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Modelling of chronic pa0ent physical-ac0vity- related behaviour towards healthy lifestyle support Kris0na Livitckaia ESR 5 Aristotle University of Thessaloniki, Greece This project has received funding from the European Union's Horizon 2020 research and innovation programme under the Marie Sklodowska-Curie grant agreement No 676201 HYPOTHESIS Computa(onal models for pa(ent healthy behaviour and lifestyle support can allow to predict chronic pa(ent’s (non-) adherence to daily health- related behaviour and choices with regard to the short- and/or long-term based on the combina(on of qualita0ve and quan0ta0ve determinants, including REFERENCES 1. Marks, R. (2005). A Review and Synthesis of Research Evidence for Self-Efficacy-Enhancing Interven(ons for Reducing Chronic Disability: Implica(ons for Health Educa(on Prac(ce (Part II). Health Promo(on Prac(ce, 6(2), 148–156. hTp://doi.org/10.1177/1524839904266792 2. Pavel, M., Jimison, H. B., Korhonen, I., Gordon, C. M., & Saranummi, N. (2015). Behavioral Informa(cs and Computa(onal Modeling in Support of Proac(ve Health Management and Care. IEEE Transac(ons on Biomedical Engineering, 62(12), 2763–2775. hTp://doi.org/10.1109/TBME.2015.2484286 3. World Health Organiza(on. (2005). Preven(ng Chronic Diseases: a Vital Investment. World Health, 202.hTp://doi.org/10.1093/ije/dyl098 4. WHO.www.who.int/chp/chronic_disease. (2005). Part Two - The urgent need for ac(on. Preven(ng Chronic Diseases: A Vital Investment, 31–87 accessed on 13/4/16. Retrieved from hTp://www.who.int/chp/chronic_disease_report/contents/en/ 5. Halpin, H. A., Morales-Surez-Varela, M. M., & Mar(n-Moreno, J. M. (2010). Chronic disease preven(on and the new public health. Public Health Reviews, 32(1), 120–154. 6. WHO | Physical ac(vity. (n.d.). Retrieved July 6, 2016, from hTp://www.who.int/mediacentre/factsheets/fs385/en/#.V3zVyEWiT1k.mendeley BACKGROUND Connected health is a concept for preserving ci(zens’ health and well-being by providing technologically enhanced proac(ve and pa(ent-centered health services, e.g. interven(ons. In its turn, pa(ent-centered care demands pa0ent adherence and compliance to healthy behaviour and lifestyle choices. If pa(ents are adherent to the process of disease self-management, it reduces the propor(on of those pa(ents who ignore prescribed recommenda(ons and lose faith in the desirable and poten(ally achievable outcomes 1. Despite a solid number of evidence-based inves(ga(ons regarding the rela(on of control and preven(on of chronic diseases to pa(ent health behaviour adherence, there is a limited research taking into considera(on unified pa(ent characteris(cs from mul(faceted backgrounds and aspects (e.g. medicine, psychology, sociology, lifestyle, etc.). While the key towards successful Connected health interven(ons development lies under personaliza0on and tailoring to a pa(ent by taking into account and adap(ng to addi0onal lifestyle factors and determinants 2,3. In this context, there is a need for extended analysis for health behaviour understanding and predic(on, beneficial to improvement and tailoring of interven(ons through technological solu(ons 2. The aim of the research is to propose improvements for interven(ons design with regard to qualita(ve and quan(ta(ve pa(ent characteris(cs, states and contextual factors to allow pa(ent behaviour predic(ons paTerns for pa(ent behavioural support. RESEARCH SCOPE Cardiovascular diseases are the most common chronic illness that characterizes the state of public health and has a notable effect on major global indexes of morbidity, disability and mortality 4 . Ongoing increase in the incidence of cardiovascular diseases is oken associated with unhealthy lifestyle choices, including lack of physical ac(vity, smoking, and other health-related bahaviours 3,4,5 . Moreover, physical inac0vity is one of the key risk factors for non-communicable diseases such as coronary heart disease 6. The scope of the research comprises predic(ve modelling of cardiac chronic pa(ent’s adherence to physical-ac(vity- related behaviour. PHASE I Inves(ga(on of chronic pa(ents’ determinants and risk factors affec(ng (non-) adherence to physical ac(vity and exercise behaviour PHASE II Inves(ga(on of methods of mathema(cal and computa(onal predic(ve modeling and data mining techniques PHASE III Valida(on of set of computa(onal models for pa(ent health-related adherence level predic(on at different (me scales PROCESS Forma(on of qualita(ve and quan(ta(ve poten(al aTributes and determinants of a pa(ent adherence to physical ac(vity-related behaviour for further (non-) adherence predic(on inves(ga(on PROCESS Development of computa(onal models based on inves(gated determinants and paTerns for predic(on of pa(ent (non-) adherence level to physical-ac(vity-related behaviour PROCESS Valida(on and improvement of computa(onal models based on the data sets supported by the collabora(on with the Laboratory of Compu0ng and Medical Informa0cs, and the Laboratory of Sports Medicine, Aristotle University of Thessaloniki, Greece Study with pa0ent group Determinants rela0ons and affects Models valida0on Predic0ve modelling Drawn conclusions § Currently applied approaches to the segmenta(on and predic(ve modeling of pa(ents’ physical-ac(vity-related behaviour, oken take into account only clinical or psychological aspects § Need for extended analysis for health behaviour understanding and predic(on, beneficial to improvement of behavioural interven(ons technologies COMPUTATIONAL APPROACHES Exis(ng solu(ons inves(ga(on § Systema(c literature review for inves(ga(on of informa(on systems and its components developed for chronic pa(ents’ health behavior modifica(on § Conducted databases: IEEE Xplore, the ACM Digital Library PubMed, WIPO Patentscope, Espacenet, USPTO § Advanced search strategy § Main concepts: health behaviour change and computa0onal modelling Classifica0on of the results § Stage of the development § Deployment sepngs § Group of pa(ents § Interven(on sepngs § Target health behaviour § Underlying mul(disciplinary domains § Sources and types of consumer data § Data processing techniques § Level of personaliza(on § Evalua(on § Improvement goals PHYSICAL-ACTIVITY-RELATED ADHERENCE DETERMINANTS Clinically proven pa(ents’ determinants § Literature review based on the standard methodological framework § Conducted databases: PubMed and Cochrane Library § Advanced search strategy § Main concepts: influence factors, adherence to physical-ac0vity-related behaviour , heart diseases Search results GAPS IDENTIFIED § Lack of lifestyle health-related data inves(ga(on and its affec(ng power to pa(ent adherence § Lack of inves(ga(on of rela(ons among defined determinants § Need for inves(ga(on of pa(ent physical ac(vity and exercise long-term adherence Rela0on of determinants to adherence Defined determinants

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Page 1: Esr5 chess orientation school poster  v4 pdf

Modellingof chronicpa0entphysical-ac0vity-related behaviour towards healthy lifestylesupport

Kris0naLivitckaiaESR5AristotleUniversityofThessaloniki,Greece

This project has received funding from the European Union's Horizon 2020 research and innovation programme under the Marie Sklodowska-Curie grant agreement No 676201

HYPOTHESIS

Computa(onal models for pa(enthealthybehaviour and lifestyle support

can allow topredict chronic pa(ent’s(non-) adherence to daily health-related behaviour and choices withregard to the short- and/or long-termba sed on t he comb ina(on o f

qualita0ve and quan0ta0vedeterminants,including

REFERENCES1.  Marks, R. (2005). A Review and Synthesis of Research Evidence for Self-Efficacy-Enhancing Interven(ons for Reducing ChronicDisability: Implica(ons forHealth Educa(on

Prac(ce(PartII).HealthPromo(onPrac(ce,6(2),148–156.hTp://doi.org/10.1177/15248399042667922.  Pavel,M.,Jimison,H.B.,Korhonen,I.,Gordon,C.M.,&Saranummi,N.(2015).BehavioralInforma(csandComputa(onalModelinginSupportofProac(veHealthManagement

andCare.IEEETransac(onsonBiomedicalEngineering,62(12),2763–2775.hTp://doi.org/10.1109/TBME.2015.24842863.  WorldHealthOrganiza(on.(2005).Preven(ngChronicDiseases:aVitalInvestment.WorldHealth,202.hTp://doi.org/10.1093/ije/dyl0984.  WHO.www.who.int/chp/chronic_disease.(2005).PartTwo-Theurgentneedforac(on.Preven(ngChronicDiseases:AVitalInvestment,31–87accessedon13/4/16.Retrieved

fromhTp://www.who.int/chp/chronic_disease_report/contents/en/5.  Halpin,H.A.,Morales-Surez-Varela,M.M.,&Mar(n-Moreno,J.M.(2010).Chronicdiseasepreven(onandthenewpublichealth.PublicHealthReviews,32(1),120–154.6.  WHO|Physicalac(vity.(n.d.).RetrievedJuly6,2016,fromhTp://www.who.int/mediacentre/factsheets/fs385/en/#.V3zVyEWiT1k.mendeley

BACKGROUNDConnected health is a concept for preserving ci(zens’ health and well-being by providing technologicallyenhanced proac(ve and pa(ent-centered health services, e.g. interven(ons. In its turn, pa(ent-centered care

demands pa0ent adherence and compliance to healthy behaviour and lifestyle choices. If pa(ents areadherent to the process of disease self-management, it reduces the propor(on of those pa(entswho ignoreprescribedrecommenda(onsandlosefaithinthedesirableandpoten(allyachievableoutcomes1.

Despite a solid number of evidence-based inves(ga(ons regarding the rela(on of control and preven(on ofchronic diseases to pa(ent health behaviour adherence, there is a limited research taking into considera(onunifiedpa(entcharacteris(csfrommul(facetedbackgroundsandaspects(e.g.medicine,psychology,sociology,lifestyle, etc.). While the key towards successful Connected health interven(ons development lies under

personaliza0on and tailoring to a pa(ent by taking into account and adap(ng to addi0onal lifestylefactorsanddeterminants2,3. Inthiscontext,thereisaneedforextendedanalysisforhealthbehaviourunderstanding and predic(on, beneficial to improvement and tailoring of interven(ons through technologicalsolu(ons2.

Theaim of the research is to propose improvements for interven(ons designwith regard to qualita(ve andquan(ta(vepa(entcharacteris(cs,statesandcontextualfactorstoallowpa(entbehaviourpredic(onspaTernsforpa(entbehaviouralsupport.

RESEARCHSCOPECardiovascular diseases are themostcommon chronic illness that characterizesthe state of public health and has anotable effect onmajor global indexes ofmorbidity, disability and mortality 4.Ongoing increase in the incidence ofcardiovasculardiseasesisokenassociatedwith unhealthy lifestyle choices, includinglack of physical ac(vity, smoking, andother health-related bahaviours 3,4,5.Moreover,physical inac0vity is oneofthekeyriskfactorsfornon-communicablediseasessuchascoronaryheartdisease6.

Thescopeoftheresearchcomprisespredic(vemodellingofcardiacchronicpa(ent’sadherencetophysical-ac(vity-

relatedbehaviour.

PHASEIInves(ga(onofchronic

pa(ents’determinantsandriskfactorsaffec(ng(non-)

adherencetophysicalac(vityandexercisebehaviour

PHASEIIInves(ga(onofmethodsof

mathema(calandcomputa(onalpredic(vemodelinganddatamining

techniques

PHASEIIIValida(onofsetof

computa(onalmodelsforpa(enthealth-related

adherencelevelpredic(onatdifferent(mescales

PROCESS

Forma(on of qualita(veand quan(ta(ve poten(ala T r i b u t e s a n ddeterminants of a pa(entadherence to physicalac(vity-related behaviourf o r f u r t h e r ( n o n - )adherence predic(oninves(ga(on

PROCESS

D e v e l o p m e n t o fcomputa(onal modelsbased on inves(gateddeterminantsandpaTernsfor predic(on of pa(ent(non-) adherence level tophysical-ac(vity-relatedbehaviour

PROCESSValida(on and improvementof computa(onal modelsbased on the data setss u p p o r t e d b y t h eco l labora(on wi th theLaboratory of Compu0ngand Medical Informa0cs,and the Laboratory ofSportsMedicine,AristotleUniversityofThessaloniki,Greece

Studywithpa0entgroup

Determinantsrela0onsandaffects

Modelsvalida0on

Predic0vemodelling

Drawnconclusions§  Currently applied approaches to the segmenta(on and

predic(ve modeling of pa(ents’ physical-ac(vity-relatedbehaviour, oken take into account only clinical orpsychologicalaspects

§  Need for extended analysis for health behaviourunderstandingandpredic(on,beneficialtoimprovementofbehaviouralinterven(onstechnologies

COMPUTATIONALAPPROACHES

Exis(ngsolu(onsinves(ga(on§  Systema(c literature review for inves(ga(on of

informa(on systems and its components developed forchronicpa(ents’healthbehaviormodifica(on

§  Conducted databases: IEEE Xplore, the ACM DigitalLibraryPubMed,WIPOPatentscope,Espacenet,USPTO

§  Advancedsearchstrategy§  Main concepts: health behaviour change and

computa0onalmodelling

Classifica0onoftheresults§  Stageofthedevelopment

§  Deploymentsepngs§  Groupofpa(ents§  Interven(onsepngs§  Targethealthbehaviour§  Underlyingmul(disciplinary

domains

§  Sourcesandtypesofconsumerdata

§  Dataprocessingtechniques§  Levelofpersonaliza(on

§  Evalua(on§  Improvementgoals

PHYSICAL-ACTIVITY-RELATEDADHERENCEDETERMINANTS

Clinicallyprovenpa(ents’determinants§  Literature reviewbasedon the standardmethodological

framework§  Conducteddatabases:PubMedandCochraneLibrary§  Advancedsearchstrategy

§  Main concepts: influence factors, adherence tophysical-ac0vity-related behaviour, heartdiseases

Searchresults

GAPSIDENTIFIED§  Lackof lifestylehealth-relateddata inves(ga(onand itsaffec(ng

powertopa(entadherence§  Lackofinves(ga(onofrela(onsamongdefineddeterminants§  Need for inves(ga(on of pa(ent physical ac(vity and exercise

long-termadherence

Rela0onofdeterminantstoadherence

Defineddeterminants