Search or ask a question

What are sufficient neuroscientific methods to gain insights into neural responses in a mobile setting within ms?

Neuroergonomics

Mobile computing

Banner blindness

Best insight from top research papers

Sufficient neuroscientific methods for investigating neural responses in a mobile setting within multiple sclerosis (MS) include utilizing mobile brain/body imaging approaches (MoBI), developing novel mobile apps for real-time symptom monitoring and differentiation of fatigue phenotypes, and employing wireless push-pull microsystems for neurochemical sampling with cellular spatial resolution in freely moving animals. These methods enable the analysis of brain dynamics during active movements, circadian changes in fatigue, and the release of neuropeptides in natural working conditions and behavioral tasks. By integrating these approaches, researchers can gain comprehensive insights into neurocognitive processes, fatigue phenotypes, and neurochemical modulation in MS patients, facilitating a deeper understanding of neural responses in mobile settings within the context of MS.

Answers from top 4 papers

PDF

Open Access

More filters

Papers (4)	Insight
Open access•Journal Article•DOI Usability of a Mobile App for Real-Time Assessment of Fatigue and Related Symptoms in Patients With Multiple Sclerosis: Observational Study. Miklos Palotai, Max Wallack, Gergo Kujbus, Adam Dalnoki, Charles R.G. Guttmann - Show less +4 more 16 Apr 2021-Jmir mhealth and uhealth 7 Citations	The mobile app in the study utilizes Visual Analogue Scales (VASs), daily sleep diaries (SLDs), and questionnaires to assess fatigue and related symptoms in MS patients, providing real-time neural response insights.
Open access•Journal Article•DOI Mobile Brain/Body Imaging (MoBI) of Physical Interaction with Dynamically Moving Objects Evelyn Jungnickel, Klaus Gramann - Show less +1 more 27 Jun 2016-Frontiers in Human Neuroscience 73 Citations	Mobile Brain/Body Imaging (MoBI) with independent component analysis (ICA) allows for analyzing brain dynamics during rapid movements, providing insights into neural responses in a mobile setting within ms.
Open access Floating Banner Blindness on Mobile Device: An Experimental Approach Using Neuroscientific Methods Minchul Shin, Cheul Rhee - Show less +1 more 01 Jan 2017 1 Citations	Eye tracking and EEG are effective neuroscientific methods to study cognitive and emotional responses to floating ads on smartphones within milliseconds in a controlled laboratory setting.
Book Chapter•DOI Mobile Neuroergonomics: Action, Interfaces, Cognitive Load, and Selective Attention Ryan McKendrick 01 Jan 2019 1 Citations	Neuroscientific methods like studying cognitive load, selective attention, and performance can provide insights into neural responses in a mobile setting within milliseconds.

My columns

Related Questions

What are the main neuroscience research methods?4 answersNeuroscience research methods encompass a range of techniques for studying the human brain. These methods have evolved with advancements in related disciplines and technologies. Contemporary neuroscience research focuses on both the microscopic level, investigating neurons, synapses, and neural networks, and the macroscopic level, exploring complex mental functions and consciousness. Various methods are available for studying brain function, including techniques for measuring compounds within the brain (such as SPECT, PET, and MRS), techniques for measuring local metabolic and blood oxygen changes (such as PET, fMRI, and optical imaging), and techniques for measuring neuronal activity within the brain (such as EEG, MEG, and ERP). Neuroscientific methods have also been used to uncover unconscious brain processes, which are critical for human choice in management contexts. Additionally, neuroimaging techniques, such as CT, PET, SPECT, and MRI-based methods, have been widely used to investigate brain structure and function in healthy individuals and patients, including those with major depressive disorder. Electrophysiologic and imaging methods are particularly important in neuroscience and psychology, with magnetic resonance imaging being of outstanding importance in cognitive neuroscience. Finally, neuroscientific methods for consumer research include functional magnetic resonance imaging, electroencephalography, biometric methods, transcranial magnetic stimulation, transcranial direct current stimulation, and neurogenetic association approaches.

What are the opportunities for mobile research in neuroscience?5 answersMobile research in neuroscience offers several opportunities for advancing the field. Mobile neuroimaging technologies, such as electroencephalography (EEG) and functional near-infrared spectroscopy (fNIRS), allow for conducting studies directly in naturalistic learning environments, providing valuable insights into brain activity during real-world tasks. The portability and precise temporal resolution of mobile EEG have expanded research into dynamic tasks like human locomotion, offering a better understanding of neural pathways involved in gait and potential applications in rehabilitation or human performance. Mobile applications can also enhance accessibility and support for neurodiverse individuals, such as those with autism or ADHD, by addressing their idiosyncratic needs and involving them in the design process. Additionally, mobile brain imaging solutions, like the Smartphone Brain Scanner, have the potential to transform experimental paradigms by capturing brain signals in everyday contexts and supporting a range of neuroimaging applications. These advancements in mobile research have the potential to revolutionize psychiatric diagnoses, treatment, and prevention by leveraging wearable devices and smartphones to collect and analyze large datasets.

How can neurofilaments be used in clinical settings to assess MS?4 answersNeurofilaments can be used in clinical settings to assess multiple sclerosis (MS) by measuring serum or cerebrospinal fluid (CSF) levels of neurofilament light chain (NfL). NfL levels in serum and CSF reflect ongoing neuroaxonal damage and can be used as a biomarker for prognosis and treatment response in MS. Elevated NfL levels are associated with inflammatory-driven neuroaxonal damage and predict disease activity in the short term. However, the association of NfL with long-term clinical outcomes and its ability to reflect slow, diffuse neurodegenerative damage in MS is less clear. Despite these challenges, NfL measurement shows promise in guiding clinical decision-making in MS, including initial diagnosis, treatment choice, surveillance of subclinical disease activity, and therapy selection. Further research and development are needed to overcome the hurdles and integrate NfL assays into routine clinical practice for MS.

What are the current neurorehabilitation strategies that exist to control motor and cognitive symptoms in multiple sclerosis?5 answersNeurorehabilitation strategies for controlling motor and cognitive symptoms in multiple sclerosis (MS) include various approaches. Physical agents such as electrostimulation, hydrotherapy, cryotherapy, and electromagnetic fields are commonly used for symptom management. Resting state functional magnetic resonance imaging (rs-fMRI) and MR tractography are specialized MRI techniques used to assess brain connectivity and evaluate the effectiveness of rehabilitation in MS patients. Multimodal programs that combine cognitive and motor training have shown potential in improving both cognitive and motor efficiency in MS patients. Cognitive exergames, which combine cognitive and physical exercise, have also shown benefits in improving cognitive performance in MS patients. Virtual reality rehabilitation systems have been found to be effective in improving cognitive outcomes in MS patients. These strategies aim to alleviate symptoms, promote positive immunological transformations and neuroplasticity, and improve the quality of life for MS patients.

Can the ER test for MS?6 answers

Does MS only affect motor neurons?4 answers

See what other people are reading

How have individual freedoms been sacrificed for national security throughout history?

Individual freedoms have often been compromised in the name of national security throughout history. In post-Soviet countries, preferences for personal freedoms, civil rights, and democracy were found to predict higher support for environmental protection and economic growth, indicating a trade-off between individual liberties and societal well-being. The rapid advancement of technology, such as the proliferation of compact cameras, has raised concerns about privacy rights. Governments may restrict access to sensitive areas to protect national security, highlighting the tension between individual privacy and security needs. Additionally, the government's right to conduct video surveillance in public areas, though infringing on anonymity, was associated with increased support for environmental protection and economic growth, showcasing how surveillance measures can impact individual freedoms in the interest of broader goals.What are the bad impacts of videogames on the brain?

Playing video games (VGs) can have negative impacts on the brain. Extensive VG play has been linked to increased mean diffusivity (MD) in various brain regions, affecting microstructural properties and verbal intelligence. Exposure to violent VGs can decrease prefrontal activity during inhibition, potentially impairing control of aggressive behavior. Additionally, addictive VG play can lead to cognitive load, affecting attention, academic performance, and eyesight negatively. Breaks filled with VGs have been associated with poorer working memory performance, possibly due to interference with arousal state and frontal cognitive control functions. Therefore, it is crucial to recognize and manage the potential detrimental effects of VGs on the brain, especially in children and adolescents.What are the effects of working memory capacity on driving?

Working memory capacity (WMC) plays a crucial role in driving performance and behavior. Research indicates that individuals with lower WMC tend to exhibit poorer hazard perception performance, increased instances of inattention while driving, and slower reaction times when engaged in cognitively demanding tasks while driving. Moreover, higher WMC is associated with more consistent adherence to explicit attitudes towards driving after drinking, particularly in situations where perceived danger is lower. In adolescent drivers, a slower growth trajectory of WMC is linked to a higher likelihood of being involved in crashes, highlighting the importance of ongoing development of WMC in safe driving practices. These findings underscore the significant impact of WMC on driving behavior, hazard perception, and overall driving performance.How Licensing is Beneficial to Google-Android?

Licensing plays a crucial role in the success of Google's Android platform. Google distributes free proprietary applications through Google Mobile Services (GMS) under licensing agreements like the Mobile Application Distribution Agreement (MADA). Additionally, mobile-based biometrics using Android technology enhance security measures through client-server applications. Licensing frameworks in Android address issues of redistribution and authentication, ensuring secure licensing procedures both online and offline. Google strategically utilizes free and open-source software, including Android, for its online services, highlighting the significance of FOSS licensing in Google's operations. Moreover, licensing frameworks in mobile applications developed in web-based environments enforce compliance and regulate functionality based on licensing agreements. In essence, licensing in the Google-Android ecosystem fosters innovation, security, and legal compliance, contributing significantly to the platform's overall success.How complicated mobile accounting application is?

Mobile accounting applications are designed to simplify financial management for small and medium entrepreneurs. These applications offer various features such as account information input, search, summation, and reminders, providing a powerful tool for recording, statistics, and timely reminders based on accounting data. The development of mobile accounting systems involves integrating web-based Accounting Information Systems (AIS) with mobile platforms, ensuring seamless data flow and functionality across different devices. The emergence of Android as a mobile software platform has facilitated the creation of cost-effective mobile accounting tools, aiding Micro, Small, and Medium Enterprises (MSMEs) in understanding costing components and strategies. Despite the increasing importance of mobile accounting applications, challenges exist in meeting user requirements and incorporating them effectively into mobile platforms.How do subtitle effects influence viewer engagement and retention in videos?

Subtitle effects play a crucial role in viewer engagement and retention in videos. Research indicates that the design of subtitles, including typographical features like size, color, and position, can significantly impact retention and recall of content. Different types of subtitles, such as bilingual subtitles, can affect viewers' visual attention distribution, cognitive load, and overall comprehension of video content. Moreover, the type of subtitling used can influence vocabulary acquisition and retention, with inconclusive results on the most effective type. Reversed subtitles, where the audio is in the viewer's native language and subtitles in a foreign language, have shown distinct advantages for L2 vocabulary retention. Understanding how various subtitle features influence engagement and retention is essential for educators and material developers to enhance learning outcomes in audiovisual contexts.What is the scientific basis for the concept of mental triggers?

The scientific basis for mental triggers lies in the evidence linking acute mental stress to adverse cardiovascular events like heart attacks and abnormal heart rhythms. Studies have shown that short-term exposures to triggers such as behavioral, psychosocial, and environmental factors can increase the risk of cardiovascular events. These triggers, which represent the final step in the pathophysiological process leading to cardiovascular outcomes, can activate the sympathetic nervous system and adrenal medulla, leading to cardiac catastrophes. Additionally, cognitive load during triggering provocations has been found to augment aggression, especially when the trigger is highly salient, highlighting the impact of mental triggers on behavior. Overall, the presence of trigger stimuli can have significant consequences, influencing both physiological and behavioral responses.How to promote lasting learning in a classroom?

To promote lasting learning in a classroom, a combination of strategies is essential. Firstly, spacing repeated study sessions over multiple days is effective for lasting learning. Additionally, incorporating strategies like retrieval practice, elaboration, interleaving, and concrete examples can help students store and retrieve information effectively. Implementing evidence-based interventions like the TALK training program can optimize teaching to develop students' competencies for lifelong learning, enhancing classroom instructions and individual motivation. Moreover, utilizing distributed practice by spacing study sessions over time rather than massing them at once can significantly improve long-term memory retention. By integrating these approaches, educators can create an environment conducive to lasting learning and enhance students' ability to retain knowledge beyond immediate assessments.In what ways can multimedia projectors be integrated into English language lessons to enhance student engagement and learning outcomes?

Multimedia projectors can be integrated into English language lessons to enhance student engagement and learning outcomes by utilizing audio-visual media such as animated learning videos and PowerPoint presentations. Additionally, mobile learning technologies like Rain Classroom and social media tools like WeChat have shown significant improvements in behavioral, social, cognitive, and emotional engagements, leading to enhanced English learning outcomes compared to traditional teaching methods. The utility model of a projector for a multimedia classroom allows for convenient adjustment of the projector body, optimizing the projection effect and enhancing practicality for users. Moreover, instructional videos designed with consideration for working memory limitations and active processing can positively impact learning and engagement, with segmented lectures of 5-10 minutes being optimal for novice learners in flexible education settings.What are the most effective techniques for university students during lectures?

Effective techniques for university students during lectures include utilizing higher cognitive level questioning techniques, incorporating standing breaks, and implementing cognitive load theory-based lecture guidelines. University lecturers should ask open-ended, interpretive, evaluative, and inquiry questions to foster learning. Introducing standing breaks in lectures can improve students' physical, mental, and cognitive conditions, enhancing concentration, motivation, and well-being. Additionally, employing cognitive load theory-based lecture guidelines can help manage learners' mental loads, leading to increased self-perceived learning, knowledge acquisition, and retention. Despite calls to move away from traditional lecturing, the university lecture remains valuable for promoting collective thinking and visualizing ideas in a shared experience.What is the theoretical framework behind blended learning for working students?

The theoretical framework behind blended learning for working students encompasses various aspects. Activity theory is highlighted as a suitable interdisciplinary framework for integrating social, pedagogical, and technological elements in higher education. Additionally, cognitive load theory plays a crucial role in understanding the impact of blended learning on learners' cognitive processes, emphasizing the need to manage cognitive load effectively. Moreover, the readiness of students, lecturers, and administrators towards blended learning adoption is essential, as it influences the success of implementing blended learning in educational institutions. Addressing challenges such as self-regulation in online learning environments is crucial, with proposed strategies like peer learning self-regulation systems showing promising results in enhancing student outcomes in blended courses. These theoretical foundations collectively contribute to shaping effective blended learning experiences for working students.