Search results for "Musculoskeletal"

showing 4 items of 1714 documents

High-Frequency and Ultra-High Frequency Ultrasound: Musculoskeletal Imaging up to 70 MHz

2020

AbstractMusculoskeletal (MSK) ultrasound has well-established advantages, able to investigate very small structures with high resolution and a quick and real-time dynamic evaluation with the possibility of contralateral comparison. Thus ultrasound has kept its own almost exclusive fields of application in daily clinical practice, and it is considered the first-level imaging technique to assess tendons, bursae, and capsuloligamentous structures of small peripheral joints as well as peripheral nerves. Up to now, however, clinical MSK ultrasound imaging could not go beyond the first 1 to 2 cm under the skin, using high-frequency probes up to 18 to 20 MHz with spatial resolution just below mill…

tendonTransducersHigh resolutionSkin Diseases030218 nuclear medicine & medical imaging03 medical and health sciences0302 clinical medicineTendon InjuriesMedicineHumansRadiology Nuclear Medicine and imagingOrthopedics and Sports MedicineMusculoskeletal DiseasescartilageImage resolutionMusculoskeletal System030203 arthritis & rheumatologyMusculoskeletal imagingbusiness.industryUltrasoundPeripheral Nervous System DiseasesultrasonographyClinical Practicecartilage; peripheral nerve; tendon; ultra-high frequency ultrasonography; ultrasonographyUltra high frequencyultra-high frequency ultrasonographyperipheral nerveUltrasound imagingImaging techniquebusinessBiomedical engineering
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Verifying the predicted risk of extinction based on ecological characteristics

2021

Red List status of species should reflect species extinction risk. Because data are limited and species response has a time lag, species may be threatened by extinction even if they are not Red‐Listed. The ability to predict species risk of extinction from ecological characteristics holds promises for proactively targeting conservation measures to species at high risk. In 2005, the risk of extinction from ecological characteristics was predicted for 81 species of Finnish butterflies. Now, after 15 years and two additional national Red List assessments, these predictions are verified. Species with a higher risk of extinction according to the original ecological extinction risk rank (EERR) ha…

threatened speciesperhosetQH1-199.5Environmental Science (miscellaneous)IUCNsukupuuttoon kuoleminenIUCN Red ListinsectsQH540-549.5Nature and Landscape ConservationGlobal and Planetary ChangeExtinctionuhanalaiset lajitEcologybutterflieslajiensuojeluEcologyRed ListGeneral. Including nature conservation geographical distributionsocial sciencesriskitekijätmusculoskeletal systemhumanitiespopulaatioekologiaGeographyThreatened specieshyönteisetgeographic locations
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Musculoskeletal disorders and disability among forest industry workers in lower and higher sickness absence groups: a case-control study

2019

Background: Musculoskeletal wellbeing and disorders and explanatory factors were investigated among forest industry employees. Methods: A new positive approach to maintenance of working ability focuses on being present at work. 140 individuals with low sickness absence (≤1.5% in hours during the past 6.5 years) and 140 controls with higher sickness absence (>1.5%), randomly selected from the source population (n = 636) in workplace clusters (n = 5), were studied. Questionnaire data on functioning, musculoskeletal disorders (MSD) and disability, work ability and wellbeing were collected (response rate 65%) during December 2012–January 2013. 183 employees (mean age 48.5; females 32%) particip…

työperäiset sairaudetSickness absencemetsäteollisuusrasitusvammattyöterveysbusiness.industryworking agedCase-control studyPhysical Therapy Sports Therapy and Rehabilitationsickness absence030210 environmental & occupational healthmusculoskeletal disability03 medical and health sciences0302 clinical medicineEnvironmental healthmetsätyöntekijätMedicine030212 general & internal medicinemusculoskeletal disordersmetsätyöForest industrybusinesssairauslomaEuropean Journal of Physiotherapy
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Adventiv-Embryonen aus Nicotiana-kallus, der bei Hohen Lichtintensitäten Kultiviert wurde

1965

The formation of embryonic structures in Nicotiana callus tissue has been reported. High intensity of light as a stimulating factor in differentiation is discussed.

virusesEmbryonic StructureCallusHigh intensityfungiBotanyGeneticsfood and beveragesPlant ScienceBiologymusculoskeletal systembiology.organism_classificationNicotianaPlanta
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