about
Distinguishing back-belt effects from other factors in reduction of back injuries (letter to the editor)Musculoskeletal discomfort surveys used at NIOSHBone quantity and quality of youths working on a farm--a pilot studyPsychophysical basis for maximum pushing and pulling forces: a review and recommendationsLink between safe patient handling and patient outcomes in long-term care.The ergonomic use of hand tools: guidelines for the practitionerA checklist for the ergonomic evaluation of nonpowered hand toolsErgonomics: ergonomics of rebar tyingComprehensive manual handling limits for lowering, pushing, pulling and carrying activitiesA review of work schedule issues and musculoskeletal disorders with an emphasis on the healthcare sectorDevelopment and evaluation of ergonomic interventions for bucket handling on farmsRelative contribution of workplace factors and individual characteristics in the development of spine loadsHuman posture simulation to assess cumulative spinal load due to manual lifting. Part II: accuracy and precisionComparison of required operating forces between floor-based and overhead-mounted patient lifting devicesThe effect of a variable lumbar erector spinae sagital plane moment arm on predicted spinal loadingDevelopment of human posture simulation method for assessing posture angles and spinal loadsEfficacy of the revised NIOSH lifting equation to predict risk of low back pain associated with manual lifting: a one-year prospective studyInvestigation of select ergonomic interventions for farm youth. Part 1: shovelsInvestigation of select ergonomic interventions for farm youth. Part 2: wheelbarrowsUnderstanding and evaluating manual handling injuries: NIOSH research studiesAccuracy of measurements for the revised NIOSH lifting equation. National Institute for Occupational Safety and Health.New procedure for assessing sequential manual lifting jobs using the revised NIOSH lifting equationCumulative spinal loading exposure methods for manual material handling tasks. Part 1: is cumulative spinal loading associated with lower back disorders?Cumulative spinal loading exposure methods for manual material handling tasks. Part 2: methodological issues and applicability for use in epidemiological studiesErgonomics efforts in the retail food industryIntroduction to ergonomics for healthcare workersSafe patient handling for rehabilitation professionals.Evidence of health risks associated with prolonged standing at work and intervention effectivenessTwo-dimensional biomechanical model for estimating strength of youth and adolescents for manual material handling tasksPatient handling tasks with high risk for musculoskeletal disorders in critical careRevised NIOSH equation for the design and evaluation of manual lifting tasksErgonomic job design to accommodate and prevent musculoskeletal disabilitiesHuman posture simulation to assess cumulative spinal load due to manual lifting. Part I: methodsErgonomics in design: interventions for youth working in the agricultural industryMethods for assessing the physical demands of manual lifting: A review and case study from warehousingTrends in work-related musculoskeletal disorders: a comparison of risk factors for symptoms using quality of work life data from the 2002 and 2006 General Social SurveyEfficacy of the revised NIOSH lifting equation to predict risk of low back pain due to manual lifting: expanded cross-sectional analysisRecommended weight limits for lifting and holding limbs in the orthopaedic practice settingProvisional recommended weight limits for manual lifting during pregnancyLower back disorders among forklift operators: an emerging occupational health problem?
P50
Q23909305-846F1E80-C6FF-47F8-A6BF-EC4BF8BD5BB0Q23909345-C72F1FAA-FB06-4C4E-A117-5DFC10B20AE7Q23909811-52E0A2CA-86AB-40B8-B12F-B7F04AA08851Q23910128-467F375C-A4C5-414D-88C9-D8AE7BF45455Q23910167-0A8A096F-7977-4E6C-85AE-25496AE38E7FQ23910185-10C7FF25-D214-4EE8-A41A-C684CE47D1B0Q23910186-10A4B5D4-4FD8-4338-AC94-C1D7B885BF77Q23910188-5B7AD12E-043A-43AC-816A-FAF7C723928EQ23911088-1486E00D-ED7D-4632-9292-034EC99066F5Q23911216-EA2A2644-6800-48DB-A06F-01E549E559FEQ23912800-7E931375-D1E7-4AD6-8FDC-C4A8B4C03BB4Q23915704-A8585145-367F-492C-80FB-4B54C0D06A75Q23917472-913952EA-2FDF-484E-8BCE-D7FA5817654AQ23917905-3F81CEBB-C5AB-4AC8-88A4-47713D9ED1F1Q23918291-F9F69065-3902-41BD-98BA-1F857B57ED18Q23918474-C701428B-CEC5-45DF-B5CB-72D1CFED7FDFQ23918479-71146408-31FE-4A1D-853A-AA643A2926C4Q23922018-585DC81C-7B36-4D44-8758-6283504BE655Q23922020-189476F0-10C6-4C9C-A531-06A966B0CF58Q23922174-72933649-74C5-4FA1-999E-5BC55209B789Q23922243-542D0273-2F7B-46BD-BC39-80A74DFCB7D7Q23922245-03ED0DE3-BF2C-4EEC-8042-64A58522D969Q23922283-1DB8E09D-A93D-4A0F-B588-0A4758B09169Q23922284-2030E776-79BF-481C-AF67-854A39164E2FQ23922616-043AA693-4B69-4BCE-B179-43082CF922F2Q23922685-120E50FB-3BB3-44AC-A615-269B2D72972EQ23922687-A945013D-85F9-4EAD-809D-F092B693057CQ23922689-9A9BDD5A-0601-4710-8F18-4A8F1E8C8966Q23922691-7ACBE4BE-C63B-4B95-B69C-C204896FBB03Q23922693-E1E54533-D7FF-4B9F-A473-ADB6EFB61521Q23922695-3F6197BC-6E0E-4460-99FB-69E92F50B8F6Q23922697-DA3CA079-4E02-4553-90EF-3D13E69284A8Q23922699-4FA26837-9381-4BE6-8642-8801AF0799F8Q23922702-A51856D7-4C9A-4FBE-85F2-E10B48B7D2DBQ23922704-CBCD76CE-10E7-4260-9F94-040D71375B5DQ23922706-6EB2C555-F4E3-408E-97BC-212AF9DBF426Q23922708-353D0C8F-93CE-4F9F-9B49-563B31B13C6BQ23922711-868FADF7-3555-4096-9692-5296A0AE742BQ23922713-220DF36D-4B9A-44E1-B78A-BDC1D6A5A0A3Q23922742-ADF7BC57-0AB0-444F-B426-35213D9FA956
P50
description
researcher at NIOSH
@en
name
Thomas R. Waters
@en
type
label
Thomas R. Waters
@en
altLabel
Thomas Waters
@en
prefLabel
Thomas R. Waters
@en
P214
P106
P21
P214
P31
P4012
P509
P570
2014-10-29T00:00:00Z
P6023
P735
P7859
lccn-n2004123196