Search results for "318 Medical biotechnology"

showing 2 items of 12 documents

Dog-Owner Relationship, Owner Interpretations and Dog Personality Are Connected with the Emotional Reactivity of Dogs

2022

Simple Summary The relationship between owner and the dog affects the dog's attachment behaviors and stress coping. In turn, the quality of the relationship may affect owner's interpretations about their dog's behavior. Here, we assessed dogs' emotional responses from heart rate variability and behavioral changes during five different situations. Dog owners evaluated the emotion (valence and arousal) of their dog after each situation. We found that both negative and positive incidents provoked signs of emotional arousal in dogs. Owners detected the dog's arousal especially during fear- and stress-evoking situations. The dog-owner relationship did not affect owners' interpretation of dogs' e…

sykeANIMAL-ASSISTED INTERVENTIONSemotions413 Veterinary scienceeläinten käyttäytyminenkoirabehavior; heart rate variability<i>Canis familiaris</i>; behavior; heart rate variability; autonomic nervous system; emotions; human–animal interactiontunteetCANIS-FAMILIARISautonominen hermostovertaileva psykologiaSTRESS LEVELShealth care economics and organizations318 Medical biotechnologyHEART-RATE-VARIABILITYGeneral Veterinarybehaviorautonomic nervous systemheart rate variabilitystressiCanis familiarishuman–animal interactionhuman-animal interactionTHERAPY DOGSkiintymysRATE MONITORRELIABILITYihminen-eläinsuhdeAnimal Science and ZoologyCORTISOL MODULATIONRESPONSES
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H&E Multi-Laboratory Staining Variance Exploration with Machine Learning

2022

In diagnostic histopathology, hematoxylin and eosin (H&E) staining is a critical process that highlights salient histological features. Staining results vary between laboratories regardless of the histopathological task, although the method does not change. This variance can impair the accuracy of algorithms and histopathologists’ time-to-insight. Investigating this variance can help calibrate stain normalization tasks to reverse this negative potential. With machine learning, this study evaluated the staining variance between different laboratories on three tissue types. We received H&E-stained slides from 66 different laboratories. Each slide contained kidney, skin, and colon tissue sampl…

väriaineet318 Medical biotechnologyrand indexHE-värjäysk-meansstain normalizationnäytteetdiagnostiikkatekoälykudoksetlaboratoriotekniikkamachine learningkoneoppiminenkuvantaminenhematoksyliini-eosiini-värjäyshistologiahistopathologyhistopatologiaH&Eclusteringpatologia
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