Short latency afferent inhibition data.xlsx

Short latency afferent inhibition data.xlsx

<p dir="ltr">In this study, we investigated short-latency afferent inhibition (SAI)—a neurophysiological marker of sensorimotor integration—during different isometric grasping behaviours (precision vs. power grip). We applied transcranial magnetic stimulation (TMS) with different coi...

Full beskrivning

Sparad:

Bibliografiska uppgifter
Huvudupphovsman:	Katia Botta (21679442) (author)
Publicerad:	2025
Ämnen:	Neurosciences not elsewhere classified Motor control Short-latency afferent inhibition current directions Precision grasping power grip of the hand Sensorimotor integration
Taggar:	Lägg till en tagg Inga taggar, Lägg till första taggen!

Liknande verk

Supplemental TableS1_FigureS1.docx
av: Akiko Yuasa (21557147)
Publicerad: (2025)

Supplemental TableS1_FigureS1
av: Akiko Yuasa (21557147)
Publicerad: (2025)

Analyzed data from the article "Effects of aging on transmission from Ia afferents to α-motoneurons and presynaptic mechanisms across muscle lengths and contraction types"
av: Yohan Betus (22492625)
Publicerad: (2025)

Supplementary Material 1 - Detailed MS afferent response to conditions
av: Evrim Yilmaz (22192795)
Publicerad: (2025)

Dataset for: Precise limb-speed afference reveals rhythmogenic drive modality and declines with age
av: Emily Herrick (18079519)
Publicerad: (2025)

Supplementary figures for manuscript "Intracellular Calcium Release Activates Carotid Body Afferents by Fentanyl "
av: Y Peng (8458935)
Publicerad: (2025)

Supplementary figures S1-S9 JAPPL
av: Luca Angius (22531643)
Publicerad: (2025)

Supplemental Figure S9
av: Luca Angius (22531643)
Publicerad: (2025)

Supplemental Figure S8
av: Luca Angius (22531643)
Publicerad: (2025)

Supplemental Figure S7
av: Luca Angius (22531643)
Publicerad: (2025)

Supplemental Figure S6
av: Luca Angius (22531643)
Publicerad: (2025)

Supplemental Figure S5
av: Luca Angius (22531643)
Publicerad: (2025)

Supplemental Figure S4
av: Luca Angius (22531643)
Publicerad: (2025)

Supplemental Figure S3
av: Luca Angius (22531643)
Publicerad: (2025)

Supplemental Figure S2
av: Luca Angius (22531643)
Publicerad: (2025)

Supplemental Figure S1
av: Luca Angius (22531643)
Publicerad: (2025)

<b>Evidence of spinal cord comparator modules for rapid corrections of movements</b>
av: Gorkem Ozyurt (7407341)
Publicerad: (2025)

Dataset_tsRNS.xlsx
av: Mitsuhiro Nito (21665192)
Publicerad: (2025)

Table 1_Vectorial principles of sensorimotor decoding.docx
av: Vassiliy Tsytsarev (4100410)
Publicerad: (2025)

Data Sheet 1_Eye-hand coordination during upper limb motor tasks in individuals with or without a neurodevelopmental disorder: a systematic review.xlsx
av: Manel Abid (14195009)
Publicerad: (2025)

Two-by-two contingency tables displaying the frequency of preferred upper extremity for writing, throwing, and hand grip strength tasks (n = 34).
av: Mohamadreza Hatefi (17404034)
Publicerad: (2025)

Raw anonymized data underlying the findings described in this manuscript.
av: Mohamadreza Hatefi (17404034)
Publicerad: (2025)

Data Sheet 2_Eye-hand coordination during upper limb motor tasks in individuals with or without a neurodevelopmental disorder: a systematic review.docx
av: Manel Abid (14195009)
Publicerad: (2025)

AnterogradeInterferencedata.csv
av: Li-Ann Leow (21591617)
Publicerad: (2025)

Table 1_Pyridostigmine improves hand grip strength in patients with myalgic encephalomyelitis/chronic fatigue syndrome.docx
av: Ella Schlömer (22173988)
Publicerad: (2025)

The 13 major superficial muscles of the upper limb included in this study, with their associated abbreviations and maximum muscle force values from the literature, as well as our estimates of homonymous GTO feedback gains and afferent and efferent delays. Note that the GTO feedback gains are expressed in units of 10<sup>-3</sup> MVC/N (e.g., the gain for Delt Ant is 1.04·10<sup>-3</sup> MVC/N).
av: Ian Syndergaard (21627500)
Publicerad: (2025)

A Large Electroencephalogram Database of Freewill Reaching and Grasping Tasks for Brain Machine Interfaces
av: Bhoj Raj Thapa (20897756)
Publicerad: (2025)

Data Sheet 1_Younger adult brain utilizes interhemispheric strategy via ipsilateral dorsal premotor cortex for fine control of dexterous finger movements, unlike the aging brain.docx
av: Gen Miura (14675550)
Publicerad: (2025)

Data Sheet 1_Refined analysis of the Speech-to-Speech Synchronization task reveals subharmonic synchronization.pdf
av: Simon Bross (21640556)
Publicerad: (2025)

Supplementary file 1_Sensorimotor perturbation-induced cortical responses by a novel PES system: analysis of the N1 component in healthy adults and Parkinson's disease.zip
av: Christian L. Rathke (22382212)
Publicerad: (2025)

Data - Involuntary visuomotor feedback responses reflect a representation of partner actions
av: Seth Sullivan (20902238)
Publicerad: (2025)

Definitions and abbreviations of the kinematic parameters.
av: Pablo Sanz Diez (12245569)
Publicerad: (2025)

Visual acuity values for each foil density according to the manufacturer’s specifications in LogMAR, Decimal, Snellen (6 meters), and Snellen (20 feet) notations.
av: Pablo Sanz Diez (12245569)
Publicerad: (2025)

Comparison of the z-component deviations (in mm) of the middle (MID) marker trajectory within each visual condition based on (A) object distance and (B) object size.
av: Pablo Sanz Diez (12245569)
Publicerad: (2025)

Comparison of the z-component deviations (in mm) of the middle (MID) marker trajectory between the Plano condition and each Bangerter foil across different experimental conditions (object size and object distance).
av: Pablo Sanz Diez (12245569)
Publicerad: (2025)

Comparison of the y-component deviations (in mm) of the middle (MID) marker trajectory within each visual condition based on (A) object distance and (B) object size.
av: Pablo Sanz Diez (12245569)
Publicerad: (2025)

Comparison of the y-component deviations (in mm) of the middle (MID) marker trajectory between the Plano condition and each Bangerter foil across different experimental conditions (object size and object distance).
av: Pablo Sanz Diez (12245569)
Publicerad: (2025)

Comparison of the x-component deviations (in mm) of the middle (MID) marker trajectory within each visual condition based on (A) object distance and (B) object size.
av: Pablo Sanz Diez (12245569)
Publicerad: (2025)

Comparison of the x-component deviations (in mm) of the middle (MID) marker trajectory between the Plano condition and each Bangerter foil across different experimental conditions (object size and object distance).
av: Pablo Sanz Diez (12245569)
Publicerad: (2025)

Comparison of the grip aperture profiles (in mm) within each visual condition based on (A) object distance and (B) object size.
av: Pablo Sanz Diez (12245569)
Publicerad: (2025)