Noise decrease rate comparison. by Xianlin Ren (22783589)

Boxplot comparing Ct values for HD in flies and clothes. by Philippe Ndzomo (17706039)

S1 Data. Bibliometric analysis. S2 Data. Estrogen level analysis. S3 Data. MicroCT quantification. S4 Data. Markers of bone metabolism. by Yan She (8639796)

Motor parameters. by Zhihao Li (359073)

“…Compared to traditional rule-based energy management strategies, the optimized fuzzy control using the enhanced DBO continuously adjusts the torque distribution between the engine and motor based on the vehicle’s real-time state, resulting in a 9.07% reduction in fuel consumption and a 3.43% decrease in battery <i>SOC</i> fluctuations.…”

Preferential Synaptic Type of GABA‑A Receptor Ligands Enhancing Neuronal Survival and Facilitating Functional Recovery After Ischemic Stroke by Barbara Mordyl (805231)

Subjects:

Preferential Synaptic Type of GABA‑A Receptor Ligands Enhancing Neuronal Survival and Facilitating Functional Recovery After Ischemic Stroke by Barbara Mordyl (805231)

Subjects:

Motor efficiency map. by Zhihao Li (359073)

“…Compared to traditional rule-based energy management strategies, the optimized fuzzy control using the enhanced DBO continuously adjusts the torque distribution between the engine and motor based on the vehicle’s real-time state, resulting in a 9.07% reduction in fuel consumption and a 3.43% decrease in battery <i>SOC</i> fluctuations.…”

Skin marks is the S1 Fig title. by Mercedes Soto-González (20422078)

Torque sample entropy (AU) in the three conditions: Internal, control, external. by Philipp Bauer (21601393)

Subjects:

Experimental set up with the participant seated on the isokinetic dynamometer. by Philipp Bauer (21601393)

Subjects:

Infographic of the experimental design with the respective focus instructions (i.e., control- no focus instruction, internal focus- quadriceps, external focus- lever arm of the mac... by Philipp Bauer (21601393)

Subjects:

Coefficient of Variation (%), Peak Torque (N.m), Muscle Activation (%MVIC) and Co-Contraction Index of the analysed muscles in the three conditions: Control, external, internal. by Philipp Bauer (21601393)

Subjects:

Effects of <i>B</i>. <i>erecta</i> on motor symptom of PD model rats (Rotarod test). by Asif Khan (1740271)

Subjects:

The results of linear mixed model. by Soheila Qanbari (20455173)

“…This study aimed to assess whether enhancing M1 and S1 excitability via tDCS, alongside sensory-motor exercises, offers additional benefits for CLBP patients.…”

Sensory-evoked potentials of N80 and N150. by Soheila Qanbari (20455173)

“…This study aimed to assess whether enhancing M1 and S1 excitability via tDCS, alongside sensory-motor exercises, offers additional benefits for CLBP patients.…”

Speed and accuracy variation with <i>k</i>_<i>P</i>. by Ankur Kamboj (19846178)

Effort variation with <i>η</i>. by Ankur Kamboj (19846178)

Baseline Characteristics of Study Participants. by Swati M. Surkar (8399427)

“…The results demonstrate that DT training significantly improves and retains DT performance, likely due to a reduction in cognitive-motor interference. Additionally, DT training led to decreased activation in the bilateral PFC and vestibular cortices, specifically for complex DT condition, suggesting enhanced attentional resource allocation and optimized vestibular input processing, indicative of neural efficiency. …”

Raw and processed data files. by Swati M. Surkar (8399427)

“…The results demonstrate that DT training significantly improves and retains DT performance, likely due to a reduction in cognitive-motor interference. Additionally, DT training led to decreased activation in the bilateral PFC and vestibular cortices, specifically for complex DT condition, suggesting enhanced attentional resource allocation and optimized vestibular input processing, indicative of neural efficiency. …”

Data Sheet 1_Motor learning leverages coordinated low-frequency cortico-basal ganglia activity to optimize motor preparation in humans with Parkinson’s disease.pdf by Kara N. Presbrey (21347171)

“…Neurostimulation that enhances cortico-basal ganglia δ synchrony may thus hold potential for improving skilled fine motor control in PD.…”