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Applied Behavior Analysis Soy-Derived Compound Shows Promise in Mitigating Brain and Cardiovascular Damage from High-Salt Diets 42 minutes ago Child Development Bridging the Divide: How Modern Neuroscience is Validating Centuries-Old Psychoanalytic Insights 43 minutes ago Occupational Therapy Global Community Prepares to Observe World Occupational Therapy Day on October 27 45 minutes ago Speech and Language Therapy Speech and Language Kids Announces Expansion of Structured Curriculum to Transform SLP Workflow 46 minutes ago Mental Health and Psychology The Sunday Scaries: Understanding the Science Behind the Weekend’s End 47 minutes ago Early Intervention ZERO TO THREE Expands Comprehensive Early Childhood Resource Center to Support Babies, Families, and Professionals 49 minutes ago Assistive Technology Adidas Unveils the Supernova Rise 3 Adaptive: A Breakthrough Performance Running Shoe Designed for Athletes with Disabilities 51 minutes ago Sensory Processing New Printable Summer Sensory Stations Offer Occupational Therapists and Educators a Creative Self-Regulation Tool 52 minutes ago Applied Behavior Analysis Soy-Derived Compound Shows Promise in Mitigating Brain and Cardiovascular Damage from High-Salt Diets 42 minutes ago Child Development Bridging the Divide: How Modern Neuroscience is Validating Centuries-Old Psychoanalytic Insights 43 minutes ago Occupational Therapy Global Community Prepares to Observe World Occupational Therapy Day on October 27 45 minutes ago Speech and Language Therapy Speech and Language Kids Announces Expansion of Structured Curriculum to Transform SLP Workflow 46 minutes ago Mental Health and Psychology The Sunday Scaries: Understanding the Science Behind the Weekend’s End 47 minutes ago Early Intervention ZERO TO THREE Expands Comprehensive Early Childhood Resource Center to Support Babies, Families, and Professionals 49 minutes ago Assistive Technology Adidas Unveils the Supernova Rise 3 Adaptive: A Breakthrough Performance Running Shoe Designed for Athletes with Disabilities 51 minutes ago Sensory Processing New Printable Summer Sensory Stations Offer Occupational Therapists and Educators a Creative Self-Regulation Tool 52 minutes ago
Stories
Soy-Derived Compound Shows Promise in Mitigating Brain and Cardiovascular Damage from High-Salt Diets
Soy-Derived Compound Shows...
Bridging the Divide: How Modern Neuroscience is Validating Centuries-Old Psychoanalytic Insights
Bridging the Divide:...
Global Community Prepares to Observe World Occupational Therapy Day on October 27
Global Community Prepares...
Speech and Language Kids Announces Expansion of Structured Curriculum to Transform SLP Workflow
Speech and Language...
The Sunday Scaries: Understanding the Science Behind the Weekend’s End
The Sunday Scaries:...
ZERO TO THREE Expands Comprehensive Early Childhood Resource Center to Support Babies, Families, and Professionals
ZERO TO THREE...
Adidas Unveils the Supernova Rise 3 Adaptive: A Breakthrough Performance Running Shoe Designed for Athletes with Disabilities
Adidas Unveils the...
New Printable Summer Sensory Stations Offer Occupational Therapists and Educators a Creative Self-Regulation Tool
New Printable Summer...
Beyond Homo Economicus: Reimagining Life, Relational Philosophy, and Ecologies of Care
Beyond Homo Economicus:...
Beyond the Headlines: Why Every Case of Psychosis Is Unique and the Danger of the Violence Myth
Beyond the Headlines:...

Tag: repair

3 posts

Standard
· Applied Behavior Analysis

Injectable Biomaterial Offers New Hope for Brain Tissue Repair After Ischemic Stroke

Biomedical engineers at Duke University have achieved a significant breakthrough in regenerative medicine, developing an injectable biomaterial designed to facilitate brain recovery following an ischemic stroke. In a study published in the journal Cell Biomaterials, researchers demonstrated that this novel material can transform the destructive cavity left behind by lost brain tissue into a highly…

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Standard
· Applied Behavior Analysis

New Insights Into Brain Repair: Adult Astrocytes Found to Regenerate Through Unique Nuclei Migration

The human brain, long considered a relatively static organ once it reaches adulthood, may possess a far more dynamic capacity for self-repair than previously believed. For decades, the prevailing consensus in neurobiology held that once certain foundational support cells within the central nervous system were destroyed—whether through traumatic injury or autoimmune processes—they were effectively lost…

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Standard
· Applied Behavior Analysis

Injectable Biomaterial Offers New Hope for Brain Tissue Repair After Ischemic Stroke

Biomedical engineers at Duke University have achieved a significant milestone in regenerative medicine, developing an injectable biomaterial that shows promise in helping the brain recover from the debilitating effects of an ischemic stroke. In a study published in the journal Cell Biomaterials, researchers demonstrated that by transforming the cavity left behind by lost brain tissue…

Read more

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