capillary, 230 nm UV absorbance analysis (scans collected at a rate of 4Hz), and 15 kV separation voltage. The excel spreadsheets are integrations made from the electropherograms using the Sciex software, while the asc files are the electropherograms themselves. This experiment sought to gather 4 replicates each of kinetic reads comparing pyrophosphate-containing, citrate-containing, and a combination of the two to a control that lacked any of those anions. These 4 replicates are seen in STH 03-142,143,144, and 145. Thus items with the same name are actually replicates of that same sample type.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360354.v1
title: 0 min Citrate.dat.ascData from STH 03-144 for Figure 6 and Table 1

description: Micellar electrokinetic chromatography data from a Sciex P/ACE MDQ Plus using a 30 cm effective length capillary, 230 nm UV absorbance analysis (scans collected at a rate of 4Hz), and 15 kV separation voltage. The excel spreadsheets are integrations made from the electropherograms using the Sciex software, while the asc files are the electropherograms themselves. This experiment sought to gather 4 replicates each of kinetic reads comparing pyrophosphate-containing, citrate-containing, and a combination of the two to a control that lacked any of those anions. These 4 replicates are seen in STH 03-142,143,144, and 145. Thus items with the same name are actually replicates of that same sample type.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360357
title: 15 min Combo 2.dat.ascData from STH 03-144 for Figure 6 and Table 1

description: Micellar electrokinetic chromatography data from a Sciex P/ACE MDQ Plus using a 30 cm effective length capillary, 230 nm UV absorbance analysis (scans collected at a rate of 4Hz), and 15 kV separation voltage. The excel spreadsheets are integrations made from the electropherograms using the Sciex software, while the asc files are the electropherograms themselves. This experiment sought to gather 4 replicates each of kinetic reads comparing pyrophosphate-containing, citrate-containing, and a combination of the two to a control that lacked any of those anions. These 4 replicates are seen in STH 03-142,143,144, and 145. Thus items with the same name are actually replicates of that same sample type.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360357.v1
title: 15 min Combo 2.dat.ascData from STH 03-144 for Figure 6 and Table 1

description: Micellar electrokinetic chromatography data from a Sciex P/ACE MDQ Plus using a 30 cm effective length capillary, 230 nm UV absorbance analysis (scans collected at a rate of 4Hz), and 15 kV separation voltage. The excel spreadsheets are integrations made from the electropherograms using the Sciex software, while the asc files are the electropherograms themselves. This experiment sought to gather 4 replicates each of kinetic reads comparing pyrophosphate-containing, citrate-containing, and a combination of the two to a control that lacked any of those anions. These 4 replicates are seen in STH 03-142,143,144, and 145. Thus items with the same name are actually replicates of that same sample type.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360360
title: 15 min Combo 3.dat.ascData from STH 03-144 for Figure 6 and Table 1

description: Micellar electrokinetic chromatography data from a Sciex P/ACE MDQ Plus using a 30 cm effective length capillary, 230 nm UV absorbance analysis (scans collected at a rate of 4Hz), and 15 kV separation voltage. The excel spreadsheets are integrations made from the electropherograms using the Sciex software, while the asc files are the electropherograms themselves. This experiment sought to gather 4 replicates each of kinetic reads comparing pyrophosphate-containing, citrate-containing, and a combination of the two to a control that lacked any of those anions. These 4 replicates are seen in STH 03-142,143,144, and 145. Thus items with the same name are actually replicates of that same sample type.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360360.v1
title: 15 min Combo 3.dat.ascData from STH 03-144 for Figure 6 and Table 1

description: Micellar electrokinetic chromatography data from a Sciex P/ACE MDQ Plus using a 30 cm effective length capillary, 230 nm UV absorbance analysis (scans collected at a rate of 4Hz), and 15 kV separation voltage. The excel spreadsheets are integrations made from the electropherograms using the Sciex software, while the asc files are the electropherograms themselves. This experiment sought to gather 4 replicates each of kinetic reads comparing pyrophosphate-containing, citrate-containing, and a combination of the two to a control that lacked any of those anions. These 4 replicates are seen in STH 03-142,143,144, and 145. Thus items with the same name are actually replicates of that same sample type.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360363
title: 0 min Combo 2.dat.ascData from STH 03-144 for Figure 6 and Table 1

description: Micellar electrokinetic chromatography data from a Sciex P/ACE MDQ Plus using a 30 cm effective length capillary, 230 nm UV absorbance analysis (scans collected at a rate of 4Hz), and 15 kV separation voltage. The excel spreadsheets are integrations made from the electropherograms using the Sciex software, while the asc files are the electropherograms themselves. This experiment sought to gather 4 replicates each of kinetic reads comparing pyrophosphate-containing, citrate-containing, and a combination of the two to a control that lacked any of those anions. These 4 replicates are seen in STH 03-142,143,144, and 145. Thus items with the same name are actually replicates of that same sample type.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360363.v1
title: 0 min Combo 2.dat.ascData from STH 03-144 for Figure 6 and Table 1

description: Micellar electrokinetic chromatography data from a Sciex P/ACE MDQ Plus using a 30 cm effective length capillary, 230 nm UV absorbance analysis (scans collected at a rate of 4Hz), and 15 kV separation voltage. The excel spreadsheets are integrations made from the electropherograms using the Sciex software, while the asc files are the electropherograms themselves. This experiment sought to gather 4 replicates each of kinetic reads comparing pyrophosphate-containing, citrate-containing, and a combination of the two to a control that lacked any of those anions. These 4 replicates are seen in STH 03-142,143,144, and 145. Thus items with the same name are actually replicates of that same sample type.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360111
title: PPi 2 5 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360111.v1
title: PPi 2 5 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360114
title: PPi 2 15 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360114.v1
title: PPi 2 15 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360117
title: Citrate 2 15 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360117.v1
title: Citrate 2 15 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360120
title: PPi 1 5 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360120.v1
title: PPi 1 5 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360123
title: PPi 2 0 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360123.v1
title: PPi 2 0 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360126
title: Control 10 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360126.v1
title: Control 10 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360132
title: PPi 1 0 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360129
title: PPi 2 10 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360129.v1
title: PPi 2 10 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360132.v1
title: PPi 1 0 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360135
title: PPi 1 15 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360135.v1
title: PPi 1 15 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360138
title: PPi 1 10 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360138.v1
title: PPi 1 10 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"
DOI: 10.6084/m9.figshare.27360141
title: Control 5 min.dat.ascfrom STH 03-145

description: More replicates of the experiment designed to compare the effects of pyrophosphate and citrate at physiological levels to a control that lacks them on transferrin iron loading. These replicates come from Shelby Harris's 3rd notebook, page number 145.These are all the data that went into the paper   
"Physiological iron chelators pyrophosphate and citrate have different effects on the proportions of monoferric transferrin metalloforms"