{"data":{"id":"10.5061/dryad.cjsxksnm3","type":"dois","attributes":{"doi":"10.5061/dryad.cjsxksnm3","prefix":"10.5061","suffix":"dryad.cjsxksnm3","identifiers":[],"alternateIdentifiers":[],"creators":[{"name":"Zhang, Dehui","nameType":"Personal","givenName":"Dehui","familyName":"Zhang","affiliation":["University of California, Los Angeles"],"nameIdentifiers":[{"schemeUri":"https://orcid.org","nameIdentifier":"https://orcid.org/0000-0002-7077-0639","nameIdentifierScheme":"ORCID"}]},{"name":"Duan, Xiangfeng","nameType":"Personal","givenName":"Xiangfeng","familyName":"Duan","affiliation":["University of California, Los Angeles"],"nameIdentifiers":[{"schemeUri":"https://orcid.org","nameIdentifier":"https://orcid.org/0000-0002-4321-6288","nameIdentifierScheme":"ORCID"}]},{"name":"Zhao, Ganggang","nameType":"Personal","givenName":"Ganggang","familyName":"Zhao","affiliation":["University of California, Los Angeles"],"nameIdentifiers":[{"schemeUri":"https://orcid.org","nameIdentifier":"https://orcid.org/0000-0002-6363-5295","nameIdentifierScheme":"ORCID"}]}],"titles":[{"title":"Data from: Electrically functionalized body surface for deep-tissue bioelectrical recording"}],"publisher":"Dryad","container":{},"publicationYear":2026,"subjects":[{"subject":"FOS: Medical engineering","schemeUri":"https://web-archive.oecd.org/2012-06-15/138575-38235147.pdf","subjectScheme":"fos"},{"subject":"FOS: Medical engineering","schemeUri":"http://www.oecd.org/science/inno/38235147.pdf","subjectScheme":"Fields of Science and Technology (FOS)"},{"subject":"FOS: Nano-technology","schemeUri":"https://web-archive.oecd.org/2012-06-15/138575-38235147.pdf","subjectScheme":"fos"},{"subject":"Wearable electronics"},{"subject":"2D material"},{"subject":"Deep-tissue bioactivities"}],"contributors":[],"dates":[{"date":"2025-12-12T05:18:47Z","dateType":"Created"},{"date":"2026-03-11T05:35:26Z","dateType":"Submitted"},{"date":"2026-03-26T00:00:00Z","dateType":"Issued"},{"date":"2026-03-26T00:00:00Z","dateType":"Available"}],"language":"en","types":{"ris":"DATA","bibtex":"misc","citeproc":"dataset","schemaOrg":"Dataset","resourceType":"dataset","resourceTypeGeneral":"Dataset"},"relatedIdentifiers":[{"relationType":"IsCitedBy","relatedIdentifier":"10.48550/arxiv.2412.03749","relatedIdentifierType":"DOI"},{"relationType":"IsCitedBy","relatedIdentifier":"10.1038/s41551-026-01663-1","relatedIdentifierType":"DOI"}],"relatedItems":[],"sizes":["14464938 bytes"],"formats":[],"version":"4","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":"Directly probing deep tissue activities from body surfaces offers a\n non-invasive approach to monitoring essential physiological processes.\n However, this method is technically challenged by rapid signal attenuation\n toward the body surface and confounding motion artifacts, primarily due to\n excessive contact impedance and mechanical mismatch with conventional\n electrodes. Here, we produce low-impedance electrically functionalized\n body surfaces (EFBS) by formulating and directly spray coating\n biocompatible two-dimensional nanosheet ink onto the human body under\n ambient conditions to create microscopically conformal and adaptive van\n der Waals thin films (VDWTFs). Unlike traditional deposition methods,\n which often struggle with conformality and adaptability while retaining\n high electronic performance, these VDWTFs are stretchable and form\n directly on the body surface under bio-friendly conditions, seamlessly\n merging with non-Euclidean, hairy, and dynamically evolving body surfaces.\n This results in robust monitoring of biopotential and bioimpedance\n modulations associated with deep-tissue activities, such as blood\n circulation, muscle movements, and brain activities. Compared to\n commercial solutions, the VDWTF-EFBS exhibits nearly two orders of\n magnitude lower contact impedance and substantially reduces the extrinsic\n motion artifacts, enabling reliable extraction of bioelectrical signals\n from irregular body surfaces, such as unshaved human scalps. This\n technology advances capability for continuous, non-invasive monitoring of\n deep-tissue activities during routine body movements.","descriptionType":"Abstract"},{"description":"# Data from: Electrically functionalized body surface for deep-tissue\n bioelectrical recording Dataset DOI:\n [10.5061/dryad.cjsxksnm3](https://doi.org/10.5061/dryad.cjsxksnm3) ##\n Description of the data and file structure The data is collected and\n documented for the paper entitled: \"Electrically functionalized body\n surface for bioelectrical deep-tissue recording\". All experimental\n details for data collection and processing are described in the paper. ###\n Files and variables #### File: Fig2.xlsx **Description:** Basic\n characterizations of VDWTF-EFBS. ##### Variables * Fig. 2e, impedance\n measurements on skin: Frequency (Hz); Impedance (Ohm*cm^2^) (VDWTF);\n Standard deviations in Column B; Frequency (Hz) (2nd plot); Impedance\n (Ohm*cm^2^) (gel electrodes), Standard deviations in Column E * Fig. 2f\n and 2g, thin film resistance measurements under repeated motion: Time (s),\n Current ratio (I/I_0) #### File: Fig3.xlsx **Description:** Motion\n artifact characterizations ##### Variables * Fig. 3e, 3f, resistance\n measurements under different contact conditions and motion\n conditions: Time (s); Signal (a.u.) (Fig. 3e, left panel); Signal (a.u.)\n (Fig. 3e, mid panel); Signal (a.u.) (Fig. 3e, right panel); Signal (a.u.)\n (Fig. 3f, left panel); Signal (a.u.) (Fig. 3f, mid panel); Signal (a.u.)\n (Fig. 3f, right panel) * Fig. 3g, ECG measurements with our technology\n under different motion conditions: Time(s); Signal (a.u.) (Fig.3g left\n panel); Time(s) (2nd plot); Signal (a.u.) (Fig.3g mid panel); Time(s) (3rd\n plot); Signal (a.u.) (Fig.3g right panel) * Fig. 3h, ECG measurements with\n Ag/AgCl electrodes: Time (s); Signal (a.u.) (Fig. 3h left panel); Time (s)\n (2nd plot); Signal (a.u.) (Fig. 3h mid panel); Time (s) (3rd plot); Signal\n (a.u.) (Fig. 3h right panel) #### File: Fig4.xlsx **Description:** The\n VDWTF-EFBS to probe deep tissue impedance changes ##### Variables * Fig.\n 4c, 4d, blood pressure signal monitored with impedance measurements,\n synchronized with ECG signal: Time (s); Potential change dU (a.u.) for\n ECG; Potential change dU (a.u.) for Impedance, upper panel; Time (s) (2nd\n plot); Potential change dU (a.u.) for Impedance, lower panel * Fig. 4f,\n impedance waveform during vocals, with our technology: Time (s); Signal\n pronouncing 'U'; Signal pronouncing 'C'; Signal\n pronouncing 'L'; Signal pronouncing 'A' * Fig. 4g,\n impedance waveform during vocals, with Ag/AgCl gel electrodes as control:\n Time (s); Signal pronouncing 'U'; Signal pronouncing\n 'C'; Signal pronouncing 'L'; Signal pronouncing\n 'A'  #### File: Fig5.xlsx **Description:** Probing electrical\n potential from functionalized unshaved scalp ##### Variables * Fig. 5b,\n EEG signals: Time (s), Fp1-A1, Fp2-A2, F3-A1, F4-A2, C3-A1, C4-A2, P3-A1,\n P4-A2, O1-A1, O2-A2, F7-A1, F8-A2, T3-A1, T4-A2, T5-A1, T6-A2 * Fig. 5c,\n Spectra of EEG signals: Frequency, Fp1-A1, Fp2-A2, F3-A1, F4-A1, C3-A1,\n C4-A1, P3-A1, P4-A2, O1-A1, O2-A1, F7-A1, F8-A2, T3-A1, T4-A2, T5-A1,\n T6-A2 #### File: Fig6.xlsx **Description:** Deep-scalp impedance\n measurements ##### Variables * Fig. 6c, scalp impedance monitoring during\n different activities: Time (s); Signal with blink (a.u.); Signal with\n blink (a.u.); Signal with breath (a.u.); Signal with swallow (5s period)\n (a.u.); Signal with swallow (10s period) (a.u.); Time (s); Signal with\n swallow (30s period) (a.u.) * Fig. 6d, scalp impedance monitoring during\n brain blood autoregulation tests: Time (min); Signal (a.u.); Time (min)\n (continued); Signal (a.u.) (continued) * Fig. 6d inset, statistics on\n signal variations: Cycle #; Signals for test 1 (a.u.); Signals for test 2\n (a.u.); Signals for test 3 (a.u.); Signals for test 4 (a.u.); Signals for\n test 5 (a.u.); Signals for test 6 (a.u.) * Fig. 6e, reference arm blood\n pressure monitored from a cuffed device: Time (min); High pressure\n (mmHg); Low pressure (mmHg) * Fig. 6g, 6h, scale impedance variations\n under visual stimulation: Time (min); Signal (a.u.) #### File:\n SI_Fig3.xlsx **Description:** Mechanical stability characterizations #####\n Variables * SI_Fig. 3a, stretch test of the thin film: Strain\n (%); Resistance ratio * SI_Fig. 3b, resistance changes over repeated\n stretch tests: Time (s); Resistance ratio * SI_Fig. 3c, adhesion strength\n tests with different tape materials: Material #; Adhesive force (N/m) *\n SI_Fig. 3d, resistance changes during rubbing tests: Rubbing cycles;\n Current ratio #### File: SI_Fig4.xlsx **Description:** Skin-contact\n impedance test of VDWTF-EFBS over extended time ##### Variables *\n Impedance tested at Day 0: Frequency (Hz); Impedance (Ohm*cm^2^),\n Measurement 1; Measurement 2; Measurement 3; Mean (Ohm*cm^2^); Std\n (Ohm*cm^2^) * Impedance tested at Day 1: Frequency (Hz); Impedance\n (Ohm*cm^2^), Measurement 1; Measurement 2; Measurement 3; Mean\n (Ohm*cm^2^); Std (Ohm*cm^2^) * Impedance tested at Day 2: Frequency (Hz);\n Impedance (Ohm*cm^2^), Measurement 1; Measurement 2; Measurement 3; Mean\n (Ohm*cm^2^); Std (Ohm*cm^2^) * Impedance tested at Day 3: Frequency (Hz);\n Impedance (Ohm*cm^2^), Measurement 1; Measurement 2; Measurement 3; Mean\n (Ohm*cm^2^); Std (Ohm*cm^2^) #### File: SI_Fig5.xlsx **Description:** The\n breathability and robustness under wet conditions. ##### Variables *\n SI_Fig. 5a, breathability (measured in water vapor transmission, WVT)\n tests: Time (h); WVT (g/cm^2^) Human skin; WVT 100 nm VDWTF; WVT 20 nm\n VDWTF * Si_Fig. 5c, impedance changes under different wetting conditions:\n Frequency (Hz); Impedance (Ohm) ambient condition; Impedance, wetting;\n Impedance, sweating #### File: SI_Fig6.xlsx **Description:** Power spectra\n of body conduction curves in Fig. 3. ##### Variables Frequency (Hz); Power\n (a.u.) black curve; Power, blue curve; Power, red curve #### File:\n SI_Fig7.xlsx **Description:** Control DC resistance measurement using the\n graphite-syrup-tailored contacts without the VDWTF-EFBS ##### Variables\n Time (s); Signal (a.u.) lower panel; Signal, mid panel; Signal, upper\n panel #### File: SI_Fig8.xlsx **Description:** Control tests for AC\n impedance measurements. ##### Variables * SI_Fig.8a, 8b, blood pulse\n waveforms under with different contacts: Time (s); Signal (a.u.) with our\n technology; Signal (a.u.) with control group. * SI_Fig.8c, Fourier\n transformed spectra of the signals in 8a and 8b: Frequency (Hz); Power\n (dB) Ag/AgCl gel; Frequency (Hz); Power (dB) VDWTF-EFBS * SI_Fig.8d, neck\n impedance measurements during continuous pronunciation of ‘z’, without the\n thin film: Time (s); Signal (a.u.) * SI_Fig.8e, neck impedance\n measurements during continuous pronunciation of ‘z’, with the thin film:\n Time (s); Signal (a.u.) #### File: SI_Fig9.xlsx **Description:** EMG\n signals recorded from the shank of a human volunteer during repeated\n plantarflexion. ##### Variables * SI_Fig. 9a, signal with commercial\n electrodes: Time (s); Amplitude (a.u.) * SI_Fig. 9b, signal with our\n technology: Time (s); Amplitude (a.u.) #### File: SI_Fig12.xlsx\n **Description:** Comparison of scalp impedance measurements #####\n Variables Time (s); Signal (a.u.), commercial electrodes; Time (s) 2;\n Signal (a.u.), our technology #### File: SI_Fig13.xlsx\n **Description:** Repetitions of up-and-down tests. ##### Variables *\n SI_Fig. 13a, test subject 1: Time (s); Signal (a.u.); Time (s) 2; Signal\n (a.u.) 2 * SI_Fig. 13b, test subject 2: Time (s); Signal (a.u.); Time (s)\n 2; Signal (a.u.) 2; Time (s) 3; Signal (a.u.) 3 #### File: SI_Fig14.xlsx\n **Description:** Fourier spectra of the waveform in Fig. 6h. #####\n Variables Frequency (Hz); Power (a.u.)","descriptionType":"TechnicalInfo"}],"geoLocations":[],"fundingReferences":[{"schemeUri":"https://ror.org","funderName":"California NanoSystems Institute","funderIdentifier":"https://ror.org/00q7fqf35","funderIdentifierType":"ROR"},{"schemeUri":"https://ror.org","awardTitle":"2D device fabrication and optimizations","funderName":"United States Department of the Navy","awardNumber":"N00014-22-1-2631","funderIdentifier":"https://ror.org/03ar0mv07","funderIdentifierType":"ROR"}],"xml":"<?xml version="1.0" encoding="UTF-8"?>
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  <identifier identifierType="DOI">10.5061/DRYAD.CJSXKSNM3</identifier>
  <creators>
    <creator>
      <creatorName nameType="Personal">Zhang, Dehui</creatorName>
      <nameIdentifier nameIdentifierScheme="ORCID" schemeURI="http://orcid.org/">0000-0002-7077-0639</nameIdentifier>
      <affiliation affiliationIdentifier="https://ror.org/046rm7j60" affiliationIdentifierScheme="ROR" schemeURI="https://ror.org">University of California, Los Angeles</affiliation>
    </creator>
    <creator>
      <creatorName nameType="Personal">Duan, Xiangfeng</creatorName>
      <nameIdentifier nameIdentifierScheme="ORCID" schemeURI="http://orcid.org/">0000-0002-4321-6288</nameIdentifier>
      <affiliation affiliationIdentifier="https://ror.org/046rm7j60" affiliationIdentifierScheme="ROR" schemeURI="https://ror.org">University of California, Los Angeles</affiliation>
    </creator>
    <creator>
      <creatorName nameType="Personal">Zhao, Ganggang</creatorName>
      <nameIdentifier nameIdentifierScheme="ORCID" schemeURI="http://orcid.org/">0000-0002-6363-5295</nameIdentifier>
      <affiliation affiliationIdentifier="https://ror.org/046rm7j60" affiliationIdentifierScheme="ROR" schemeURI="https://ror.org">University of California, Los Angeles</affiliation>
    </creator>
  </creators>
  <titles>
    <title>
      Data from: Electrically functionalized body surface for deep-tissue
      bioelectrical recording
    </title>
  </titles>
  <publisher publisherIdentifier="https://ror.org/00x6h5n95" publisherIdentifierScheme="ROR" schemeURI="https://ror.org/">Dryad</publisher>
  <resourceType resourceTypeGeneral="Dataset">dataset</resourceType>
  <publicationYear>2026</publicationYear>
  <subjects>
    <subject subjectScheme="fos" schemeURI="https://web-archive.oecd.org/2012-06-15/138575-38235147.pdf">FOS: Medical engineering</subject>
    <subject subjectScheme="fos" schemeURI="https://web-archive.oecd.org/2012-06-15/138575-38235147.pdf">FOS: Nano-technology</subject>
    <subject>Wearable electronics</subject>
    <subject>2D material</subject>
    <subject>Deep-tissue bioactivities</subject>
  </subjects>
  <fundingReferences>
    <fundingReference>
      <funderName>California NanoSystems Institute</funderName>
      <funderIdentifier funderIdentifierType="ROR">https://ror.org/00q7fqf35</funderIdentifier>
      <awardTitle/>
    </fundingReference>
    <fundingReference>
      <funderName>United States Department of the Navy</funderName>
      <funderIdentifier funderIdentifierType="ROR">https://ror.org/03ar0mv07</funderIdentifier>
      <awardNumber>N00014-22-1-2631</awardNumber>
      <awardTitle>2D device fabrication and optimizations</awardTitle>
    </fundingReference>
  </fundingReferences>
  <dates>
    <date dateType="Created">2025-12-12T05:18:47Z</date>
    <date dateType="Submitted">2026-03-11T05:35:26Z</date>
    <date dateType="Issued">2026-03-26T00:00:00Z</date>
    <date dateType="Available">2026-03-26T00:00:00Z</date>
  </dates>
  <language>en</language>
  <relatedIdentifiers>
    <relatedIdentifier relationType="IsCitedBy" relatedIdentifierType="DOI">https://doi.org/10.48550/arXiv.2412.03749</relatedIdentifier>
    <relatedIdentifier relationType="IsCitedBy" relatedIdentifierType="DOI">https://doi.org/10.1038/s41551-026-01663-1</relatedIdentifier>
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    <rights rightsURI="https://spdx.org/licenses/CC0-1.0.html">Creative Commons Zero v1.0 Universal</rights>
  </rightsList>
  <descriptions>
    <description descriptionType="Abstract">
      Directly probing deep tissue activities from body surfaces offers a
      non-invasive approach to monitoring essential physiological processes.
      However, this method is technically challenged by rapid signal attenuation
      toward the body surface and confounding motion artifacts, primarily due to
      excessive contact impedance and mechanical mismatch with conventional
      electrodes. Here, we produce low-impedance electrically functionalized
      body surfaces (EFBS) by formulating and directly spray coating
      biocompatible two-dimensional nanosheet ink onto the human body under
      ambient conditions to create microscopically conformal and adaptive van
      der Waals thin films (VDWTFs). Unlike traditional deposition methods,
      which often struggle with conformality and adaptability while retaining
      high electronic performance, these VDWTFs are stretchable and form
      directly on the body surface under bio-friendly conditions, seamlessly
      merging with non-Euclidean, hairy, and dynamically evolving body surfaces.
      This results in robust monitoring of biopotential and bioimpedance
      modulations associated with deep-tissue activities, such as blood
      circulation, muscle movements, and brain activities. Compared to
      commercial solutions, the VDWTF-EFBS exhibits nearly two orders of
      magnitude lower contact impedance and substantially reduces the extrinsic
      motion artifacts, enabling reliable extraction of bioelectrical signals
      from irregular body surfaces, such as unshaved human scalps. This
      technology advances capability for continuous, non-invasive monitoring of
      deep-tissue activities during routine body movements.
    </description>
    <description descriptionType="TechnicalInfo">
      # Data from: Electrically functionalized body surface for deep-tissue
      bioelectrical recording Dataset DOI:
      [10.5061/dryad.cjsxksnm3](https://doi.org/10.5061/dryad.cjsxksnm3) ##
      Description of the data and file structure The data is collected and
      documented for the paper entitled: "Electrically functionalized body
      surface for bioelectrical deep-tissue recording". All experimental
      details for data collection and processing are described in the paper. ###
      Files and variables #### File: Fig2.xlsx **Description:** Basic
      characterizations of VDWTF-EFBS. ##### Variables * Fig. 2e, impedance
      measurements on skin: Frequency (Hz); Impedance (Ohm*cm^2^) (VDWTF);
      Standard deviations in Column B; Frequency (Hz) (2nd plot); Impedance
      (Ohm*cm^2^) (gel electrodes), Standard deviations in Column E * Fig. 2f
      and 2g, thin film resistance measurements under repeated motion: Time (s),
      Current ratio (I/I_0) #### File: Fig3.xlsx **Description:** Motion
      artifact characterizations ##### Variables * Fig. 3e, 3f, resistance
      measurements under different contact conditions and motion
      conditions: Time (s); Signal (a.u.) (Fig. 3e, left panel); Signal (a.u.)
      (Fig. 3e, mid panel); Signal (a.u.) (Fig. 3e, right panel); Signal (a.u.)
      (Fig. 3f, left panel); Signal (a.u.) (Fig. 3f, mid panel); Signal (a.u.)
      (Fig. 3f, right panel) * Fig. 3g, ECG measurements with our technology
      under different motion conditions: Time(s); Signal (a.u.) (Fig.3g left
      panel); Time(s) (2nd plot); Signal (a.u.) (Fig.3g mid panel); Time(s) (3rd
      plot); Signal (a.u.) (Fig.3g right panel) * Fig. 3h, ECG measurements with
      Ag/AgCl electrodes: Time (s); Signal (a.u.) (Fig. 3h left panel); Time (s)
      (2nd plot); Signal (a.u.) (Fig. 3h mid panel); Time (s) (3rd plot); Signal
      (a.u.) (Fig. 3h right panel) #### File: Fig4.xlsx **Description:** The
      VDWTF-EFBS to probe deep tissue impedance changes ##### Variables * Fig.
      4c, 4d, blood pressure signal monitored with impedance measurements,
      synchronized with ECG signal: Time (s); Potential change dU (a.u.) for
      ECG; Potential change dU (a.u.) for Impedance, upper panel; Time (s) (2nd
      plot); Potential change dU (a.u.) for Impedance, lower panel * Fig. 4f,
      impedance waveform during vocals, with our technology: Time (s); Signal
      pronouncing 'U'; Signal pronouncing 'C'; Signal
      pronouncing 'L'; Signal pronouncing 'A' * Fig. 4g,
      impedance waveform during vocals, with Ag/AgCl gel electrodes as control:
      Time (s); Signal pronouncing 'U'; Signal pronouncing
      'C'; Signal pronouncing 'L'; Signal pronouncing
      'A'  #### File: Fig5.xlsx **Description:** Probing electrical
      potential from functionalized unshaved scalp ##### Variables * Fig. 5b,
      EEG signals: Time (s), Fp1-A1, Fp2-A2, F3-A1, F4-A2, C3-A1, C4-A2, P3-A1,
      P4-A2, O1-A1, O2-A2, F7-A1, F8-A2, T3-A1, T4-A2, T5-A1, T6-A2 * Fig. 5c,
      Spectra of EEG signals: Frequency, Fp1-A1, Fp2-A2, F3-A1, F4-A1, C3-A1,
      C4-A1, P3-A1, P4-A2, O1-A1, O2-A1, F7-A1, F8-A2, T3-A1, T4-A2, T5-A1,
      T6-A2 #### File: Fig6.xlsx **Description:** Deep-scalp impedance
      measurements ##### Variables * Fig. 6c, scalp impedance monitoring during
      different activities: Time (s); Signal with blink (a.u.); Signal with
      blink (a.u.); Signal with breath (a.u.); Signal with swallow (5s period)
      (a.u.); Signal with swallow (10s period) (a.u.); Time (s); Signal with
      swallow (30s period) (a.u.) * Fig. 6d, scalp impedance monitoring during
      brain blood autoregulation tests: Time (min); Signal (a.u.); Time (min)
      (continued); Signal (a.u.) (continued) * Fig. 6d inset, statistics on
      signal variations: Cycle #; Signals for test 1 (a.u.); Signals for test 2
      (a.u.); Signals for test 3 (a.u.); Signals for test 4 (a.u.); Signals for
      test 5 (a.u.); Signals for test 6 (a.u.) * Fig. 6e, reference arm blood
      pressure monitored from a cuffed device: Time (min); High pressure
      (mmHg); Low pressure (mmHg) * Fig. 6g, 6h, scale impedance variations
      under visual stimulation: Time (min); Signal (a.u.) #### File:
      SI_Fig3.xlsx **Description:** Mechanical stability characterizations #####
      Variables * SI_Fig. 3a, stretch test of the thin film: Strain
      (%); Resistance ratio * SI_Fig. 3b, resistance changes over repeated
      stretch tests: Time (s); Resistance ratio * SI_Fig. 3c, adhesion strength
      tests with different tape materials: Material #; Adhesive force (N/m) *
      SI_Fig. 3d, resistance changes during rubbing tests: Rubbing cycles;
      Current ratio #### File: SI_Fig4.xlsx **Description:** Skin-contact
      impedance test of VDWTF-EFBS over extended time ##### Variables *
      Impedance tested at Day 0: Frequency (Hz); Impedance (Ohm*cm^2^),
      Measurement 1; Measurement 2; Measurement 3; Mean (Ohm*cm^2^); Std
      (Ohm*cm^2^) * Impedance tested at Day 1: Frequency (Hz); Impedance
      (Ohm*cm^2^), Measurement 1; Measurement 2; Measurement 3; Mean
      (Ohm*cm^2^); Std (Ohm*cm^2^) * Impedance tested at Day 2: Frequency (Hz);
      Impedance (Ohm*cm^2^), Measurement 1; Measurement 2; Measurement 3; Mean
      (Ohm*cm^2^); Std (Ohm*cm^2^) * Impedance tested at Day 3: Frequency (Hz);
      Impedance (Ohm*cm^2^), Measurement 1; Measurement 2; Measurement 3; Mean
      (Ohm*cm^2^); Std (Ohm*cm^2^) #### File: SI_Fig5.xlsx **Description:** The
      breathability and robustness under wet conditions. ##### Variables *
      SI_Fig. 5a, breathability (measured in water vapor transmission, WVT)
      tests: Time (h); WVT (g/cm^2^) Human skin; WVT 100 nm VDWTF; WVT 20 nm
      VDWTF * Si_Fig. 5c, impedance changes under different wetting conditions:
      Frequency (Hz); Impedance (Ohm) ambient condition; Impedance, wetting;
      Impedance, sweating #### File: SI_Fig6.xlsx **Description:** Power spectra
      of body conduction curves in Fig. 3. ##### Variables Frequency (Hz); Power
      (a.u.) black curve; Power, blue curve; Power, red curve #### File:
      SI_Fig7.xlsx **Description:** Control DC resistance measurement using the
      graphite-syrup-tailored contacts without the VDWTF-EFBS ##### Variables
      Time (s); Signal (a.u.) lower panel; Signal, mid panel; Signal, upper
      panel #### File: SI_Fig8.xlsx **Description:** Control tests for AC
      impedance measurements. ##### Variables * SI_Fig.8a, 8b, blood pulse
      waveforms under with different contacts: Time (s); Signal (a.u.) with our
      technology; Signal (a.u.) with control group. * SI_Fig.8c, Fourier
      transformed spectra of the signals in 8a and 8b: Frequency (Hz); Power
      (dB) Ag/AgCl gel; Frequency (Hz); Power (dB) VDWTF-EFBS * SI_Fig.8d, neck
      impedance measurements during continuous pronunciation of ‘z’, without the
      thin film: Time (s); Signal (a.u.) * SI_Fig.8e, neck impedance
      measurements during continuous pronunciation of ‘z’, with the thin film:
      Time (s); Signal (a.u.) #### File: SI_Fig9.xlsx **Description:** EMG
      signals recorded from the shank of a human volunteer during repeated
      plantarflexion. ##### Variables * SI_Fig. 9a, signal with commercial
      electrodes: Time (s); Amplitude (a.u.) * SI_Fig. 9b, signal with our
      technology: Time (s); Amplitude (a.u.) #### File: SI_Fig12.xlsx
      **Description:** Comparison of scalp impedance measurements #####
      Variables Time (s); Signal (a.u.), commercial electrodes; Time (s) 2;
      Signal (a.u.), our technology #### File: SI_Fig13.xlsx
      **Description:** Repetitions of up-and-down tests. ##### Variables *
      SI_Fig. 13a, test subject 1: Time (s); Signal (a.u.); Time (s) 2; Signal
      (a.u.) 2 * SI_Fig. 13b, test subject 2: Time (s); Signal (a.u.); Time (s)
      2; Signal (a.u.) 2; Time (s) 3; Signal (a.u.) 3 #### File: SI_Fig14.xlsx
      **Description:** Fourier spectra of the waveform in Fig. 6h. #####
      Variables Frequency (Hz); Power (a.u.)
    </description>
  </descriptions>
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