{"data":{"id":"10.5061/dryad.3ffbg79sm","type":"dois","attributes":{"doi":"10.5061/dryad.3ffbg79sm","prefix":"10.5061","suffix":"dryad.3ffbg79sm","identifiers":[],"alternateIdentifiers":[],"creators":[{"name":"Aldaif, Alaa","nameType":"Personal","givenName":"Alaa","familyName":"Aldaif","affiliation":["Lund University"],"nameIdentifiers":[]},{"name":"Helman, Jakob","nameType":"Personal","givenName":"Jakob","familyName":"Helman","affiliation":["Skåne University Hospital"],"nameIdentifiers":[]},{"name":"Martus, Giedre","nameType":"Personal","givenName":"Giedre","familyName":"Martus","affiliation":["Skåne University Hospital"],"nameIdentifiers":[]},{"name":"Öberg, Carl","nameType":"Personal","givenName":"Carl","familyName":"Öberg","affiliation":["Skåne University Hospital"],"nameIdentifiers":[{"schemeUri":"https://orcid.org","nameIdentifier":"https://orcid.org/0000-0002-2471-6914","nameIdentifierScheme":"ORCID"}]}],"titles":[{"title":"Effects of fluid overload on water and solute removal during peritoneal dialysis in Sprague-Dawley rats"}],"publisher":"Dryad","container":{},"publicationYear":2024,"subjects":[{"subject":"FOS: Basic medicine","schemeUri":"https://web-archive.oecd.org/2012-06-15/138575-38235147.pdf","subjectScheme":"fos"},{"subject":"FOS: Basic medicine","schemeUri":"http://www.oecd.org/science/inno/38235147.pdf","subjectScheme":"Fields of Science and Technology (FOS)"},{"subject":"peritoneal dialysis"},{"subject":"fluid overload"},{"subject":"Sprague-Dawley rats","schemeUri":"https://github.com/PLOS/plos-thesaurus","subjectScheme":"PLOS Subject Area Thesaurus"}],"contributors":[{"name":"Lund University","affiliation":[],"contributorType":"Sponsor","nameIdentifiers":[]}],"dates":[{"date":"2024-08-06T11:58:10Z","dateType":"Created"},{"date":"2024-08-19T06:41:57Z","dateType":"Submitted"},{"date":"2024-08-29T00:00:00Z","dateType":"Issued"},{"date":"2024-08-29T00:00:00Z","dateType":"Available"}],"language":"en","types":{"ris":"DATA","bibtex":"misc","citeproc":"dataset","schemaOrg":"Dataset","resourceType":"dataset","resourceTypeGeneral":"Dataset"},"relatedIdentifiers":[],"relatedItems":[],"sizes":["100582 bytes"],"formats":[],"version":"3","rightsList":[{"rights":"Creative Commons Zero v1.0 Universal","rightsUri":"https://creativecommons.org/publicdomain/zero/1.0/legalcode","schemeUri":"https://spdx.org/licenses/","rightsIdentifier":"cc0-1.0","rightsIdentifierScheme":"SPDX"}],"descriptions":[{"description":"Fluid overload is very common in patients treated with peritoneal\n dialysis. However, it is as yet unknown whether fluid overload per se\n affects the dialysis process in terms of the removal of water and small\n solutes. Here we conducted experiments in thirty-one Sprague-Dawley rats\n divided into a control group (n=10), one group fluid overloaded with\n saline 22 mL/kg (n=10) and one group fluid overloaded with 4% albumin 22\n mL/kg during the course of thirty minutes. After fluid overload (or a 30\n min rest period for the control group), peritoneal dialysis was performed\n for 120 min utilizing a fill volume of 20 mL and 1.5% glucose fluids. We\n used 125I-albumin to closely monitor alterations in intraperitoneal volume\n during the course of the peritoneal dialysis treatment. Subsequently, we\n analyzed data using the three pore model to determine the underlying\n mechanisms by quantitating the amount of water transferred across each set\n of pores. We found sustained increments in water removal during peritoneal\n dialysis in fluid overloaded animals compared to control animals. The\n majority of the increased water transfer in fluid overloaded animals was\n found to occur across interendothelial small pores, either as a result of\n an increased hydrostatic pressure gradient across the peritoneal membrane\n (4% albumin) or a reduced plasma oncotic pressure (normal saline). Taken\n together, these findings indicate that fluid status should be taken into\n account when evaluating water removal in patients on peritoneal dialysis.","descriptionType":"Abstract"},{"description":"# Effects of fluid overload on water and solute removal during peritoneal\n dialysis in Sprague-Dawley rats ### GENERAL INFORMATION 1. Title of\n Dataset: Experimental Peritoneal Dialysis in Sprague Dawley Rats in the\n normal state and during fluid overload 2. Author Information A. Principal\n Investigator Contact Information Name: Carl Öberg Institution: Lund\n University, Medical Faculty Address: Box 117, SE-221 00 Email:\n [carl.oberg@med.lu.se](mailto:carl.oberg@med.lu.se) 3. Date of data\n collection November 2022 to January 2023 4. Geographic location of data\n collection: Lund, Sweden 5. Information about funding sources that\n supported the collection of the data: Funding by Lund University Medical\n Faculty Foundation grant YF 2020-YF0056, and The Inga-Britt and Arne\n Lundberg’s Research Foundation (all to C.M. Öberg). ### SHARING/ACCESS\n INFORMATION 1. Was data derived from another source? No ### DATA \u0026amp;\n FILE OVERVIEW 1. Are there multiple versions of the dataset? NO ###\n DATA-SPECIFIC INFORMATION FOR: overload.xls 1. Number of variables: 191 2.\n Number of cases/rows: 31 3. Variable List: animal, \"unique number\n assigned to each animal\" treatment, \"Dialysis fluid used, e.g.\n Balance 1.5% represents 1.5% glucose strength\" weight, \"Body\n weight in grams before dialysis\" date, \"Date of the experiment\n YYYY-MM-DD\" ivfluid, \"Fluid given IV during 30 min before\n dialysis; either control (NaCl 3 mL/h), saline overload (NaCl 22 mL/kg),\n or 4% albumin overload (Alb 4% 22 mL/kg)\" vin, \"Peritoneal\n dialysis fluid volume instilled in milliliters\" vout,\n \"Peritoneal dialysis fluid volume extracted in milliliters (see\n manuscript for details)\" wo_in, \"Wash-out fluid instilled (same\n type of fluid as used for dialysis) in milliliters\" wo_out,\n \"Wash-out fluid extracted in milliliters\" wo_alb, \"Wash-out\n fluid 125-I activity in Bq/mL\" p_na_initial, \"Plasma sodium\n concentration before iv fluid in mmol/L\" p_k_initial, \"Plasma\n potassium concentration before iv fluid in mmol/L\" p_cl_initial,\n \"Plasma chloride concentration before iv fluid in mmol/L\"\n p_ica_initial, \"Plasma ionized calcium concentration before iv fluid\n in mmol/L\" p_tco2_initial, \"Plasma total carbon dioxide\n concentration before iv fluid in mmol/L\" p_glu_initial, \"Plasma\n glucose concentration before iv fluid in mmol/L\" p_urea_initial,\n \"Plasma urea concentration before iv fluid in mmol/L\"\n p_crea_initial, \"Plasma creatinine concentration before iv fluid in\n mmol/L\" map_initial, \"Mean arterial pressure before iv fluid in\n mmol/L\" hr_initial, \"Heart rate before iv fluid in mmol/L\"\n hb_initial, \"Arterial blood hemoglobin level before iv fluid in\n g/L\" ph_initial, \"Arterial pH before iv fluid\"\n pco2_initial, \"Arterial CO2 pressure before iv fluid in kPa\"\n po2_initial, \"Arterial O2 pressure before iv fluid in kPa\"\n be_initial, \"Arterial base excess before iv fluid in mmol/L\"\n hco3_initial, \"Arterial bicarbonate concentration before iv fluid in\n mmol/L\" tco2_initial, \"Arterial total CO2 concentration before\n iv fluid in mmol/L\" so2_initial, \"Arterial oxygen saturation\n before iv fluid in %\" lac_initial, \"Arterial lactate\n concentration before iv fluid in mmol/L cop_initial, \"Colloid osmotic\n pressure in arterial blood before iv fluid in mmHg\" p_osm_initial,\n \"Osmolality in arterial blood before iv fluid in mOsm/kg\"\n p_na_before, \"Plasma sodium concentration after iv fluid (before\n dialysis) in mmol/L\" p_k_before, \"Plasma potassium concentration\n after iv fluid (before dialysis) in mmol/L\" p_cl_before, \"Plasma\n chloride concentration after iv fluid (before dialysis) in mmol/L\"\n p_ica_before, \"Plasma ionized calcium concentration after iv fluid\n (before dialysis) in mmol/L\" p_tco2_before, \"Plasma total carbon\n dioxide concentration after iv fluid (before dialysis) in mmol/L\"\n p_glu_before, \"Plasma glucose concentration after iv fluid (before\n dialysis) in mmol/L\" p_urea_before, \"Plasma urea concentration\n after iv fluid (before dialysis) in mmol/L\" p_crea_before,\n \"Plasma creatinine concentration after iv fluid (before dialysis) in\n mmol/L\" map_before, \"Mean arterial pressure after iv fluid\n (before dialysis) in mmol/L\" hr_before, \"Heart rate after iv\n fluid (before dialysis) in mmol/L\" hb_before, \"Arterial blood\n hemoglobin level after iv fluid (before dialysis) in g/L\" ph_before,\n \"Arterial pH after iv fluid (before dialysis)\" pco2_before,\n \"Arterial CO2 pressure after iv fluid (before dialysis) in kPa\"\n po2_before, \"Arterial O2 pressure after iv fluid (before dialysis) in\n kPa\" be_before, \"Arterial base excess after iv fluid (before\n dialysis) in mmol/L\" hco3_before, \"Arterial bicarbonate\n concentration after iv fluid (before dialysis) in mmol/L\"\n tco2_before, \"Arterial total CO2 concentration after iv fluid (before\n dialysis) in mmol/L\" so2_before, \"Arterial oxygen saturation\n after iv fluid (before dialysis) in %\" lac_before, \"Arterial\n lactate concentration after iv fluid (before dialysis) in mmol/L\n cop_before, \"Colloid osmotic pressure in arterial blood after iv\n fluid (before dialysis) in mmHg\" p_osm_before, \"Osmolality in\n arterial blood after iv fluid (before dialysis) in mOsm/kg\"\n p_na_after, \"Plasma sodium concentration after iv fluid in\n mmol/L\" p_k_after, \"Plasma potassium concentration after\n dialysis in mmol/L\" p_cl_after, \"Plasma chloride concentration\n after dialysis in mmol/L\" p_ica_after, \"Plasma ionized calcium\n concentration after dialysis in mmol/L\" p_tco2_after, \"Plasma\n total carbon dioxide concentration before dialysis in mmol/L\"\n p_glu_after, \"Plasma glucose concentration after dialysis in\n mmol/L\" p_urea_after, \"Plasma urea concentration after dialysis\n in mmol/L\" p_crea_after, \"Plasma creatinine concentration after\n dialysis in mmol/L\" map_after, \"Mean arterial pressure after\n dialysis in mmol/L\" hr_after, \"Heart rate after dialysis in\n mmol/L\" hb_after, \"Arterial blood hemoglobin level after\n dialysis in g/L\" ph_after, \"Arterial pH after dialysis\"\n pco2_after, \"Arterial CO2 pressure after dialysis in kPa\"\n po2_after, \"Arterial O2 pressure after dialysis in kPa\"\n be_after, \"Arterial base excess after dialysis in mmol/L\"\n hco3_after, \"Arterial bicarbonate concentration after dialysis in\n mmol/L\" tco2_after, \"Arterial total CO2 concentration after\n dialysis in mmol/L\" so2_after, \"Arterial oxygen saturation after\n dialysis in %\" lac_after, \"Arterial lactate concentration after\n dialysis in mmol/L cop_after, \"Colloid osmotic pressure in arterial\n blood after dialysis in mmHg\" p_osm_after, \"Osmolality in\n arterial blood after dialysis in mOsm/kg\" n_p_samples, \"Number\n of blood samples obtained during dialysis\" pt1, \"Time point for\n blood sample #1 in minutes post start of dialysis\" pt2, \"Time\n point for blood sample #2 in minutes post start of dialysis\" pt3,\n \"Time point for blood sample #3 in minutes post start of\n dialysis\" pt4, \"Time point for blood sample #4 in minutes post\n start of dialysis\" pt5, \"Time point for blood sample #5 in\n minutes post start of dialysis\" pt6, \"Time point for blood\n sample #6 in minutes post start of dialysis\" p_hct_1,\n \"Hematocrit for blood sample #1\" p_hct_2, \"Hematocrit for\n blood sample #2\" p_hct_3, \"Hematocrit for blood sample #3\"\n p_hct_4, \"Hematocrit for blood sample #4\" p_hct_5,\n \"Hematocrit for blood sample #5\" p_hct_6, \"Hematocrit for\n blood sample #6\" p_edta_1, \"Plasma 51Cr activity (blood sample\n #1) in Bq/mL\" p_edta_2, \"Plasma 51Cr activity (blood sample #2)\n in Bq/mL\" p_edta_3, \"Plasma 51Cr activity (blood sample #3) in\n Bq/mL\" p_edta_4, \"Plasma 51Cr activity (blood sample #4) in\n Bq/mL\" p_edta_5, \"Plasma 51Cr activity (blood sample #5) in\n Bq/mL\" p_edta_6, \"Plasma 51Cr activity (blood sample #6) in\n Bq/mL\" p_alb_1, \"Plasma 125I activity (blood sample #1) in\n Bq/mL\" p_alb_2, \"Plasma 125I activity (blood sample #2) in\n Bq/mL\" p_alb_3, \"Plasma 125I activity (blood sample #3) in\n Bq/mL\" p_alb_4, \"Plasma 125I activity (blood sample #4) in\n Bq/mL\" p_alb_5, \"Plasma 125I activity (blood sample #5) in\n Bq/mL\" p_alb_6, \"Plasma 125I activity (blood sample #6) in\n Bq/mL\" n_d_samples, \"Number of dialysate samples obtained during\n dialysis\" d_sv_1, \"Sampling volume for dialysate sample #1 in\n milliliters\" d_sv_2, \"Sampling volume for dialysate sample #2 in\n milliliters\" d_sv_3, \"Sampling volume for dialysate sample #3 in\n milliliters\" d_sv_4, \"Sampling volume for dialysate sample #4 in\n milliliters\" d_sv_5, \"Sampling volume for dialysate sample #5 in\n milliliters\" d_sv_6, \"Sampling volume for dialysate sample #6 in\n milliliters\" d_sv_7, \"Sampling volume for dialysate sample #7 in\n milliliters\" d_edta_0, \"51Cr activity in fresh dialysis fluid\n (before instillation) in Bq/mL\" d_edta_1, \"51Cr activity in\n dialysate sample #1 in Bq/mL\" d_edta_2, \"51Cr activity in\n dialysate sample #2 in Bq/mL\" d_edta_3, \"51Cr activity in\n dialysate sample #3 in Bq/mL\" d_edta_4, \"51Cr activity in\n dialysate sample #4 in Bq/mL\" d_edta_5, \"51Cr activity in\n dialysate sample #5 in Bq/mL\" d_edta_6, \"51Cr activity in\n dialysate sample #6 in Bq/mL\" d_edta_7, \"51Cr activity in\n dialysate sample #7 in Bq/mL\" d_alb_0, \"125I activity in fresh\n dialysis fluid (before instillation) in Bq/mL\" d_alb_1, \"125I\n activity in dialysate sample #1 in Bq/mL\" d_alb_2, \"125I\n activity in dialysate sample #2 in Bq/mL\" d_alb_3, \"125I\n activity in dialysate sample #3 in Bq/mL\" d_alb_4, \"125I\n activity in dialysate sample #4 in Bq/mL\" d_alb_5, \"125I\n activity in dialysate sample #5 in Bq/mL\" d_alb_6, \"125I\n activity in dialysate sample #6 in Bq/mL\" d_alb_7, \"125I\n activity in dialysate sample #7 in Bq/mL\" d_glu_0, \"Stock\n glucose concentration in fresh dialysis fluid (before instillation) in\n mmol/L\" d_glu_1, \"Measured glucose concentration in dialysate\n sample #1 in mmol/L\" d_glu_2, \"Measured glucose concentration in\n dialysate sample #2 in mmol/L\" d_glu_3, \"Measured glucose\n concentration in dialysate sample #3 in mmol/L\" d_glu_4,\n \"Measured glucose concentration in dialysate sample #4 in\n mmol/L\" d_glu_5, \"Measured glucose concentration in dialysate\n sample #5 in mmol/L\" d_glu_6, \"Measured glucose concentration in\n dialysate sample #6 in mmol/L\" d_glu_7, \"Measured glucose\n concentration in dialysate sample #7 in mmol/L\" d_na_0,\n \"Measured sodium concentration in fresh dialysis fluid (before\n instillation) in mmol/L\" d_na_1, \"Measured glucose concentration\n in dialysate sample #1 in mmol/L\" d_na_2, \"Measured glucose\n concentration in dialysate sample #2 in mmol/L\" d_na_3,\n \"Measured glucose concentration in dialysate sample #3 in\n mmol/L\" d_na_4, \"Measured glucose concentration in dialysate\n sample #4 in mmol/L\" d_na_5, \"Measured glucose concentration in\n dialysate sample #5 in mmol/L\" d_na_6, \"Measured glucose\n concentration in dialysate sample #6 in mmol/L\" d_na_7,\n \"Measured glucose concentration in dialysate sample #7 in\n mmol/L\" d_k_0, \"Stock potassium concentration (=0 mM) in fresh\n dialysis fluid (before instillation) in mmol/L\" d_k_1, \"Measured\n potassium concentration in dialysate sample #1 in mmol/L\" d_k_2,\n \"Measured potassium concentration in dialysate sample #2 in\n mmol/L\" d_k_3, \"Measured potassium concentration in dialysate\n sample #3 in mmol/L\" d_k_4, \"Measured potassium concentration in\n dialysate sample #4 in mmol/L\" d_k_5, \"Measured potassium\n concentration in dialysate sample #5 in mmol/L\" d_k_6, \"Measured\n potassium concentration in dialysate sample #6 in mmol/L\" d_k_7,\n \"Measured potassium concentration in dialysate sample #7 in\n mmol/L\" d_cl_0, \"Measured chloride concentration in fresh\n dialysis fluid (before instillation) in mmol/L\" d_cl_1,\n \"Measured chloride concentration in dialysate sample #1 in\n mmol/L\" d_cl_2, \"Measured chloride concentration in dialysate\n sample #2 in mmol/L\" d_cl_3, \"Measured chloride concentration in\n dialysate sample #3 in mmol/L\" d_cl_4, \"Measured chloride\n concentration in dialysate sample #4 in mmol/L\" d_cl_5,\n \"Measured chloride concentration in dialysate sample #5 in\n mmol/L\" d_cl_6, \"Measured chloride concentration in dialysate\n sample #6 in mmol/L\" d_cl_7, \"Measured chloride concentration in\n dialysate sample #7 in mmol/L\" d_ica_0, \"Measured ionized\n calcium concentration in fresh dialysis fluid (before instillation) in\n mmol/L\" d_ica_1, \"Measured ionized calcium concentration in\n dialysate sample #1 in mmol/L\" d_ica_2, \"Measured ionized\n calcium concentration in dialysate sample #2 in mmol/L\" d_ica_3,\n \"Measured ionized calcium concentration in dialysate sample #3 in\n mmol/L\" d_ica_4, \"Measured ionized calcium concentration in\n dialysate sample #4 in mmol/L\" d_ica_5, \"Measured ionized\n calcium concentration in dialysate sample #5 in mmol/L\" d_ica_6,\n \"Measured ionized calcium concentration in dialysate sample #6 in\n mmol/L\" d_ica_7, \"Measured ionized calcium concentration in\n dialysate sample #7 in mmol/L\" d_tco2_0, \"Stock total carbon\n dioxide concentration (=0 mM) in fresh dialysis fluid (before\n instillation) in mmol/L\" d_tco2_1, \"Measured total carbon\n dioxide concentration in dialysate sample #1 in mmol/L\" d_tco2_2,\n \"Measured total carbon dioxide concentration in dialysate sample #1\n in mmol/L\" d_tco2_3, \"Measured total carbon dioxide\n concentration in dialysate sample #1 in mmol/L\" d_tco2_4,\n \"Measured total carbon dioxide concentration in dialysate sample #1\n in mmol/L\" d_tco2_5, \"Measured total carbon dioxide\n concentration in dialysate sample #1 in mmol/L\" d_tco2_6,\n \"Measured total carbon dioxide concentration in dialysate sample #1\n in mmol/L\" d_tco2_7, \"Measured total carbon dioxide\n concentration in dialysate sample #1 in mmol/L\" d_urea_1,\n \"Measured urea concentration in dialysate sample #1 in mmol/L\"\n d_urea_2, \"Measured urea concentration in dialysate sample #2 in\n mmol/L\" d_urea_3, \"Measured urea concentration in dialysate\n sample #3 in mmol/L\" d_urea_4, \"Measured urea concentration in\n dialysate sample #4 in mmol/L\" d_urea_5, \"Measured urea\n concentration in dialysate sample #5 in mmol/L\" d_urea_6,\n \"Measured urea concentration in dialysate sample #6 in mmol/L\"\n d_urea_7, \"Measured urea concentration in dialysate sample #7 in\n mmol/L\" d_crea_0, \"Measured creatinine concentration (added\n creatinine) in fresh dialysis fluid (before instillation) in μmol/L\"\n d_crea_1, \"Measured creatinine concentration in dialysate sample #2\n in μmol/L\" d_crea_2, \"Measured creatinine concentration in\n dialysate sample #2 in μmol/L\" d_crea_3, \"Measured creatinine\n concentration in dialysate sample #2 in μmol/L\" d_crea_4,\n \"Measured creatinine concentration in dialysate sample #2 in\n μmol/L\" d_crea_5, \"Measured creatinine concentration in\n dialysate sample #2 in μmol/L\" d_crea_6, \"Measured creatinine\n concentration in dialysate sample #2 in μmol/L\" d_crea_7,\n \"Measured creatinine concentration in dialysate sample #2 in\n μmol/L\" dt1, \"Time point for dialysate sample #1 in minutes post\n start of dialysis\" dt2, \"Time point for dialysate sample #2 in\n minutes post start of dialysis\" dt3, \"Time point for dialysate\n sample #3 in minutes post start of dialysis\" dt4, \"Time point\n for dialysate sample #4 in minutes post start of dialysis\" dt5,\n \"Time point for dialysate sample #5 in minutes post start of\n dialysis\" dt6, \"Time point for dialysate sample #6 in minutes\n post start of dialysis\" dt7, \"Time point for dialysate sample #7\n in minutes post start of dialysis\" Missing data codes: NA","descriptionType":"TechnicalInfo"}],"geoLocations":[],"fundingReferences":[{"schemeUri":"https://ror.org","funderName":"Lund University","awardNumber":"YF2020-YF0056","funderIdentifier":"https://ror.org/012a77v79","funderIdentifierType":"ROR"},{"funderName":"The Inga-Britt and Arne Lundberg’s Research Foundation*"}],"xml":"<?xml version="1.0" encoding="UTF-8"?>
<resource xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns="http://datacite.org/schema/kernel-4" xsi:schemaLocation="http://datacite.org/schema/kernel-4 http://schema.datacite.org/meta/kernel-4/metadata.xsd">
  <identifier identifierType="DOI">10.5061/DRYAD.3FFBG79SM</identifier>
  <creators>
    <creator>
      <creatorName nameType="Personal">Aldaif, Alaa</creatorName>
      <affiliation affiliationIdentifier="https://ror.org/012a77v79" affiliationIdentifierScheme="ROR" schemeURI="https://ror.org">Lund University</affiliation>
    </creator>
    <creator>
      <creatorName nameType="Personal">Helman, Jakob</creatorName>
      <affiliation affiliationIdentifier="https://ror.org/02z31g829" affiliationIdentifierScheme="ROR" schemeURI="https://ror.org">Skåne University Hospital</affiliation>
    </creator>
    <creator>
      <creatorName nameType="Personal">Martus, Giedre</creatorName>
      <affiliation affiliationIdentifier="https://ror.org/02z31g829" affiliationIdentifierScheme="ROR" schemeURI="https://ror.org">Skåne University Hospital</affiliation>
    </creator>
    <creator>
      <creatorName nameType="Personal">Öberg, Carl</creatorName>
      <nameIdentifier nameIdentifierScheme="ORCID" schemeURI="http://orcid.org/">0000-0002-2471-6914</nameIdentifier>
      <affiliation affiliationIdentifier="https://ror.org/02z31g829" affiliationIdentifierScheme="ROR" schemeURI="https://ror.org">Skåne University Hospital</affiliation>
    </creator>
  </creators>
  <titles>
    <title>
      Effects of fluid overload on water and solute removal during peritoneal
      dialysis in Sprague-Dawley rats
    </title>
  </titles>
  <publisher publisherIdentifier="https://ror.org/00x6h5n95" publisherIdentifierScheme="ROR" schemeURI="https://ror.org/">Dryad</publisher>
  <resourceType resourceTypeGeneral="Dataset">dataset</resourceType>
  <publicationYear>2024</publicationYear>
  <subjects>
    <subject subjectScheme="fos" schemeURI="https://web-archive.oecd.org/2012-06-15/138575-38235147.pdf">FOS: Basic medicine</subject>
    <subject>peritoneal dialysis</subject>
    <subject>fluid overload</subject>
    <subject subjectScheme="PLOS Subject Area Thesaurus" schemeURI="https://github.com/PLOS/plos-thesaurus">Sprague-Dawley rats</subject>
  </subjects>
  <fundingReferences>
    <fundingReference>
      <funderName>Lund University</funderName>
      <funderIdentifier funderIdentifierType="ROR">https://ror.org/012a77v79</funderIdentifier>
      <awardNumber>YF2020-YF0056</awardNumber>
    </fundingReference>
    <fundingReference>
      <funderName>The Inga-Britt and Arne Lundberg’s Research Foundation*</funderName>
    </fundingReference>
  </fundingReferences>
  <contributors>
    <contributor contributorType="Sponsor">
      <contributorName>Lund University</contributorName>
    </contributor>
  </contributors>
  <dates>
    <date dateType="Created">2024-08-06T11:58:10Z</date>
    <date dateType="Submitted">2024-08-19T06:41:57Z</date>
    <date dateType="Issued">2024-08-29T00:00:00Z</date>
    <date dateType="Available">2024-08-29T00:00:00Z</date>
  </dates>
  <language>en</language>
  <sizes>
    <size>100582 bytes</size>
  </sizes>
  <version>3</version>
  <rightsList>
    <rights rightsURI="https://spdx.org/licenses/CC0-1.0.html">Creative Commons Zero v1.0 Universal</rights>
  </rightsList>
  <descriptions>
    <description descriptionType="Abstract">
      Fluid overload is very common in patients treated with peritoneal
      dialysis. However, it is as yet unknown whether fluid overload per se
      affects the dialysis process in terms of the removal of water and small
      solutes. Here we conducted experiments in thirty-one Sprague-Dawley rats
      divided into a control group (n=10), one group fluid overloaded with
      saline 22 mL/kg (n=10) and one group fluid overloaded with 4% albumin 22
      mL/kg during the course of thirty minutes. After fluid overload (or a 30
      min rest period for the control group), peritoneal dialysis was performed
      for 120 min utilizing a fill volume of 20 mL and 1.5% glucose fluids. We
      used 125I-albumin to closely monitor alterations in intraperitoneal volume
      during the course of the peritoneal dialysis treatment. Subsequently, we
      analyzed data using the three pore model to determine the underlying
      mechanisms by quantitating the amount of water transferred across each set
      of pores. We found sustained increments in water removal during peritoneal
      dialysis in fluid overloaded animals compared to control animals. The
      majority of the increased water transfer in fluid overloaded animals was
      found to occur across interendothelial small pores, either as a result of
      an increased hydrostatic pressure gradient across the peritoneal membrane
      (4% albumin) or a reduced plasma oncotic pressure (normal saline). Taken
      together, these findings indicate that fluid status should be taken into
      account when evaluating water removal in patients on peritoneal dialysis.
    </description>
    <description descriptionType="TechnicalInfo">
      # Effects of fluid overload on water and solute removal during peritoneal
      dialysis in Sprague-Dawley rats ### GENERAL INFORMATION 1. Title of
      Dataset: Experimental Peritoneal Dialysis in Sprague Dawley Rats in the
      normal state and during fluid overload 2. Author Information A. Principal
      Investigator Contact Information Name: Carl Öberg Institution: Lund
      University, Medical Faculty Address: Box 117, SE-221 00 Email:
      [carl.oberg@med.lu.se](mailto:carl.oberg@med.lu.se) 3. Date of data
      collection November 2022 to January 2023 4. Geographic location of data
      collection: Lund, Sweden 5. Information about funding sources that
      supported the collection of the data: Funding by Lund University Medical
      Faculty Foundation grant YF 2020-YF0056, and The Inga-Britt and Arne
      Lundberg’s Research Foundation (all to C.M. Öberg). ### SHARING/ACCESS
      INFORMATION 1. Was data derived from another source? No ### DATA &amp;
      FILE OVERVIEW 1. Are there multiple versions of the dataset? NO ###
      DATA-SPECIFIC INFORMATION FOR: overload.xls 1. Number of variables: 191 2.
      Number of cases/rows: 31 3. Variable List: animal, "unique number
      assigned to each animal" treatment, "Dialysis fluid used, e.g.
      Balance 1.5% represents 1.5% glucose strength" weight, "Body
      weight in grams before dialysis" date, "Date of the experiment
      YYYY-MM-DD" ivfluid, "Fluid given IV during 30 min before
      dialysis; either control (NaCl 3 mL/h), saline overload (NaCl 22 mL/kg),
      or 4% albumin overload (Alb 4% 22 mL/kg)" vin, "Peritoneal
      dialysis fluid volume instilled in milliliters" vout,
      "Peritoneal dialysis fluid volume extracted in milliliters (see
      manuscript for details)" wo_in, "Wash-out fluid instilled (same
      type of fluid as used for dialysis) in milliliters" wo_out,
      "Wash-out fluid extracted in milliliters" wo_alb, "Wash-out
      fluid 125-I activity in Bq/mL" p_na_initial, "Plasma sodium
      concentration before iv fluid in mmol/L" p_k_initial, "Plasma
      potassium concentration before iv fluid in mmol/L" p_cl_initial,
      "Plasma chloride concentration before iv fluid in mmol/L"
      p_ica_initial, "Plasma ionized calcium concentration before iv fluid
      in mmol/L" p_tco2_initial, "Plasma total carbon dioxide
      concentration before iv fluid in mmol/L" p_glu_initial, "Plasma
      glucose concentration before iv fluid in mmol/L" p_urea_initial,
      "Plasma urea concentration before iv fluid in mmol/L"
      p_crea_initial, "Plasma creatinine concentration before iv fluid in
      mmol/L" map_initial, "Mean arterial pressure before iv fluid in
      mmol/L" hr_initial, "Heart rate before iv fluid in mmol/L"
      hb_initial, "Arterial blood hemoglobin level before iv fluid in
      g/L" ph_initial, "Arterial pH before iv fluid"
      pco2_initial, "Arterial CO2 pressure before iv fluid in kPa"
      po2_initial, "Arterial O2 pressure before iv fluid in kPa"
      be_initial, "Arterial base excess before iv fluid in mmol/L"
      hco3_initial, "Arterial bicarbonate concentration before iv fluid in
      mmol/L" tco2_initial, "Arterial total CO2 concentration before
      iv fluid in mmol/L" so2_initial, "Arterial oxygen saturation
      before iv fluid in %" lac_initial, "Arterial lactate
      concentration before iv fluid in mmol/L cop_initial, "Colloid osmotic
      pressure in arterial blood before iv fluid in mmHg" p_osm_initial,
      "Osmolality in arterial blood before iv fluid in mOsm/kg"
      p_na_before, "Plasma sodium concentration after iv fluid (before
      dialysis) in mmol/L" p_k_before, "Plasma potassium concentration
      after iv fluid (before dialysis) in mmol/L" p_cl_before, "Plasma
      chloride concentration after iv fluid (before dialysis) in mmol/L"
      p_ica_before, "Plasma ionized calcium concentration after iv fluid
      (before dialysis) in mmol/L" p_tco2_before, "Plasma total carbon
      dioxide concentration after iv fluid (before dialysis) in mmol/L"
      p_glu_before, "Plasma glucose concentration after iv fluid (before
      dialysis) in mmol/L" p_urea_before, "Plasma urea concentration
      after iv fluid (before dialysis) in mmol/L" p_crea_before,
      "Plasma creatinine concentration after iv fluid (before dialysis) in
      mmol/L" map_before, "Mean arterial pressure after iv fluid
      (before dialysis) in mmol/L" hr_before, "Heart rate after iv
      fluid (before dialysis) in mmol/L" hb_before, "Arterial blood
      hemoglobin level after iv fluid (before dialysis) in g/L" ph_before,
      "Arterial pH after iv fluid (before dialysis)" pco2_before,
      "Arterial CO2 pressure after iv fluid (before dialysis) in kPa"
      po2_before, "Arterial O2 pressure after iv fluid (before dialysis) in
      kPa" be_before, "Arterial base excess after iv fluid (before
      dialysis) in mmol/L" hco3_before, "Arterial bicarbonate
      concentration after iv fluid (before dialysis) in mmol/L"
      tco2_before, "Arterial total CO2 concentration after iv fluid (before
      dialysis) in mmol/L" so2_before, "Arterial oxygen saturation
      after iv fluid (before dialysis) in %" lac_before, "Arterial
      lactate concentration after iv fluid (before dialysis) in mmol/L
      cop_before, "Colloid osmotic pressure in arterial blood after iv
      fluid (before dialysis) in mmHg" p_osm_before, "Osmolality in
      arterial blood after iv fluid (before dialysis) in mOsm/kg"
      p_na_after, "Plasma sodium concentration after iv fluid in
      mmol/L" p_k_after, "Plasma potassium concentration after
      dialysis in mmol/L" p_cl_after, "Plasma chloride concentration
      after dialysis in mmol/L" p_ica_after, "Plasma ionized calcium
      concentration after dialysis in mmol/L" p_tco2_after, "Plasma
      total carbon dioxide concentration before dialysis in mmol/L"
      p_glu_after, "Plasma glucose concentration after dialysis in
      mmol/L" p_urea_after, "Plasma urea concentration after dialysis
      in mmol/L" p_crea_after, "Plasma creatinine concentration after
      dialysis in mmol/L" map_after, "Mean arterial pressure after
      dialysis in mmol/L" hr_after, "Heart rate after dialysis in
      mmol/L" hb_after, "Arterial blood hemoglobin level after
      dialysis in g/L" ph_after, "Arterial pH after dialysis"
      pco2_after, "Arterial CO2 pressure after dialysis in kPa"
      po2_after, "Arterial O2 pressure after dialysis in kPa"
      be_after, "Arterial base excess after dialysis in mmol/L"
      hco3_after, "Arterial bicarbonate concentration after dialysis in
      mmol/L" tco2_after, "Arterial total CO2 concentration after
      dialysis in mmol/L" so2_after, "Arterial oxygen saturation after
      dialysis in %" lac_after, "Arterial lactate concentration after
      dialysis in mmol/L cop_after, "Colloid osmotic pressure in arterial
      blood after dialysis in mmHg" p_osm_after, "Osmolality in
      arterial blood after dialysis in mOsm/kg" n_p_samples, "Number
      of blood samples obtained during dialysis" pt1, "Time point for
      blood sample #1 in minutes post start of dialysis" pt2, "Time
      point for blood sample #2 in minutes post start of dialysis" pt3,
      "Time point for blood sample #3 in minutes post start of
      dialysis" pt4, "Time point for blood sample #4 in minutes post
      start of dialysis" pt5, "Time point for blood sample #5 in
      minutes post start of dialysis" pt6, "Time point for blood
      sample #6 in minutes post start of dialysis" p_hct_1,
      "Hematocrit for blood sample #1" p_hct_2, "Hematocrit for
      blood sample #2" p_hct_3, "Hematocrit for blood sample #3"
      p_hct_4, "Hematocrit for blood sample #4" p_hct_5,
      "Hematocrit for blood sample #5" p_hct_6, "Hematocrit for
      blood sample #6" p_edta_1, "Plasma 51Cr activity (blood sample
      #1) in Bq/mL" p_edta_2, "Plasma 51Cr activity (blood sample #2)
      in Bq/mL" p_edta_3, "Plasma 51Cr activity (blood sample #3) in
      Bq/mL" p_edta_4, "Plasma 51Cr activity (blood sample #4) in
      Bq/mL" p_edta_5, "Plasma 51Cr activity (blood sample #5) in
      Bq/mL" p_edta_6, "Plasma 51Cr activity (blood sample #6) in
      Bq/mL" p_alb_1, "Plasma 125I activity (blood sample #1) in
      Bq/mL" p_alb_2, "Plasma 125I activity (blood sample #2) in
      Bq/mL" p_alb_3, "Plasma 125I activity (blood sample #3) in
      Bq/mL" p_alb_4, "Plasma 125I activity (blood sample #4) in
      Bq/mL" p_alb_5, "Plasma 125I activity (blood sample #5) in
      Bq/mL" p_alb_6, "Plasma 125I activity (blood sample #6) in
      Bq/mL" n_d_samples, "Number of dialysate samples obtained during
      dialysis" d_sv_1, "Sampling volume for dialysate sample #1 in
      milliliters" d_sv_2, "Sampling volume for dialysate sample #2 in
      milliliters" d_sv_3, "Sampling volume for dialysate sample #3 in
      milliliters" d_sv_4, "Sampling volume for dialysate sample #4 in
      milliliters" d_sv_5, "Sampling volume for dialysate sample #5 in
      milliliters" d_sv_6, "Sampling volume for dialysate sample #6 in
      milliliters" d_sv_7, "Sampling volume for dialysate sample #7 in
      milliliters" d_edta_0, "51Cr activity in fresh dialysis fluid
      (before instillation) in Bq/mL" d_edta_1, "51Cr activity in
      dialysate sample #1 in Bq/mL" d_edta_2, "51Cr activity in
      dialysate sample #2 in Bq/mL" d_edta_3, "51Cr activity in
      dialysate sample #3 in Bq/mL" d_edta_4, "51Cr activity in
      dialysate sample #4 in Bq/mL" d_edta_5, "51Cr activity in
      dialysate sample #5 in Bq/mL" d_edta_6, "51Cr activity in
      dialysate sample #6 in Bq/mL" d_edta_7, "51Cr activity in
      dialysate sample #7 in Bq/mL" d_alb_0, "125I activity in fresh
      dialysis fluid (before instillation) in Bq/mL" d_alb_1, "125I
      activity in dialysate sample #1 in Bq/mL" d_alb_2, "125I
      activity in dialysate sample #2 in Bq/mL" d_alb_3, "125I
      activity in dialysate sample #3 in Bq/mL" d_alb_4, "125I
      activity in dialysate sample #4 in Bq/mL" d_alb_5, "125I
      activity in dialysate sample #5 in Bq/mL" d_alb_6, "125I
      activity in dialysate sample #6 in Bq/mL" d_alb_7, "125I
      activity in dialysate sample #7 in Bq/mL" d_glu_0, "Stock
      glucose concentration in fresh dialysis fluid (before instillation) in
      mmol/L" d_glu_1, "Measured glucose concentration in dialysate
      sample #1 in mmol/L" d_glu_2, "Measured glucose concentration in
      dialysate sample #2 in mmol/L" d_glu_3, "Measured glucose
      concentration in dialysate sample #3 in mmol/L" d_glu_4,
      "Measured glucose concentration in dialysate sample #4 in
      mmol/L" d_glu_5, "Measured glucose concentration in dialysate
      sample #5 in mmol/L" d_glu_6, "Measured glucose concentration in
      dialysate sample #6 in mmol/L" d_glu_7, "Measured glucose
      concentration in dialysate sample #7 in mmol/L" d_na_0,
      "Measured sodium concentration in fresh dialysis fluid (before
      instillation) in mmol/L" d_na_1, "Measured glucose concentration
      in dialysate sample #1 in mmol/L" d_na_2, "Measured glucose
      concentration in dialysate sample #2 in mmol/L" d_na_3,
      "Measured glucose concentration in dialysate sample #3 in
      mmol/L" d_na_4, "Measured glucose concentration in dialysate
      sample #4 in mmol/L" d_na_5, "Measured glucose concentration in
      dialysate sample #5 in mmol/L" d_na_6, "Measured glucose
      concentration in dialysate sample #6 in mmol/L" d_na_7,
      "Measured glucose concentration in dialysate sample #7 in
      mmol/L" d_k_0, "Stock potassium concentration (=0 mM) in fresh
      dialysis fluid (before instillation) in mmol/L" d_k_1, "Measured
      potassium concentration in dialysate sample #1 in mmol/L" d_k_2,
      "Measured potassium concentration in dialysate sample #2 in
      mmol/L" d_k_3, "Measured potassium concentration in dialysate
      sample #3 in mmol/L" d_k_4, "Measured potassium concentration in
      dialysate sample #4 in mmol/L" d_k_5, "Measured potassium
      concentration in dialysate sample #5 in mmol/L" d_k_6, "Measured
      potassium concentration in dialysate sample #6 in mmol/L" d_k_7,
      "Measured potassium concentration in dialysate sample #7 in
      mmol/L" d_cl_0, "Measured chloride concentration in fresh
      dialysis fluid (before instillation) in mmol/L" d_cl_1,
      "Measured chloride concentration in dialysate sample #1 in
      mmol/L" d_cl_2, "Measured chloride concentration in dialysate
      sample #2 in mmol/L" d_cl_3, "Measured chloride concentration in
      dialysate sample #3 in mmol/L" d_cl_4, "Measured chloride
      concentration in dialysate sample #4 in mmol/L" d_cl_5,
      "Measured chloride concentration in dialysate sample #5 in
      mmol/L" d_cl_6, "Measured chloride concentration in dialysate
      sample #6 in mmol/L" d_cl_7, "Measured chloride concentration in
      dialysate sample #7 in mmol/L" d_ica_0, "Measured ionized
      calcium concentration in fresh dialysis fluid (before instillation) in
      mmol/L" d_ica_1, "Measured ionized calcium concentration in
      dialysate sample #1 in mmol/L" d_ica_2, "Measured ionized
      calcium concentration in dialysate sample #2 in mmol/L" d_ica_3,
      "Measured ionized calcium concentration in dialysate sample #3 in
      mmol/L" d_ica_4, "Measured ionized calcium concentration in
      dialysate sample #4 in mmol/L" d_ica_5, "Measured ionized
      calcium concentration in dialysate sample #5 in mmol/L" d_ica_6,
      "Measured ionized calcium concentration in dialysate sample #6 in
      mmol/L" d_ica_7, "Measured ionized calcium concentration in
      dialysate sample #7 in mmol/L" d_tco2_0, "Stock total carbon
      dioxide concentration (=0 mM) in fresh dialysis fluid (before
      instillation) in mmol/L" d_tco2_1, "Measured total carbon
      dioxide concentration in dialysate sample #1 in mmol/L" d_tco2_2,
      "Measured total carbon dioxide concentration in dialysate sample #1
      in mmol/L" d_tco2_3, "Measured total carbon dioxide
      concentration in dialysate sample #1 in mmol/L" d_tco2_4,
      "Measured total carbon dioxide concentration in dialysate sample #1
      in mmol/L" d_tco2_5, "Measured total carbon dioxide
      concentration in dialysate sample #1 in mmol/L" d_tco2_6,
      "Measured total carbon dioxide concentration in dialysate sample #1
      in mmol/L" d_tco2_7, "Measured total carbon dioxide
      concentration in dialysate sample #1 in mmol/L" d_urea_1,
      "Measured urea concentration in dialysate sample #1 in mmol/L"
      d_urea_2, "Measured urea concentration in dialysate sample #2 in
      mmol/L" d_urea_3, "Measured urea concentration in dialysate
      sample #3 in mmol/L" d_urea_4, "Measured urea concentration in
      dialysate sample #4 in mmol/L" d_urea_5, "Measured urea
      concentration in dialysate sample #5 in mmol/L" d_urea_6,
      "Measured urea concentration in dialysate sample #6 in mmol/L"
      d_urea_7, "Measured urea concentration in dialysate sample #7 in
      mmol/L" d_crea_0, "Measured creatinine concentration (added
      creatinine) in fresh dialysis fluid (before instillation) in μmol/L"
      d_crea_1, "Measured creatinine concentration in dialysate sample #2
      in μmol/L" d_crea_2, "Measured creatinine concentration in
      dialysate sample #2 in μmol/L" d_crea_3, "Measured creatinine
      concentration in dialysate sample #2 in μmol/L" d_crea_4,
      "Measured creatinine concentration in dialysate sample #2 in
      μmol/L" d_crea_5, "Measured creatinine concentration in
      dialysate sample #2 in μmol/L" d_crea_6, "Measured creatinine
      concentration in dialysate sample #2 in μmol/L" d_crea_7,
      "Measured creatinine concentration in dialysate sample #2 in
      μmol/L" dt1, "Time point for dialysate sample #1 in minutes post
      start of dialysis" dt2, "Time point for dialysate sample #2 in
      minutes post start of dialysis" dt3, "Time point for dialysate
      sample #3 in minutes post start of dialysis" dt4, "Time point
      for dialysate sample #4 in minutes post start of dialysis" dt5,
      "Time point for dialysate sample #5 in minutes post start of
      dialysis" dt6, "Time point for dialysate sample #6 in minutes
      post start of dialysis" dt7, "Time point for dialysate sample #7
      in minutes post start of dialysis" Missing data codes: NA
    </description>
  </descriptions>
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