Top 6 Person Full Body In 2022

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Here is the best article on the topic person full body. That is compiled by https://www.passion-citroen.com

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1. Full-Body CT Scans – What You Need to Know

Author: www.fda.gov
Date Submitted: 10/19/2020 09:36 PM
Average star voting: (4.71/5 stars and 66027 reviews)
Summary: The FDA is responsible for assuring the safety and effectiveness of such medical devices, and it prohibits manufacturers of CT systems to promote their use for whole-body screening of asymptomatic people.
Match with the search results: Dec 5, 2017 … The radiation from a CT scan may be associated with a very small increase in the possibility of developing cancer later in a person’s life. The …

Author: www.medicalnewstoday.com
Date Submitted: 11/19/2020 11:40 AM
Average star voting: (3.78/5 stars and 17500 reviews)
Summary: The best full-body exercises include squats, burpees, lunges, and cycling. People can do these to exercise several muscles at once. Learn more about how to do these exercises here.
Match with the search results: However, there are also various exercises that work most of a person’s muscles at once. A full-body exercise uses a variety of muscle groups in a person’s body, …

Author: jneuroengrehab.biomedcentral.com
Date Submitted: 04/05/2021 07:53 AM
Average star voting: (3.96/5 stars and 62197 reviews)
Summary: Bradykinesia (slow movements) is a common symptom of Parkinson’s disease (PD) and results in reduced mobility and postural instability. The objective of this study is to develop and demonstrate a technology-assisted exercise protocol that is specifically aimed at reducing bradykinesia. Seven persons with PD participated in this study. They were required to perform whole body reaching movements toward targets placed in different directions and at different elevations. Movements were recorded by a Microsoft Kinect movement sensor and used to control a human-like avatar, which was continuously displayed on a screen placed in front of the subjects. After completion of each movement, subjects received a 0-100 score that was inversely proportional to movement time. Target distance in the next movements was automatically adjusted in order to keep the score around a pre-specified target value. In this way, subjects always exercised with the largest movement amplitude they could sustain. The training protocol was organised into blocks of 45 movements toward targets placed in three different directions and at three different elevations (a total of nine targets). Each training session included a finite number of blocks, fitted within a fixed 40 minutes duration. The whole protocol included a total of 10 sessions (approximately two sessions/week). As primary outcome measure we took the absolute average acceleration. Various aspects of movement performance were taken as secondary outcome measures, namely accuracy (undershoot error), path curvature, movement time, and average speed. Throughout sessions, we observed an increase of the absolute average acceleration and speed and decreased undershoot error and movement time. Exercise also significantly affected the relationship between target elevation and both speed and acceleration – the improvement was greater at higher elevations. The device and the protocol were well accepted by subjects and appeared safe and easy to use. Our preliminary results point at a training-induced reduction of bradykinesia.
Match with the search results: Feb 14, 2015 … Rehabilitation may have an important impact in the quality of life of persons with PD. Physical exercise might help to reduce the motor symptoms …

Adaptive training with full-body movements to reduce bradykinesia in persons with Parkinson’s disease: a pilot study - Journal of NeuroEngineering and Rehabilitation

Author: www.nature.com
Date Submitted: 12/09/2019 03:58 AM
Average star voting: (4.25/5 stars and 54764 reviews)
Summary: Illusory body ownership can be induced in a body part or a full body by visual-motor synchronisation. A previous study indicated that an invisible full body illusion can be induced by the synchronous movement of only the hands and feet. The difference between body part ownership and the full body illusion has not been explained in detail because there is no method for separating these two illusions. To develop a method to do so, we scrambled or randomised the positions of the hands and feet and compared it with the normal layout stimulus by manipulating visual-motor synchronisation. In Experiment 1, participants observed the stimuli from a third-person perspective, and the questionnaire results showed that the scrambled body stimulus induced only body part ownership, while the normal layout stimulus induced both body part ownership and full body ownership when the stimuli were synchronous with participants’ actions. In Experiment 2, we found similar results as with the first-person perspective stimuli in a questionnaire. We did not find significant skin conductance response difference between any conditions in either Experiment 2 or 3. These results suggest that a spatial relationship is necessary for the full body illusion, but not for body part ownership.
Match with the search results: Mar 24, 2020 … The full body illusion is stronger and more likely to be induced through a visual-tactile experience from the first-person perspective than …

Scrambled body differentiates body part ownership from the full body illusion | Scientific Reports

Author: journals.plos.org
Date Submitted: 08/09/2020 10:25 AM
Average star voting: (4.46/5 stars and 47548 reviews)
Summary: Background Altering the normal association between touch and its visual correlate can result in the illusory perception of a fake limb as part of our own body. Thus, when touch is seen to be applied to a rubber hand while felt synchronously on the corresponding hidden real hand, an illusion of ownership of the rubber hand usually occurs. The illusion has also been demonstrated using visuomotor correlation between the movements of the hidden real hand and the seen fake hand. This type of paradigm has been used with respect to the whole body generating out-of-the-body and body substitution illusions. However, such studies have only ever manipulated a single factor and although they used a form of virtual reality have not exploited the power of immersive virtual reality (IVR) to produce radical transformations in body ownership. Principal Findings Here we show that a first person perspective of a life-sized virtual human female body that appears to substitute the male subjects’ own bodies was sufficient to generate a body transfer illusion. This was demonstrated subjectively by questionnaire and physiologically through heart-rate deceleration in response to a threat to the virtual body. This finding is in contrast to earlier experimental studies that assume visuotactile synchrony to be the critical contributory factor in ownership illusions. Our finding was possible because IVR allowed us to use a novel experimental design for this type of problem with three independent binary factors: (i) perspective position (first or third), (ii) synchronous or asynchronous mirror reflections and (iii) synchrony or asynchrony between felt and seen touch. Conclusions The results support the notion that bottom-up perceptual mechanisms can temporarily override top down knowledge resulting in a radical illusion of transfer of body ownership. The research also illustrates immersive virtual reality as a powerful tool in the study of body representation and experience, since it supports experimental manipulations that would otherwise be infeasible, with the technology being mature enough to represent human bodies and their motion.
Match with the search results: May 12, 2010 … … with respect to the whole body generating out-of-the-body and body … person perspective of a life-sized virtual human female body that …

Author: rarediseases.org
Date Submitted: 11/12/2021 04:08 AM
Average star voting: (4.04/5 stars and 75909 reviews)
Summary:
Match with the search results: Stiff-person syndrome (SPS) is a rare acquired neurological disorder characterized by … The spasms may involve the entire body or only a specific region.