Special Issue 14

2

A c c e s s t o I N F R A S T R U C T U R E S f o r R a d i a t i o n p r o t e c t i o n R e s e a r c h

This project has received funding from the Euratom research and training programme 2014-2018 under grant agreement No 662287

Contents:

SHAMISEN-SINGS WP1

SHAMISEN-SINGS WP2

SHAMISEN-SINGS WP3

SHAMISEN-SINGS WP4

Editorial

C ONCERT has been finished since May 31st. No extension despite the disruptions caused by the pandemic. Nevertheless, we would like to give you an overview of all the results of the projects supported by CONCERT. So here is a special issue dedicated to the results of the

SHAMISEN-SINGS project. This project is dedicated to citizen participation, which plays a crucial role during a nuclear accident. Following all the other projects whose results you could read about in previous newsletters, this project illustrates the extent of Concert's fields of activity and the richness of bringing together in the same consortium experts in physics, biology, medicine, ecology, human and social sciences... Let's hope that a CONCERT 2 can be born without too much delay in order to continue this fruitful dynamic.

Dr Laure Sabatier, CEA

The floor to... Lessons learned from previous nuclear accidents

One of the major lessons learned from previous nuclear accidents, in particular Cher-nobyl and Fuku-shima, is the need to increase stake-holder engage-ment in accident preparedness and response.

Community participation through dialogue with local facilitators and experts was key to under-standing the needs of the affected populations (including real time information feedback, RP sup-port, health assessment and follow-up) and build-ing trust in local representatives after the Fuku-shima accident. The use of personal dosimeters (such as the D-Shuttle) or other devices that allow populations to perform their own dose measure-ments has also proven successful in empowering them to take control of their lives in recovery situ-ations. In addition, public participation in health surveillance studies can lead to enhanced compli-ance and acceptance of results.

Importantly, these citizen participation initiatives can also be a very valuable tool to guide decision making processes related to accident manage-ment and/or recovery.

For these reasons, it is of vital importance to strengthen mechanisms of citizen participation in

radiation accident preparedness and response, and to do this “in times of peace” so that they are in place before (events in the early phase of an emergency

happen very quickly and there is no time to set-up such mechanisms then).

Information technology and citizen participation in data collection

Information and communication technologies and uses have evolved rapidly since Chernobyl (31 years ago) and even since Fukushima (6 years ago). The prevalence of smart communication devices (phones, tablets) has greatly increased (it is estimated that ~70% of the world’s population uses smartphones in 2020), as has the availability of APPs that, with or without additional body sen-sors, are capable of measuring and logging radio-activity levels, localisation, physical activity, physi-ological parameters, and provide users with infor-mation and feedback.

July 2020

SHAMISEN-SINGS Coordinators Elisabeth Cardis,

Head of Radiation programme at ISGlobal

Liudmila Liutsko, Postdoc, Radiation programme at

ISGlobal

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SHAMISEN (Nuclear Emergency Situations - Im-

provement of dosimetric, Medical And Health Sur-

veillance) - Stakeholder INvolvement in Generating

Science (SINGS)

Partners:

Barcelona Institute for Global Health (ISGlobal, Spain)

Instituto Superiore di Sanità (ISS, Italy)

Fukushima Medical University (FMU, Japan)

Institute for Radiological Protec-tion and Nuclear Safety (IRSN, France)

Centre d’étude sur l’Evaluation de la Protection dans le domaine Nucléaire (CEPN, France)

Norwegian University of Life Sciences (NMBU, Norway)

Universitat Autòma de Barcelona (UAB, Spain)

4 external experts: Philippe Pirard (Santé Publique France; France), Vadim Chumak (National Research Center for Ra-diation Medicine, National Acade-my of Medical Sciences of Ukraine, Ukraine), Natallia Novikava (ISEI-BSU, Belarus) and An van Nieu-wenhuyse (LNS, Luxembourg)

Duration of the project: 30 months

Total project budget: 476,099 €

Contacts: Elisabeth Cardis Elisabeth.Cardis@ISGlobal.org

Liudmila Liutsko Liudmila.Liutsko@ISGlobal.org

D9.135 - Consensus workshop report on ethical issues, Oughton D. et. al. : https://www.researchgate.net/publication/341788401_Consensus_Workshop_Report_on_Ethical_Aspects_of_Radiation_Monitoring_and_Health_Apps

Stakeholders feedback on mobile Apps and devices for dose and health measurements after nuclear accident (SHAMISEN SINGS project), Liutsko L. et al. (April, 2019), NERIS, Roskilde, Denmark

Individual differences in preferences on mobile apps for dose and health measurements in case of a nuclear accident, Liutsko L. et al.; SHAMISEN SINGS Consortium (July, 2019), ISSID2019, Italy

Stakeholder needs (consultation, engagement and

feedback on proposals)

G ood information exchange and a strong relationship with local stakeholders and affected populations are crucial in manag-

ing the aftermath of a nuclear accident. People will be differently affected and have different needs, as well as varying levels of scientific litera-cy.

The objective of WP1 was to engage stakeholders (in particular representatives of local populations, teachers, medical personnel and local and nation-al authorities) in identifying their needs for infor-mation and support in the recovery phase of an accident and to develop a framework to address these needs using new tech-nologies (mobile devices/applications) using citizens and expert resources.

To achieve the above, we carried out the following activities: Under the lead of ISGlobal, an online consultation was prepared, in 7 languages, to identify unmet needs of stakeholders. This SHAMISEN-SINGS Survey was dissemi-nated on the project web; ISGlobal blog and through distribution of leaflets with a QR code to access the online Survey) (Figure 1). 401 participants from 28 countries took part and the survey results have been presented at the NERIS, RICOMET, ISSID and ERPW

conferences, and a scientific article is in preparation.

Several national and international focus groups and stakeholder meetings were held in 2018-2019, to present and discuss the results of WP2 and WP3 (requirements for and specifications of apps and devices for dose measurement and health and well-being monitoring) to determine if they corre-spond to the needs of stakeholders. The SHAM-ISEN-SINGS booklet “Mobile apps for monitoring radiation doses, health and welfare in the context of a nuclear or radiological accident: Guidelines and recommendations for users, developers and public authorities” was reviewed in final stake-holder groups in March 2019 and comments and suggestions have been included in the final ver-sion.

A two-day international consensus workshop took place in Oslo to address the societal, ethical and technical challenges with app development and use, in particular in the context of Citizen Science. Apart from project partners, participants included ethicists, social scientists, app developers and philosophers, as well as representatives of affect-ed populations (Norway, Belarus, Ukraine and Japan). This stimulated joint reflection between social scientists, natural scientists, radiation pro-tection researchers, and the public/citizens and resulted in Ethics Recommendations that are in-cluded in the SHAMISEN-SINGS Booklet.

ID Card:

Work Package lead: Barcelona Institute for Global Health (ISGlobal) Partners invloved in the WP: FMU, IRSN, UAB, ISGlobal Expert: Vadim Chumak External expert: Charles Ess (University of Oslo) Open access of produced data: All disseminative materials will be published on the project website and ResearchGate:

1) Infographics “How to measure radiation with your mobile phone”

2) Videotutorials

3) A booklet (final version will be submitted at the end of May 2020) Internet link: https://radiation.isglobal.org/shamisen-sings/ Contacts: Elisabeth Cardis

Elisabeth.Cardis@ISGlobal.org

Liudmila Liutsko

Liudmila.Liutsko@ISGlobal.org Related to: NERIS EURADOS SHARE

Special Issue 14

July 2020

2) A group discussion during the workshop on Ethics (organised by NMBU, Oslo)

SHAMISEN-SINGS WP1

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Liudmila Liutsko

1) A leaflet of the SHAMISEN-SINGS Survey

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t/R

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rogr

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/ISG

lob

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E xperience from the Chernobyl and Fuku-

shima accidents has shown that radiation

measurements by citizens can create op-

portunities for providing information to individuals

and empower them to take decisions about their

own radiation protection, thus regaining control of

their lives.

Such measurements would also facilitate the inter-

pretation of official exposure levels and the formu-

lation of protective actions. With modern technolo-

gies, most of the necessary data for dose measure-

ments can be collected automatically, using mobile

devices and appropriate applications (apps). The

use of these technologies should thus be encour-

aged, but minimum quality and reliability standards

should be established and their misuse should be

avoided.

The objective of this WP was to review and im-

prove the use of plug-in devices and apps that con-

vert smartphones, tablets and other smart devices

into radiation detectors for self-made measure-

ments by different sectors of the population, and

to provide guidelines for data collection and use,

which is key issue for dose reconstruction.

Surveys showed that citizens are likely to use mo-

bile apps to measure radiation exposure, for in-

stance in areas contaminated by previous accidents

(Chernobyl, Fukushi-

ma), around nuclear

plants, or in the case

of a future accident.

It is therefore neces-

sary to provide them

with guidelines on

how to correctly per-

form and interpret

measurements, as

well as with infor-

mation on the

strengths and limita-

tions of devices and

apps. Public authori-

ties need to be pre-

pared for extensive

use of monitoring

devices in case of an

emergency.

Under SHAMISEN-

SINGS WP2,

strengths and

limitations of the

mobile apps for

radiation meas-

urements were

investigated.

A series of experi-

mental tests with commercial apps and devices

was carried out under varying conditions (such as

temperature, light, battery level, measurement

time) and with different mobile phone models.

Particular attention was paid to the errors re-

sulting from human factors, such as poor cover-

ing of the camera sensor (Figure below) or the

use of the mobile phone during data acquisition.

The final deliverable of WP2 was a toolkit with

necessary app characteristics and instructions for

use addressed to different stakeholders: 1) mo-

bile app developers; 2) citizens; and 3) local au-

thorities that can be involved in, and benefit

from, such measurements after a radiation acci-

dent.

D9.133 - Review of applications and devices for citizen dose measurement, Fattibene P., Della Monaca S., Liutsko L., Trompier F., Chumak V., Ohba T., Tanigawa K. (2018) available at https://www.concert-h2020.eu/en/Publications

D9.136 - Guidelines/concept for dose measurement apps and tools, Fattibene P., Angelis C., Della Monaca S., Liutsko L., Nuccetelli C., Trompier F., Chumak V. (2019) available at https://www.concert-h2020.eu/en/Publications

Citizen participation in radiation measurements

SHAMISEN-SINGS WP2

ID Card:

Work Package lead: Instituto Superiore di Sanità (ISS) Partners invloved in the WP: FMU, IRSN, UAB, ISGlobal; Expert: Vadim Chumak Open access of produced data: All disseminative materials will be published on the project website and ResearchGate:

1) Infographics “How to measure radiation with your mobile phone”

2) Videotutorials

3) A booklet (final version will be submitted at the end of May 2020) Internet link: https://radiation.isglobal.org/shamisen-sings/ Contact: Paola Fattibene

Paola.fattibene@iss.it

Related to: NERIS EURADOS SHARE

Special Issue 14

July 2020

Counts per minute acquired in 25 minutes. The camera was covered in both the acquisitions: in one case (black symbols) the sensors was protected by a black tape, in the other case (green symbols) the whole mobile phone was completely protected. This prevented the occurrence of light leaking through the phone chassis which can lead to unwanted exposure of the sensor to visible light.

Paola Fattibene

Graph: ISS

Ph

oto

: IS

S

I n recent years, communication technology

has progressed across the world, mobile

phones have become widely used, and mo-

bile device applications have become widespread.

At the same time, past nuclear accidents such as

Chernobyl and Fukushima have highlighted the

need to address the overall well-being of affected

populations, including eating habits, stress, daily

health status, and physical symptoms related to

radiation protection measures such as long-term

evacuation.

Under WP3, we first reviewed existing mobile

applications for data collection on health and well

-being indicators in the aftermath of a nuclear

accident. Our second study was to evaluate gen-

eral health and well-being assessment tools relat-

ed to radiation, based on lessons learned from

the Fukushima Daiichi nuclear power plant

(FDNPP) accident, and to prepare recommenda-

tions for how these tools can be used in mobile

phone applications.

In a first phase, we reviewed health applications

being used in Fukushima as part of the residents'

support activities after the FDNPP accident and

proposals to mitigate the physical and psychologi-

cal effects related to radiation measurements;

and summarized the content of the guidelines for

stakeholders. Then, we identified a series of examples derived

from the health and well-being assessment tools

used by the Fukushima Health Management Sur-

vey. The App used by Fukushi-

ma Prefecture provides a series

of incentives to support health

promotion activities. Projects

initiated by the Japanese Minis-

try of the Environment have led

to the development of two

useful information sources for

Q&As for the general popula-

tion and stakeholders.

Based on this work, we formu-

lated 8 recommendations for

the development of mobile

phone apps:

optimisation of indicators

balancing development costs

providing support sys-

tems for app users

providing incentives

for app users

preparing a series of

Q&As related to radia-

tion

paying special atten-

tion to vulnerable pop-

ulations (children, pregnant women, and the

elderly)

adapting the app for migrants or foreign visitors

considering ethics issues.

In conclusion, few existing applications for moni-

toring health parameters are adapted for nuclear

accident recovery. When developing a mobile

phone application to be used in this context, it is

important to ensure flexibility and convenience of

the tool in order to respond to community needs

that may change constantly. The major keys are

to work with the community, effectively share

opinions among users and stakeholders, and

package the tool with services to connect users

with appropriate health and well-being support

channels.

Optimisation of a mobile phone application’s interface for interactive support of residents returning after a nuclear accident, Ohba T., Lyamzina Y., Goto A. et al. (October 2019), ERPW2019, Stockholm, Sweden

Development of a mobile phone application for interactive support of residents returning after a nuclear accident, Ohba T., Lyamzina Y., Goto A. et al. (July 2019), RICOMET2019, Barcelona, Spain

Citizen participation in health and well-being monitoring

Special Issue 14

July 2020

ID Card:

Work Package lead: Fukushima Medical University (FMU) Partners invloved in the WP: ISGlobal, IRSN, WIV-ISP, NMBU, CEPN; Expert: Philippe Pirard Open access of produced data: All disseminative materials will be published on the project website and ResearchGate:

1) Infographics “How to measure radiation with your mobile phone”

2) Videotutorials

3) A booklet (final version will be submitted at the end of May 2020) Internet link: https://radiation.isglobal.org/shamisen-sings/ Contact: Koichi Tanigawa

tanigawa@fmu.ac.jp Related to: NERIS EURADOS SHARE

Koichi Tanigawa

Ph

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SHAMISEN-SINGS WP3

Landscape of our meeting

Photo: A. Goto/Fukushima Medical University

D9.138 - Concept/guidelines for apps and tools for radiation dose measurements and health and well-being monitoring, Liutsko L., Fattibene P., Sarukhan A., Brescianini S., Della Monaca S., Cardis E. et al. (2019) available at: https://concert-h2020.eu/en/Publications

D9.139 - Tutorial for apps and tools, including database management plan, Fattibene P., Della Monaca S., Liutsko L., Sarukhan A., Oughton D., Tomkiv Y., Cardis E. et al. (2019) available at: https://concert-h2020.eu/en/Publications

Concept and specifications of App(s) and/or

tools

T he goal of WP4 was to create a framework for use and development of mobile apps to measure dose and welfare. Based on

the input of WPs 1-3, the guidelines/concept for such monitoring apps/tools were elaborated and summarised. Regular interactions with stakehold-ers were organised to improve these. WP4 resulted in a description of the possible ben-efits of these apps for local and national stake-holders (citizens, medical and educational staff), as well as for Citizen Science projects). We out-lined essential characteristics of a management plan for data collected through dose and welfare apps, the requirements they must meet to be in-formative, the procedures needed to reduce measurement errors, data protection issues and ethical considerations as well as the physical and environmental limitations of the apps. We devel-oped infographics for the general public (“How to use your mobile phone to measure radiation”) as well as short video tutorials to accompany them, in 7 languages: English, French, Italian, Japanese, Russian, Spanish and Ukrainian. This material is available on the project webpage and in ResearchGate. The final results of the SHAMISEN-SINGS project were summarised in the form of a booklet entitled “Mobile apps for monitoring radiation doses, health and welfare in the context of a nuclear or radiological accident: Guidelines and recommen-dations for users, developers and public authori-ties”, a pdf version of which can be downloaded from the project website and printed. This booklet contains a set of recommenda-tions for the devel-opment and use of apps for measuring radiation doses and monitoring health/well-being indica-tors, particularly in the aftermath of a nuclear accident. The goal of these recommendations is to promote the correct use and interpretation of commercially avail-

able apps by citizens, provide au-thorities and profession-als with technical require-ments and ethical con-siderations for the use or sharing of citizen data, and to es-tablish a minimal standard of requirements for the development of future apps. The booklet provides recommendations for three different target audiences: a) public authorities and professionals in public health and radiation protection; b) app developers; and c) the general public. Altogether, these guidelines should help to en-gage citizens to participate in preparedness for, and recovery from, a radiation accident through the use of mobile apps. This should improve the resilience of affected populations and reduce pos-sible negative effects on their health and well-being.

ID Card:

Work Package lead: Scientific Institute of Public Health (WIV-ISP) Partners invloved in the WP: IRSN, ISGlobal, ISS; Experts: Vadim Chumak, Philippe Pirard Open access of produced data: All disseminative materials will be published on the project website and ResearchGate:

1) Infographics “How to measure radiation with your mobile phone”

2) Videotutorials

3) A booklet (final version will be submitted at the end of May 2020) Internet link: https://radiation.isglobal.org/shamisen-sings/ Contact: Liudmila Liutsko

Liudmila.Liutsko@ISGlobal.org Elisabeth Cardis

Elisabeth.Cardis@ISGlobal.org Paola Fattibene

Paola.fattibene@iss.it Deborah Oughton

deborah.oughton@nmbu.no Related to: NERIS EURADOS SHARE

Special Issue 14

July 2020

Explanations how to measure radiation with a mobile phone app for general pu-blic (left); The SHAMISEN-SINGS recommendations booklet (right)

SHAMISEN-SINGS WP4

Co

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: L. L

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L. Liutsko & E. Cardis (up)

P. Fattibene & D. Oughton (down)

Infographics designer: M. Beltrán for SHAMISEN-SINGS

Special Issue 14

July 2020

2

A c c e s s t o I N F R A S T R U C T U R E S

Future events:

1st ISORED scientific and organisation

meeting, Sitges, Spain:

Postponed until spring 2021 because of

the COVID-19 pandemic. The new dates

will be communicated soon.

ERPW2020: European Radiation Protec-

tion Week 2020, Estoril, Portugal:

Postponed to 2021. More information

to be announced soon.

To verify for modifications

due to the COVID-19

outbreak!

See also on CONCERT website

Exposure platforms

FIGARO

B3, Animal Contamination Facility

Pulex Cosmic Silence

SNAKE

Radon exposure chamber

Biological Irradiation Facility

CIRIL

Mixed alpha and X-ray exposure facility

SCRS-GIG

Facility radionuclides

availability, transfer and migration

LIBIS gamma low dose rate

facility ISS

Microtron laboratory

Nanoparticle Inhalation Facility

Infrastructure for

retrospective radon & thoron dosimetry

1st CONCERT Call:

CONFIDENCE, LDLensRad, TERRITORIES

Alpha Particles Irradiator

Calibration Laboratory at KIT

Changing Dose rate (SU) Low dose rate (SU)

Chernobyl Exclusion Zone

MELAF

MICADO’LAB

DOS NDS

CALLAB

Radon Calibration Laboratory

Calibration and Dosimetry Laboratory (INTE-UPC)

NMG

MEDIRAD

UNIPI-AmBe

Databases, Sample banks, Cohorts

FREDERICA

The Wismut Cohort and Biobank

STORE

French Haemangioma Cohort

and Biobank

3-Generations exposure study

Wildlife TransferDatabase

Portuguese Tinea Capitis Cohort

Elfe Cohort

RES3T

INWORKS cohort

JANUS

EPI-CT Scan cohort

UEF Biobanking

Chernobyl Tissue Bank

1st CONCERT Call: CONFIDENCE, LDLensRad,

TERRITORIES

Chernobyl clean-up workers from Latvia

Belgian Soil Collection

Estchern Cohort

German airline crew cohort

Techa River Cohort (TRC)

MEDIRAD

Greek interventional cardiologists cohort

Analytical platforms, Models & Tools

RENEB

The Hungarian Genomics Research Network

METABOHUB

Dose Estimate, CABAS, NETA

PROFI

Radiobiology and immunolo-gy platform (CTU-FBME)

LDRadStatsNet

ERICA Tool

CROM-8

France Génomique

Transcriptomics platform SCKCEN

CATI

The Analytical Platform of

the PREPARE project

HZDR Radioanalytical Laboratories

1st CONCERT Call: CONFIDENCE, LDLensRad,

TERRITORIES

SYMBIOSE

Advanced Technologies Net-work Center

BfS whole and partial body

Counting

INFRAFONTIER

ECORITME

CERES

CORIF

Centre for Omic Sciences (COS)

iGE3

MEDIRAD

SNAP

Issue

Oct 2015, #1

Nov 2015, #2

Dec 2015, #3

Feb 2016, #4

Mar 2016, #5

Apr 2016, #6

May2016, #7

Jun 2016, #8

Jul 2016, #9

Sep 2016, #10

Oct 2016 #11

Nov 2016, #12

Dec 2016, #13

Feb 2017, #14

Special Issue 1

Mar 2017, #15

Apr 2017, #16

May 2017, #17

Jun 2017, #18

Jul 2017, #19

Sep 2017, #20

Oct 2017, #21

Nov 2017, #22

Dec 2017, #23

Special Issue 2

Feb 2018, #24

Published to date:

Editorial Committee: Maria Panagiotopoulou, Jean-Michel Dolo, Laure Sabatier

Special Issue 14

July 2020

2

A c c e s s t o I N F R A S T R U C T U R E S

Exposure platforms

2nd CONCERT Call: LEU-TRACK, PODIUM, SEPARATE, VERIDIC,

ENGAGE, SHAMISEN-SINGS

IRRAD

Forest observatory site in Yamakiya

Belgian NORM Observatory

Site

CERF

TIFPA

HIT

PTB Microbeam

AGOR Facility at KVI-CART LNK

PARISII

The MIRCOM microbeam

NSRL

IRSE Experimental Farm

PG stack at Barreiro, Portugal

LERF

FAIR

AMBIC

FRM II

CONFIDENCE

PODIUM

LDLensRad

ENGAGE

LEU-TRACK

CIEMAT External Dosimetry Service and

Retrospective Luminescence Dosimetry Lab,

AIFIRA Microbeam, The Calliope Facility,

ZATU

TERRITORIES

VERIDIC

HARMONIC

SHAMISEN-SINGS

Databases, Sample banks, Cohorts

2nd CONCERT Call: LEU-TRACK, PODIUM, SEPARATE, VERIDIC,

ENGAGE, SHAMISEN-SINGS

MARiS

BBM

The German Thorotrast Cohort Study

Mayak PA worker cohort

RHRTR

The TRACY cohort

The BRIDE platform

The ISIBELa cohort

The ISE cohort

LSAH & LSDA

The MWF database

CONSTANCES

IMMO-LDRT01 cohort

The BACCARAT study

LSS

REQUITE

CONFIDENCE

PODIUM

LDLensRad

ENGAGE

LEU-TRACK

The ‘hematopoietic system’ database for Mayak nuclear workers chronically exposed

to ionizing radiation

TERRITORIES

VERIDIC

HARMONIC

SHAMISEN-SINGS

Analytical platforms, Models & Tools

2nd CONCERT Call: LEU-TRACK, PODIUM, SEPARATE, VERIDIC,

ENGAGE, SHAMISEN-SINGS

BIANCA

OEDIPE

VIB Proteomics Core

Geant4-DNA

D-DAT

COOLER

BRENDA

MARS beamline at SOLEIL

CIEMAT WBC

EFFTRAN

GeneLab

DSA Environmental Laboratory

The MCDA Tool

Radiochemical and Radioac-

tive Analysis Laboratory (INTE-UPC)

CIEMAT In Vitro Internal Dosimetry Laboratories

LRM

TU Dublin Analytical Platform

CONFIDENCE

PODIUM

LDLensRad

ENGAGE

LEU-TRACK

TERRITORIES

VERIDIC

HARMONIC

SHAMISEN-SINGS

Issue

Special Issue 3

Mar 2018, #25

Apr 2018, #26

May 2018, #27

Jun 2018, #28

Jul 2018, #29

Sep 2018, #30

Oct 2018, #31

Nov 2018, #32

Dec 2018, #33

Feb 2019, #34

Special Issue 4

Mar 2019, #35

Apr 2019, #36

May 2019, #37

Jun 2019, #38

Jul 2019, #39

Sep 2019, #40

Special Issue 5

Special Issue 6

Special Issue 7

Special Issue 8

Special Issue 9

Special Issue 10

Special Issue 11

Special Issue 12

Special Issue 13

Special Issue 14

Published to date:

Editorial Committee: Maria Panagiotopoulou, Jean-Michel Dolo, Laure Sabatier