Pediatric hemorrhagic stroke can lead to significant neurologic, cognitive, and behavioral morbidities that often emerge over time and can impede long-term academic, vocational, and socioemotional function. While many of the existing data stem from studies in arterial ischemic stroke, functional outcomes in hemorrhagic stroke, and particularly pediatric intracerebral hemorrhage, remain largely understudied. Extrapolating findings from ischemic stroke can be challenging, as there are notable differences in care and potentially in outcomes for hemorrhagic stroke. The primary goal of this consensus statement by a multidisciplinary group of stroke experts is to provide a review of the current literature on neurologic, cognitive, behavioral, and socioemotional outcomes after hemorrhagic stroke. Neurologically, children with pediatric intracerebral hemorrhage often experience motor deficits, including hemiparesis and coordination issues, as well as cognitive impairments affecting attention, memory, and executive function. Behavioral and emotional problems, such as depression, and social difficulties can also occur. Data on academic attainment are also presented, along with considerations regarding long-term outcomes and the transition to adulthood. We further examine a variety of key determinants predicting outcomes, including medical, demographic, familial, and socioeconomic factors, as well as current research on rehabilitation, with an emphasis on gold-standard guidelines for clinical interventions. Given the complexity of outcome measurement in pediatric hemorrhagic stroke and the lack of uniform tools for assessing outcomes across diverse populations, we propose guiding principles for outcome measurement, along with examples of domain-specific tools. Finally, we discuss the limitations of the current literature and outline goals for future clinical practice and research.

Pharmacological profiling of Thiamet-G inhibitor in MPTP induced Parkinson's disease: Evidence from behavioral, biochemical, and histological studies.

Bimanual coordination, fundamental to human motor control, typically involves the execution of different functions by the two limbs (e.g., opening a jar). Previous research has largely investigated bimanual control through simple coordination tasks in which the limbs perform similar movements (e.g., finger tapping); however, few studies have specifically examined coordination when the two limbs perform different yet complementary functions. In the current study, participants performed point-to-point movements of a rectangular cursor, where one limb controlled cursor trajectory and the other rotated a knob to match a target orientation. Participants (N = 116, 76 female, 1 nonbinary; 92% right-handed) were divided into four groups and completed the task with a visual feedback gain perturbation (an increase or decrease) applied either to the cursor trajectory or orientation. Our results showed rapid adaptation to perturbations of visual feedback of the movement trajectory, affecting both the perturbed limb controlling the trajectory and the unperturbed limb controlling the orientation. Conversely, perturbation to the visual orientation feedback primarily only influenced the perturbed limb controlling orientation, with minimal impact on movement trajectory metrics. Importantly, these results were independent of reaching amplitude, duration, and limb dominance. In addition, we assessed the temporal coordination between the two limbs and found that perturbations in visual trajectory feedback led to significant changes in limb coordination, whereas no notable difference was observed for perturbations of orientation. These findings indicate asymmetries in bimanual motor recalibration dependent on the perturbed aspect of visual feedback (orientation vs trajectory), suggesting differences in underlying neural mechanisms and interhemispheric communication.

Effects of exercise interventions on motor coordination in children with developmental coordination disorder (DCD): A systematic review and meta-analysis.

Artemisinin attenuates quinolinic acid-induced neurotoxicity by suppressing neuroinflammatory and apoptotic gene expression in rats.

Neuropharmacological potentials (antipsychotic-, anxiolytic-, and antidepressant-like activities) of methanol leaf extract of Andrographis paniculata Nees in vivo: Possible mechanisms, antioxidant activity, and in silico supportive evidence.

Treatment with a botanical mixture of cannabidiol:Δ9-tetrahydrocannabinol enhances microglial phagocytosis and shapes amyloid plaques in a mouse model of Alzheimer's disease.

Speech patterns in multiple sclerosis (MS) are poorly characterized. Software such as Dysarthria Analyzer (DA) performs a detailed speech analysis. The objective of the study is (1) to explore speech features in patients with MS and (2) to investigate correlations between speech features and clinic-demographic characteristics. Patients underwent clinical assessments (Expanded Disability Status Scale (EDSS) and Brief International Cognitive Assessment for Multiple Sclerosis (BICAMS)) and speech evaluation using the DA. Each patient performed 6 vocal tasks: phonation A, phonation I, reading, monologue, fast syllables repetitions. The DA extracted 23 speech features as age-, gender-, and education-adjusted z-scores against healthy controls. A principal component analysis was conducted. Correlations between the components and clinic-demographic features were assessed through stepwise analysis. We enrolled 72 patients (50 females; mean age 48.1 ± 10.9 years; median EDSS of 3 (1.5-6.5)). Principal component analysis (PCA) identified a 7-component model: Voice Intensity, Voice Intensity Variation, Motor Coordination, Speech Diadochokinesis, Speech Speed, Voice Strength, Speech Latency. Higher EDSS is associated with worse Voice Intensity Variation (r = -0.23; p = 0.05), Speech Speed (r = -0.40; p = 0.001) and Speech Latency (r = -0.23; p = 0.05). Progressive MS patients showed worse Voice Intensity Variation (coeff. = -1.20; p = 0.002). Worse cognitive functioning correlated with worse Speech Speed (coeff. = -0.38; p = 0.02). Detailed speech analysis can reveal useful clinical information about physical and cognitive disability in MS possibly representing an additional tool to assess disability.

ECHINATIN AS A MULTIMODAL MODULATOR OF MONOAMINERGIC SYSTEM: PRECLINICAL EVIDENCE FOR ANTIDEPRESSANT-LIKE ACTIVITY.

Developmental coordination disorder (DCD) is characterized by impaired motor coordination and co-occurring deficits in executive function that significantly affect daily participation. There is limited understanding of the participation of adolescents with DCD, in particular in the domains of household chores, community mobility and driving, education, and work. To explore the strengths and challenges experienced by adolescents with DCD in their participation across multiple occupational domains. Qualitative descriptive secondary analysis. Community. Adolescents with DCD (N = 11), ages 13-18 yr. Interviews were analyzed with a directed approach to elicit participation experiences in activities of daily living (ADLs), household chores and responsibilities, community mobility and driving, education, work, and leisure and social activities. The analysis revealed cross-domain participation patterns characterized by effortful performance and inefficiency, where significant effort often did not lead to successful outcomes. Challenges with motor coordination, organization, and spatial orientation affected performance in activities ranging from ADLs and education to household chores, team sports, and leisure pursuits. Despite these difficulties, participation in education emerged as a relative strength. The participants described adapting to challenges by gravitating toward leisure activities that aligned with their abilities and were enjoyable. They perceived their interpersonal and social performance as an area of strength. The findings provide an in-depth understanding of the daily participation experiences of adolescents with DCD, highlighting both challenges and strengths, and emphasize the need for support services for individuals with DCD during adolescence, which can be informed by using a strengths-based approach. Plain-Language Summary: We explored how teens with developmental coordination disorder take part in daily activities, such as those related to self-care, chores, school, work, and social life. Experiences varied: The participants said that movement and organization tasks felt difficult, but other activities brought joy. Some teens adapted by choosing activities that matched their strengths, leading to success and enjoyment. However, difficulties in activities also affected emotions, causing frustration when tasks were hard and boosting self-esteem when they did well. This study provides a better understanding of the daily experiences and feelings of teens with developmental coordination disorder.

Novel hybrid peptide BNT12 displays potent antinociception with limited opioid-like side effects at the spinal level.

Therapeutic potential of KATP channels in the attenuation of Parkinson's disease pathogenesis and progression - A review.

Cerebral palsy (CP) is a non-progressive neurological disorder that impairs motor control and coordination due to brain injury or abnormalities before, during, or shortly after birth. Although robotic gait training can improve overall gait patterns in CP, interventions targeting the 'foot rockers' motion, essential for stable weight transfer and effective push-off, have received limited attention. In this study, five adults with CP were recruited to train on a robotic treadmill system in which controlled downward forces were applied to the pelvis during walking, promoting implicit motor learning to develop an improved foot rockers strategy. Following this, during overground walking, participants received distinct real-time auditory cues at heel strike and push-off, providing self-awareness feedback to reinforce and maintain the foot rockers pattern acquired during treadmill training. Post-training analyses reported increased Tibialis Anterior activation during early stance, enhancing dorsiflexion and heel strike, and greater Soleus and Gastrocnemius engagement in late stance for stronger push-offs (p <0.05). These functional gains were reflected in key spatiotemporal metrics: longer step length, greater toe clearance, a reduced stance percentage, and a shorter double stance time (p <0.05). Participants also exhibited increased range of motion of the foot and increased knee and hip extension throughout stance, reflecting a more upright lower limb (p <0.05). Survey responses confirmed that participants acknowledged the resistive treadmill training for strengthening their muscles and influencing their walking patterns, and reported that the auditory biofeedback enhanced their awareness of heel-to-toe contact. Participants emphasized the necessity of incorporating both interventions, highlighting its potential as a promising approach to improving foot rockers and overall gait pattern in adults with CP.

Minimally invasive upconversion optogenetics for Parkinson's disease treatment.

Vibration can stimulate the neuromuscular system through various frequencies and amplitudes, leading to increased muscle strength. Therefore, by applying vibration to the tongue, we anticipate that tongue vibration exercise will effectively enhance tongue muscle strength, similar to the effects of local vibration. This study assessed the effectiveness of tongue vibration exercises in healthy older individuals to improve tongue function, focusing on increasing tongue muscle strength and oral motor coordination. The study encompassed 50 participants aged more than 65 years, segregated into an experimental group and a control group. The experimental group comprised 37 participants, while the control group consisted of 13 participants. The experimental group participated in a 12-week tongue vibration exercise training. The control group received a home programme for oromotor exercise. Both groups received assessments at baseline and after intervention, which included measurements of tongue muscle strength, labial muscle strength, tongue length, mouth opening distance, and tongue diadochokinetic rate. The experimental group demonstrated a significant improvement in tongue muscle strength (p < 0.0001), and the between-group difference in tongue muscle strength after 12 weeks of training also showed a significant difference (p = 0.0003). Tongue vibration exercise training was effective in enhancing tongue muscle strength among healthy older individuals. This suggests that tongue vibration exercise may help preserve tongue strength in older adults, which could support oral motor function and reduce the risk of age-related functional decline.

High-temperature exposure induces neurobehavioral abnormalities in mice through disruption of the gut microbiota.

Detection and in silico evaluation of undeclared venlafaxine and clomethiazole in a counterfeit herbal product marketed for alcohol withdrawal syndrome.

Mitochondrial dysfunction is a critical contributor to neuronal damage in acute ischemic stroke (AIS), and targeting mitochondrial function represents a promising therapeutic strategy. This study unveils the pivotal role of Cend1 protein in ischemic stroke and elucidates its underlying mechanisms. Using Cend1 knockout (KO) mice, Cend1 deficiency was shown to exacerbate cerebral ischemia/reperfusion injury, as evidenced by enlarged infarct volume, worsened neurological deficits in motor coordination and grip strength, together with alterations in mitochondrial membrane potential (ΔΨm), mPTP opening, ATP content, and the activities of respiratory Complex I and V. Mechanistically, Cend1 forms dimers via conserved GXXXA motifs in its transmembrane domain to enhance ATP synthesis. Disruption of dimerization of Cend1 (such as G130P mutation) destabilized Cend1, accelerating its degradation and abolishing ATP-enhancing effects. Atp5f1b, a mitochondrial ATP synthase subunit, was found to interact with Cend1. Furthermore, screening identified the small-molecule compound Tianeptine (TNT), which stabilizes Cend1 dimers, elevates ATP levels, and confers neuroprotection in a Cend1-dependent manner. Notably, TNT's efficacy was abolished in Cend1 KO mice, highlighting its reliance on Cend1. The findings support the Cend1/Atp5f1b interaction as a potential mitochondria-targeted mechanism, offering innovative strategies to combat ischemic stroke by enhancing bioenergetic resilience.

This study aims to determine the effectiveness of the modified traditional long clog game on improving gross motor skills in early childhood. The study used a quasi-experimental method with a One Group Pretest–Posttest Design. The subjects were 12 children in Group A at Putra Pertiwi Kindergarten, Bekasi Regency, selected by purposive sampling. Data were obtained through observations of children’s gross motor skills using five main indicators: balance, leg muscle strength, coordination, social, and emotional. The analysis results using the paired sample t-test showed a significance value of 0.000 &lt; 0.05 and t_count 9.58 &gt; t_table 2.20, which means there is a significant difference between the pretest and posttest results. These findings indicate that the modified long clogs game effectively improves the gross motor skills of children aged 4–6 years. This activity not only strengthens motor coordination and body balance, but also trains children’s cooperation, focus, courage, and social-emotional abilities. In addition to providing physical benefits, this game contributes to character building through fun and educational play activities. Thus, the modified long clogs game is worthy of being integrated into the Early Childhood Education (PAUD) curriculum as a local culture-based learning medium that is able to develop children’s physical, social, and emotional aspects comprehensively.

Aim: This review systematically examines the neurological, cognitive, and physical effects of Life Kinetik training, an innovative method that integrates physical activities with cognitive tasks. The aim is to evaluate its effectiveness in improving brain plasticity, visual perception, working memory, concentration, self-confidence, attention, and motor skills across various populations, including young athletes, sedentary individuals, and students. Additionally, the review highlights gaps in the current literature and areas requiring further investigation. Method: A comprehensive literature search was performed in PubMed, Google Scholar, Scopus, and Web of Science using the keywords “Life Kinetik”, “Life Kinetik training method”, “cognitive–motor coordination training” and “perceptual–cognitive training”. Eighteen studies, including randomized controlled trials, clinical research, and experimental investigations, met the inclusion criteria. Findings from these studies were synthesized to assess the cognitive and physical outcomes associated with Life Kinetik training. Conclusion: Life Kinetik training appears to enhance brain plasticity, visual perception, working memory, and concentration, indicating its potential as an effective approach for improving cognitive and motor functions. However, evidence regarding its effects on self-confidence, attention, and motor skills remains inconsistent, underscoring the need for further high-quality studies. Future research should investigate long-term adaptations and optimize the integration of Life Kinetik training into educational and athletic settings, taking into account variables such as age, skill level, and sport-specific requirements.