Key Research in Psychiatric and Cognitive Development Sciences
Discover research exploring the brain, cognition, behavior and development through modern neuroscience.
Exploring the Complexity of the Human Brain
The brain is a dynamic biological system shaped by billions of interconnected neurons and complex molecular processes.
Developmental Neuroscience
Understanding how neural circuits and cognitive functions develop and change throughout life.
Cognitive Neuroscience
Understanding how neural circuits and cognitive functions develop and change throughout life.
Psychiatric Neuroscience
Exploring the biological and cognitive mechanisms associated with psychiatric conditions and brain health.
From Neural Cells to Cognitive Functions
Understanding the brain requires connecting different levels of biological organization.
Molecular mechanisms influence cellular activity.
Neural cells communicate through complex networks.
Brain circuits support cognitive processes.
Cognitive functions shape behavior and interaction with the environment.
This multidisciplinary perspective allows neuroscience to explore the brain from molecules to mind.
NEUROPLASTICITY
Long-Range Axon Branching: Contributions to Brain Network Plasticity and Repair
NEUROPROTECTION
Review of Neuroprotective Potential of Natural Products Against Hypoxia-Induced Neuronal Injury
Scientific Insights
Explore recent research and scientific discoveries shaping our understanding of the brain, cognition, development and neurobiology.
Biotechnology Driving Neuroscience Forward
Advances in biotechnology are transforming the way scientists investigate the nervous system.
Modern approaches including cell culture, molecular biology, genetic analysis, imaging and bioinformatics provide new ways to investigate neuronal mechanisms and identify potential therapeutic targets.
DID YOU KNOW?
The Brain Is Constantly Changing
The nervous system can modify the strength and organization of its connections in response to experiences and environmental changes.
This remarkable property, known as neuroplasticity, plays an important role in learning, memory and brain development.
The Brain Is Still Full of Questions
Explore the science behind cognition, behavior and brain development.
Discover new perspectives. Explore scientific knowledge. Understand the brain.
What Makes the Brain So Complex?
The human brain contains billions of neurons connected through highly organized networks.
Each neuron can receive and transmit signals through electrical and chemical communication, allowing different regions of the nervous system to work together.
This organization enables processes ranging from basic sensory perception to complex cognitive functions.
The Neuroscience of Memory and Learning
Memory and learning are fundamental cognitive processes shaped by complex interactions between neurons, brain networks and molecular signaling pathways. Understanding these mechanisms provides insight into how the brain acquires, stores and retrieves information.
Understanding Brain Development
Brain development is a dynamic process involving changes in neuronal connections, cellular organization and molecular signaling. Studying these processes helps researchers understand how early brain development contributes to cognition, behavior and lifelong neurological function.
Psychiatric Neuroscience
Psychiatric neuroscience explores the biological mechanisms underlying cognition, emotion and behavior. Research in this field combines neuroscience, molecular biology and behavioral science to better understand brain function and its relationship with mental health.
Cognitive Neuroscience
Cognitive neuroscience investigates how brain activity supports memory, attention, learning, perception and decision-making. By connecting brain mechanisms with cognitive processes, researchers can better understand the biological foundations of human behavior.
Neuroplasticity
The brain continuously adapts to experience, learning and environmental changes. Neuroplasticity research examines how neurons and neural networks modify their structure and function, providing important insights into learning, development and brain adaptation.
