Considerations of circadian impact for defining ‘shift work’ in cancer studies: IARC Working Group Report
Identifieur interne : 007108 ( Main/Curation ); précédent : 007107; suivant : 007109Considerations of circadian impact for defining ‘shift work’ in cancer studies: IARC Working Group Report
Auteurs : Richard G. Stevens [États-Unis] ; Johnni Hansen [Danemark] ; Giovanni Costa [Italie] ; Erhard Haus [États-Unis] ; Timo Kauppinen [Finlande] ; Kristan J. Aronson [Canada] ; Gemma Casta O-Vinyals [Espagne] ; Scott Davis [États-Unis] ; Monique H W. Frings-Dresen [Pays-Bas] ; Lin Fritschi [Australie] ; Manolis Kogevinas [Espagne] ; Kazutaka Kogi [Japon] ; Jenny-Anne Lie [Norvège] ; Arne Lowden [Suède] ; Beata Peplonska [Pologne] ; Beate Pesch [Allemagne] ; Eero Pukkala [Finlande] ; Eva Schernhammer [États-Unis] ; Ruth C. Travis [Royaume-Uni] ; Roel Vermeulen [Pays-Bas] ; Tongzhang Zheng [États-Unis] ; Vincent Cogliano [France] ; Kurt Straif [France]Source :
- Occupational and Environmental Medicine [ 1351-0711 ] ; 2011-02.
Descripteurs français
- Wicri :
English descriptors
- KwdEn :
- Afternoon shifts, Breast cancer, Breast cancer risk, Cancer, Cancer cell, Cancer cells, Cancer risk, Caseecontrol, Caseecontrol study, Chemical exposures, Circadian, Circadian clock, Circadian clocks, Circadian disruption, Circadian dysregulation, Circadian gene expression, Circadian genes, Circadian rhythm, Circadian rhythms, Cohort, Connecticut health center, Consecutive days, Cumulative exposure, Different impact, Different types, Disruption, Disruptive shift, Early morning, Endogenous, Environ, Epidemiological, Epidemiological studies, Epidemiology, European union, Experimental animals, Exposure assessment, Exposure matrix, Genetic polymorphisms, Graveyard shift, Higher risk, Iarc, International agency, Leisure time, Light exposure, Major domains, Many years, Master circadian pacemaker, Medical research, Melatonin, Melatonin production, Melatonin suppression, Municipal institute, National institute, Night shift, Night shift work, Night shifts, Night work, Nighttime schedules, Normal cell, Nurses health study, Occup, Occup environ, Occupational exposures, Occupational health, Occupational medicine, Other factors, Other hormones, Particular shift schedule, Peripheral oscillators, Permanent night shifts, Permanent night workers, Permanent shift, Personal interview, Phase advance, Phase delay, Phase shift, Promoter methylation, Prospective cohort, Prospective studies, Prostate cancer, Shift, Shift intensity, Shift nurses, Shift schedule, Shift schedules, Shift system, Shift work, Shift work occupation, Shift worker, Shift workers, Solar noon, Successive work days, Suprachiasmatic nucleus, Survey responders, Telegraph operators, Time zones, Various shifts, Work environments, Work history, Work schedules, Work shift, World health organization.
- Teeft :
- Afternoon shifts, Breast cancer, Breast cancer risk, Cancer, Cancer cell, Cancer cells, Cancer risk, Caseecontrol, Caseecontrol study, Chemical exposures, Circadian, Circadian clock, Circadian clocks, Circadian disruption, Circadian dysregulation, Circadian gene expression, Circadian genes, Circadian rhythm, Circadian rhythms, Cohort, Connecticut health center, Consecutive days, Cumulative exposure, Different impact, Different types, Disruption, Disruptive shift, Early morning, Endogenous, Environ, Epidemiological, Epidemiological studies, Epidemiology, European union, Experimental animals, Exposure assessment, Exposure matrix, Genetic polymorphisms, Graveyard shift, Higher risk, Iarc, International agency, Leisure time, Light exposure, Major domains, Many years, Master circadian pacemaker, Medical research, Melatonin, Melatonin production, Melatonin suppression, Municipal institute, National institute, Night shift, Night shift work, Night shifts, Night work, Nighttime schedules, Normal cell, Nurses health study, Occup, Occup environ, Occupational exposures, Occupational health, Occupational medicine, Other factors, Other hormones, Particular shift schedule, Peripheral oscillators, Permanent night shifts, Permanent night workers, Permanent shift, Personal interview, Phase advance, Phase delay, Phase shift, Promoter methylation, Prospective cohort, Prospective studies, Prostate cancer, Shift, Shift intensity, Shift nurses, Shift schedule, Shift schedules, Shift system, Shift work, Shift work occupation, Shift worker, Shift workers, Solar noon, Successive work days, Suprachiasmatic nucleus, Survey responders, Telegraph operators, Time zones, Various shifts, Work environments, Work history, Work schedules, Work shift, World health organization.
Abstract
Based on the idea that electric light at night might account for a portion of the high and rising risk of breast cancer worldwide, it was predicted long ago that women working a non-day shift would be at higher risk compared with day-working women. This hypothesis has been extended more recently to prostate cancer. On the basis of limited human evidence and sufficient evidence in experimental animals, in 2007 the International Agency for Research on Cancer (IARC) classified ‘shift work that involves circadian disruption’ as a probable human carcinogen, group 2A. A limitation of the epidemiological studies carried out to date is in the definition of ‘shift work.’ IARC convened a workshop in April 2009 to consider how ‘shift work’ should be assessed and what domains of occupational history need to be quantified for more valid studies of shift work and cancer in the future. The working group identified several major domains of non-day shifts and shift schedules that should be captured in future studies: (1) shift system (start time of shift, number of hours per day, rotating or permanent, speed and direction of a rotating system, regular or irregular); (2) years on a particular non-day shift schedule (and cumulative exposure to the shift system over the subject's working life); and (3) shift intensity (time off between successive work days on the shift schedule). The group also recognised that for further domains to be identified, more research needs to be conducted on the impact of various shift schedules and routines on physiological and circadian rhythms of workers in real-world environments.
Url:
DOI: 10.1136/oem.2009.053512
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<term>Permanent night shifts</term>
<term>Permanent night workers</term>
<term>Permanent shift</term>
<term>Personal interview</term>
<term>Phase advance</term>
<term>Phase delay</term>
<term>Phase shift</term>
<term>Promoter methylation</term>
<term>Prospective cohort</term>
<term>Prospective studies</term>
<term>Prostate cancer</term>
<term>Shift</term>
<term>Shift intensity</term>
<term>Shift nurses</term>
<term>Shift schedule</term>
<term>Shift schedules</term>
<term>Shift system</term>
<term>Shift work</term>
<term>Shift work occupation</term>
<term>Shift worker</term>
<term>Shift workers</term>
<term>Solar noon</term>
<term>Successive work days</term>
<term>Suprachiasmatic nucleus</term>
<term>Survey responders</term>
<term>Telegraph operators</term>
<term>Time zones</term>
<term>Various shifts</term>
<term>Work environments</term>
<term>Work history</term>
<term>Work schedules</term>
<term>Work shift</term>
<term>World health organization</term>
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<keywords scheme="Teeft" xml:lang="en"><term>Afternoon shifts</term>
<term>Breast cancer</term>
<term>Breast cancer risk</term>
<term>Cancer</term>
<term>Cancer cell</term>
<term>Cancer cells</term>
<term>Cancer risk</term>
<term>Caseecontrol</term>
<term>Caseecontrol study</term>
<term>Chemical exposures</term>
<term>Circadian</term>
<term>Circadian clock</term>
<term>Circadian clocks</term>
<term>Circadian disruption</term>
<term>Circadian dysregulation</term>
<term>Circadian gene expression</term>
<term>Circadian genes</term>
<term>Circadian rhythm</term>
<term>Circadian rhythms</term>
<term>Cohort</term>
<term>Connecticut health center</term>
<term>Consecutive days</term>
<term>Cumulative exposure</term>
<term>Different impact</term>
<term>Different types</term>
<term>Disruption</term>
<term>Disruptive shift</term>
<term>Early morning</term>
<term>Endogenous</term>
<term>Environ</term>
<term>Epidemiological</term>
<term>Epidemiological studies</term>
<term>Epidemiology</term>
<term>European union</term>
<term>Experimental animals</term>
<term>Exposure assessment</term>
<term>Exposure matrix</term>
<term>Genetic polymorphisms</term>
<term>Graveyard shift</term>
<term>Higher risk</term>
<term>Iarc</term>
<term>International agency</term>
<term>Leisure time</term>
<term>Light exposure</term>
<term>Major domains</term>
<term>Many years</term>
<term>Master circadian pacemaker</term>
<term>Medical research</term>
<term>Melatonin</term>
<term>Melatonin production</term>
<term>Melatonin suppression</term>
<term>Municipal institute</term>
<term>National institute</term>
<term>Night shift</term>
<term>Night shift work</term>
<term>Night shifts</term>
<term>Night work</term>
<term>Nighttime schedules</term>
<term>Normal cell</term>
<term>Nurses health study</term>
<term>Occup</term>
<term>Occup environ</term>
<term>Occupational exposures</term>
<term>Occupational health</term>
<term>Occupational medicine</term>
<term>Other factors</term>
<term>Other hormones</term>
<term>Particular shift schedule</term>
<term>Peripheral oscillators</term>
<term>Permanent night shifts</term>
<term>Permanent night workers</term>
<term>Permanent shift</term>
<term>Personal interview</term>
<term>Phase advance</term>
<term>Phase delay</term>
<term>Phase shift</term>
<term>Promoter methylation</term>
<term>Prospective cohort</term>
<term>Prospective studies</term>
<term>Prostate cancer</term>
<term>Shift</term>
<term>Shift intensity</term>
<term>Shift nurses</term>
<term>Shift schedule</term>
<term>Shift schedules</term>
<term>Shift system</term>
<term>Shift work</term>
<term>Shift work occupation</term>
<term>Shift worker</term>
<term>Shift workers</term>
<term>Solar noon</term>
<term>Successive work days</term>
<term>Suprachiasmatic nucleus</term>
<term>Survey responders</term>
<term>Telegraph operators</term>
<term>Time zones</term>
<term>Various shifts</term>
<term>Work environments</term>
<term>Work history</term>
<term>Work schedules</term>
<term>Work shift</term>
<term>World health organization</term>
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<keywords scheme="Wicri" type="topic" xml:lang="fr"><term>Cancer</term>
<term>épidémiologie</term>
<term>Recherche médicale</term>
<term>Travail de nuit</term>
<term>Santé au travail</term>
<term>Médecine du travail</term>
<term>Travail par roulement</term>
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<front><div type="abstract">Based on the idea that electric light at night might account for a portion of the high and rising risk of breast cancer worldwide, it was predicted long ago that women working a non-day shift would be at higher risk compared with day-working women. This hypothesis has been extended more recently to prostate cancer. On the basis of limited human evidence and sufficient evidence in experimental animals, in 2007 the International Agency for Research on Cancer (IARC) classified ‘shift work that involves circadian disruption’ as a probable human carcinogen, group 2A. A limitation of the epidemiological studies carried out to date is in the definition of ‘shift work.’ IARC convened a workshop in April 2009 to consider how ‘shift work’ should be assessed and what domains of occupational history need to be quantified for more valid studies of shift work and cancer in the future. The working group identified several major domains of non-day shifts and shift schedules that should be captured in future studies: (1) shift system (start time of shift, number of hours per day, rotating or permanent, speed and direction of a rotating system, regular or irregular); (2) years on a particular non-day shift schedule (and cumulative exposure to the shift system over the subject's working life); and (3) shift intensity (time off between successive work days on the shift schedule). The group also recognised that for further domains to be identified, more research needs to be conducted on the impact of various shift schedules and routines on physiological and circadian rhythms of workers in real-world environments.</div>
</front>
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