Themes and Topics
The SfN Program Committee assigns sessions according to their theme and topic, as selected by the submitters.
A searchable list of the Neuroscience 2026 themes and topics list is available via PDF. After opening the document, please use key command CTRL + F and enter your search term. The results will be highlighted in the right scroll bar.
Note that there have been significant changes to the list, including the addition of a new theme, so submitters should pay careful attention when making theme and topic selections.
|
Theme A |
Development |  |
|---|---|---|
- A.01. Neurogenesis and Gliogenesis
- A.01.a. Proliferation, migration, and cell death
- A.01.b. Mechanisms of cell fate
- A.01.c. Neuronal differentiation
- A.01.d. Glial development
- A.01.e. Postnatal neurogenesis
- A.02. Stem Cells and Reprogramming
- A.02.a. Pluripotent stem cells – Disease models
- A.02.b. Pluripotent stem cells – Differentiation and reprogramming
- A.02.c. Neural stem cells
- A.03. Axon and Dendrite Development
- A.03.a. Dendrite and axon growth
- A.04. Transplantation and Regeneration
- A.04.a. Regeneration
- A.05. Synaptogenesis and Activity-Dependent Development
- A.05.a. Synapse and circuit formation, maturation, and remodelling
- A.06. Developmental Disorders
- A.06.a. Autism – Behavioral analysis
- A.06.b. Autism – Genetic models
- A.06.c. Autism – Synaptic and cellular mechanisms
- A.06.d. Autism – Physiology and systems
- A.06.e. Rett syndrome
- A.06.f. Fragile X syndrome
- A.06.g. Down syndrome
- A.06.h. Angelman and other developmental disorders
- A.06.i. ADHD, SLI, dyslexia, and other specific disorders of neurobehavior
- A.06.j. Animal models of autism
- A.06.k. Animal models of developmental disorders other than autism
- A.07. Development of Neural Systems
- A.07.a. Motor systems
- A.07.b. Sensory systems
- A.07.c. Development – Other systems
- A.08. Adolescent Development
- A.08.a. Adolescent development – Animal models
- A.08.b. Adolescent development – Human imaging
- A.08.c. Adolescent development – Mechanisms
- A.09. Development and Evolution
- A.09.a. Comparative anatomy
- A.09.b. Comparative cellular and molecular mechanisms
- A.10. Schizophrenia
- A.10.a. Schizophrenia genetics, pathophysiology, and mechanisms
- A.10.b. Schizophrenia therapeutics – Animal and human studies
|
Theme B |
Neural Excitability, Synapses, and Glia | |
|---|---|---|
- B.01. Transmitters, Transporters, and Other Signaling Molecules
- B.01.a. Neurotransmitters
- B.01.b. Neurotransmitter transport and degradation
- B.01.c. Neuropeptides and other signaling molecules
- B.02. Transmitter Receptors and Ligand-Gated Ion Channels
- B.02.a. Ligand-gated receptors and ion channels
- B.02.b. G-protein coupled and other receptors
- B.03. Ion Channels
- B.03.a. Voltage-gated sodium channels
- B.03.b. Voltage-gated calcium channels
- B.03.c. Voltage-gated potassium channels
- B.03.d. Other ion channels
- B.04. Synaptic Transmission
- B.04.a. Presynaptic structure, organization, and function
- B.04.b. Transynaptic structure and extracellular dynamics
- B.04.c. Postsynaptic structure, organization, and function
- B.04.d. Pre- and postsynaptic modulation
- B.05. Synaptic Plasticity
- B.05.a. LTP and LTD – Pre- and postsynaptic mechanisms
- B.05.b. LTP and LTD – Kinases, phosphatases, and intracellular signaling
- B.05.c. Homeostatic plasticity
- B.05.d. Structural plasticity
- B.05.e. Transcription and translation in plasticity
- B.06. Intrinsic Membrane Properties and Signal integration
- B.06.a. Intrinsic properties and modulation of neuronal firing
- B.06.b. Somatic and dendritic integration
- B.07. Network Interactions
- B.07.a. Oscillations and synchrony
- B.07.b. Network interactions – Other
- B.07.c. Computational modelling of synaptic networks
- B.08. Epilepsy
- B.08.a. Epilepsy – Channels and synaptic mechanisms
- B.08.b. Epilepsy – Networks and post-seizure modifications
- B.08.c. Epilepsy – In vivo and behavioral studies
- B.08.d. Epilepsy – Animal models
- B.08.e. Anticonvulsant and antiepileptic therapies
- B.08.f. Epilepsy – Human studies
- B.09. Glial Mechanisms
- B.09.a. Astrocytes – Biology
- B.09.b. Astrocytes – Disease mechanisms
- B.09.c. Microglia – Biology
- B.09.d. Microglia – Disease mechanisms
- B.09.e. Oligodendrocytes – Biology
- B.09.f. Oligodendrocytes – Disease mechanisms
- B.09.g. Peripheral glia
- B.10. Neuro-Oncology
- B.10.a. Neuro-oncology
|
Theme C New! |
Neural Aging and Degeneration | |
|---|---|---|
- C.01. Brain Wellness and Aging
- C.01.a. Brain wellness and aging – Molecular and cellular changes
- C.01.b. Brain wellness and aging – Metabolism, oxidative stress, and cellular mechanisms
- C.01.c. Brain wellness and aging – Pharmacological and non-pharmacological interventions
- C.01.d. Brain wellness and aging – Systemic factors and brain function
- C.01.e. Brain wellness – Mechanisms and biomarkers
- C.01.f. Natural brain aging – Behavior and cognitive disorders
- C.01.g. Natural brain aging – Neural mechanisms
- C.01.h. Learning and memory in aging
- C.02. Alzheimer's Disease and Other Dementias
- C.02.a. Alzheimer's disease – Genetics
- C.02.b. Alzheimer's disease – Transcriptomics and genomics (bulk/single cell transcriptomics, epigenomics, etc.)
- C.02.c. Alzheimer's disease – Other omics (mutli-omics, proteomics, lipidomics, glycomics, metabolomics, etc.)
- C.02.d. Alzheimer's disease – Neuroinflammation and immune actions – In vitro models
- C.02.e. Alzheimer's disease – Neuroinflammation and immune actions – In vivo models
- C.02.f. Glial cells and Alzheimer’s disease
- C.02.g. Alzheimer's disease – Blood flow and metabolism
- C.02.h. Alzheimer's disease – Synaptic dysfunctions
- C.02.i. Alzheimer's disease – Neural circuits
- C.02.j. Alzheimer's disease – Imaging
- C.02.k. Alzheimer's disease – Aβ mechanisms
- C.02.l. Tau mechanisms
- C.02.m. ApoE and associated pathways
- C.02.n. Alzheimer's disease therapeutic strategies – Amyloidosis models
- C.02.o. Alzheimer's disease therapeutic strategies – Tau
- C.02.p. Alzheimer's disease therapeutic strategies – Other
- C.02.q. Other dementias, proteinopathies, and pathologies
- C.02.r. Alzheimer's disease – Fluid biomarkers
- C.02.s. Alzheimer's disease – Other biomarkers
- C.03. Parkinson’s Disease
- C.03.a. Parkinson's disease – Alpha-synuclein
- C.03.b. Parkinson's disease – LRRK2 and other molecular mechanisms
- C.03.c. Parkinson's disease – Cellular mechanisms
- C.03.d. Parkinson's disease – Circuit mechanisms
- C.03.e. Parkinson's disease – Animal models
- C.03.f. Parkinson's disease – Neuroprotective mechanisms
- C.03.g. Parkinson's disease therapeutic strategies – Cellular models
- C.03.h. Parkinson's disease therapeutic strategies – Preclinical animal models – Small molecule therapeutics
- C.03.i. Parkinson's disease therapeutic strategies – Preclinical animal models – Other therapeutics
- C.03.j. Parkinson's disease therapeutic strategies – Clinical trials
- C.03.k. Parkinson's disease human studies – Genetics and diagnostic
- C.03.l. Parkinson's disease – Neuroinflammation and immune actions
- C.04. Movement Disorders Other than Parkinson's Disease
- C.04.a. Huntington's disease
- C.04.b. Ataxias and dystonia
- C.04.c. Tremors
- C.05. Tauopathies, Synucleinopathies, and Other Related Diseases
- C.05.a. Tauopathies, synucleinopathies, and other related diseases – Cellular and molecular mechanisms
- C.05.b. Tauopathies, synucleinopathies, and other related diseases – Animal models
- C.06. Neuromuscular Diseases
- C.06.a. ALS and motor neuron diseases – Human genetics and cellular mechanisms
- C.06.b. ALS and motor neuron diseases – In vitro studies
- C.06.c. ALS and motor neuron diseases – Animal models
- C.06.d. ALS and motor neuron diseases – Therapeutics
- C.06.e. Other neuromuscular diseases
|
Theme D New! |
Neuroimmunity, Neurovasculature, and Neural Injury | |
|---|---|---|
- D.01. Neurotoxicity, Inflammation, and Neuroprotection
- D.01.a. Mechanisms of cellular stress and degeneration
- D.01.b. Neuroprotective mechanisms – Preclinical
- D.01.c. Neuroinflammation – Microglia
- D.01.d. Neuroinflammation – Microglia with peripheral immunity
- D.01.e. Neuroinflammation – Animal models
- D.01.f. Neuroinflammation – HIV and infections
- D.01.g. Neuroinvasive viruses
- D.02. Ischemia
- D.02.a. Ischemia – Molecular and cellular mechanisms
- D.02.b. Ischemia – Therapeutic, interventional, and translational studies
- D.03. Stroke
- D.03.a. Stroke, damage, or disease – Imaging and assessment
- D.03.b. Stroke, damage, or disease – Mechanisms of abnormal function
- D.03.c. Stroke recovery – Pharmacological approaches to therapy
- D.03.d. Stroke recovery – Non-pharmacological approaches to therapy
- D.04. Brain Injury and Trauma
- D.04.a. Brain injury – Cellular and molecular mechanisms
- D.04.b. Brain injury – Animal models – Mechanisms
- D.04.c. Brain injury – Animal models – Biomarkers and histology
- D.04.d. Brain injury – Human studies
- D.04.e. Brain injury – Therapeutic strategies
- D.05. Spinal Cord and Peripheral Nerve Injury and Plasticity
- D.05.a. Model systems – Axon regeneration
- D.05.b. Spinal cord injury – Cellular and molecular mechanisms
- D.05.c. Spinal cord injury – Animal models and human studies
- D.05.d. Spinal cord injury – Therapeutic strategies – In vivo – Pharmacological
- D.05.e. Spinal cord injury – Therapeutic strategies – In vivo – Non-pharmacological
- D.05.f. Spinal cord injury – Recovery
- D.05.g. Spinal cord injury – Training, rehabilitation, and repair
- D.05.h. Spinal cord injury – Plasticity and recovery
- D.05.i. Peripheral nerve injury and other diseases
- D.06. Multiple Sclerosis and Other Demyelinating Diseases
- D.06.a. Multiple sclerosis and other demyelinating diseases – Molecular and cellular mechanisms
- D.06.b. Multiple sclerosis and other demyelinating diseases – Human and animal studies and therapeutics
|
Theme E |
Sensory Systems | |
|---|---|---|
- E.01. Somatosensation – Pain and Itch
- E.01.a. Nociceptors and pruitoceptors
- E.01.b. Headache, migraine, and trigeminal circuits
- E.01.c. Pain – Spinal circuits
- E.01.d. Pain – Subcortical circuits
- E.01.e. Pain – Cortical processing
- E.01.f. Pain – Descending modulation
- E.01.g. Pain models
- E.01.h. Inflammatory pain
- E.01.i. Peripheral mechanisms of persistent pain
- E.01.j. Brain mechanisms of persistent pain
- E.01.k. Pain imaging and perception
- E.01.l. Non-opioid treatments for persistent pain
- E.01.m. Itch
- E.02. Somatosensation – Touch
- E.02.a. Somatosensation – Peripheral mechanisms and spinal circuits
- E.02.b. Somatosensation – Thalamic and cortical processing
- E.02.c. Barrel cortex
- E.02.d. Somatosensation – Stimulus feature neural coding and response properties
- E.03. The Chemical Senses
- E.03.a. Olfaction – Peripheral mechanisms
- E.03.b. Olfaction – Higher-order circuits
- E.03.c. Olfaction – Behavior, perception, and its relation to neurophysiology
- E.03.d. Taste
- E.04. Interoception
- E.04.a. Peripheral mechanisms – Mechanosensation, propioception, and chemosensation
- E.04.b. Peripheral mechanisms – Vagal afferents
- E.04.c. Interoception – Central pathways
- E.05. Auditory and Vestibular Systems
- E.05.a. Hair cells and the periphery
- E.05.b. Auditory processing – Sound localization and binaural interactions
- E.05.c. Auditory processing – Temporal, frequency, and spectral processing
- E.05.d. Auditory processing – Vocalizations and natural sounds
- E.05.e. Auditory processing – Circuits, synapses, and neurotransmitters
- E.05.f. Auditory processing – Neural coding, experiment, and theory
- E.05.g. Auditory processing – Perception, cognition, and action
- E.05.h. Vestibular processing and perception
- E.06. Vision
- E.06.a. Photoreceptors and retinal circuitry
- E.06.b. Visual pathways – Subcortical and other
- E.06.c. Visual cortex – Cell types and circuits
- E.06.d. Visual cortex – Populations
- E.06.e. Visual system – Responses during behavior
- E.06.f. Visual system – Response modulation and adaptation
- E.06.g. Higher visual areas
- E.06.h. Visual cortex – Functional architecture and circuits
- E.06.i. Visual system – Plasticity
- E.06.j. Processing of contrast, form, and color
- E.06.k. Visual motion
- E.06.l. Visual system – Category-selective cortical processing
- E.06.m. Visual learning, memory, and categorization
- E.06.n. Visual cognition – Attention and decision-making
- E.07. Visual Sensory-Motor Processing
- E.07.a. Sensorimotor transformation – Behavior and neuroprocessing
- E.08. Multisensory Integration
- E.08.a. Cross-modal processing – Spatial and temporal factors
- E.08.b. Cross-modal processing – Neural circuitry and development
- E.08.c. Cross-modal processing – In humans
|
Theme F |
Motor Systems | |
|---|---|---|
- F.01. Eye Movements
- F.01.a. Eye movements
- F.02. Cerebellum
- F.02.a. Cerebellum – Cell types and circuit physiology
- F.02.b. Cerebellum – Sensorimotor and learning
- F.02.c. Cerebellum – Non-motor functions
- F.03. Basal Ganglia
- F.03.a. Basal ganglia – Transmitters and neuromodulation
- F.03.b. Basal ganglia – Physiology and plasticity
- F.03.c. Basal ganglia – Systems behavior
- F.04. Voluntary Movements
- F.04.a. Action/Sensation/Movement Selection – Human (behavior/physiology/imaging)
- F.04.b. Action/Sensation/Movement Selection – Animal (behavior/physiology/imaging)
- F.04.c. Motor learning – Human (behavior/physiology/imaging)
- F.04.d. Motor learning – Animal (behavior/physiology/imaging)
- F.04.e. Cortical planning and execution – Human (behavior/physiology/imaging)
- F.04.f. Cortical planning and execution – Animal (behavior/physiology/imaging)
- F.05. Brain-Machine Interface
- F.05.a. BMI neurophysiology – Implanted electrodes and other direct interactions with neurons
- F.05.b. BMI neurophysiology – Decoding, neurophysiology and processing
- F.05.c. Neuroprosthetics – Control of computer, devices, and body parts
- F.05.d. Neuroprosthetics – Non-motor interfaces
- F.06. Posture and Gait
- F.06.a. Posture and gait – Kinematics, muscle activity, exercise and fatigue, and biomechanics
- F.06.b. Posture and gait – Reflexes and low-level control
- F.06.c. Posture and gait – Higher order control, multi-task integration, and theory
- F.06.d. Posture and gait – Aging, injury, and disease
- F.07. Rhythmic Pattern Generation
- F.07.a. Rhythmic pattern generation – Cellular properties and connectivity
- F.07.b. Rhythmic pattern generation – Neuromodulation
- F.08. Respiratory Regulation
- F.08.a. Respiratory control
- F.09. Motor Neurons and Muscle
- F.09.a. Motor neurons – Activity, sensory, and central control – Exercise, injury, and disease
- F.09.b. Motor neurons – Development, identification, intrinsic properties, and modulation
- F.09.c. Motor unit recordings, kinematics, and EMG
- F.09.d. Motorneuron-muscle interface and muscle physiology/biochemistry
|
Theme G |
Integrative Physiology and Behavior | |
|---|---|---|
- G.01. Neuroethology
- G.01.a. Neuroethology – Sensory systems
- G.01.b. Neuroethology – Sensory motor systems
- G.01.c. Neuroethology – Vocal/social communication
- G.02. Neuroendrocrine Processes and Behavior
- G.02.a. Social, sexual, and parental behaviors
- G.02.b. Defensive behavior and aggression
- G.02.c. Hormones and cognition
- G.02.d. Neuroendocrine anatomy and physiology
- G.03. Stress and the Brain
- G.03.a. Stress – Neuroimmunology
- G.03.b. Stress – Cellular actions
- G.03.c. Early-life stress – Molecular and cellular mechanisms
- G.03.d. Early-life stress – Circuit mechanisms and effects on behavior
- G.03.e. Adolescent stress – Behavior and physiology
- G.03.f. Stress-modulated pathways – Cognition, learning, and memory circuits
- G.03.g. Stress-modulated pathways – Reward and motivational drive circuits
- G.03.h. Stress-modulated pathways – Anatomy, physiology, neurochemistry
- G.04. Neuroimmunology and Neurovirology
- G.04.a. Neuroimmunology and neurovirology
- G.05. Brain Blood Flow, Metabolism, and Homeostasis
- G.05.a. Energy metabolism
- G.05.b. Blood flow
- G.05.c. Blood brain barrier
- G.05.d. Functional imaging
- G.06. Autonomic Regulation
- G.06.a. Cardiovascular regulation
- G.06.b. Gastrointestinal, renal, urinary, and reproductive regulation
- G.06.c. Thermoregulation, respiratory regulation, other
- G.07. Biological Rhythms and Sleep
- G.07.a. Physiology of biological clocks and rhythms
- G.07.b. Sleep regulation – Molecular, cellular, and pharmacological
- G.07.c. Sleep regulation – Anatomy, physiology, neurochemistry
- G.07.d. Sleep – Systems
- G.07.e. Sleep – Behavior
- G.08. Food and Water Intake and Energy Balance
- G.08.a. Integration of peripheral signals
- G.08.b. Central pathways – Anatomy and development
- G.08.c. Regulation by peptides, monoamines, and other small molecules
- G.09. Neurobiology in Changing Ecosystems
- G.09.a. Neurobiology in changing ecosystems
|
Theme H |
Motivation and Emotion | |
|---|---|---|
- H.01. Fear and Aversive Learning and Memory
- H.01.a. Fear and aversive learning and memory – Acquisition and memory modification
- H.01.b. Fear and aversive learning and memory – Neural circuits
- H.01.c. Fear and aversive learning and memory – Neural mechanisms
- H.02. Reward and Appetitive Learning and Memory
- H.02.a. Reward and appetitive learning and memory – Acquisition and memory modification
- H.02.b. Reward and appetitive learning and memory – Neural circuits
- H.02.c. Reward and appetitive learning and memory – Neural mechanisms
- H.02.d. Reward and appetitive learning and memory – Neuropharmacology
- H.03. Motivation
- H.03.a. Motivation – Regulation of aversive behavior
- H.03.b. Motivation – Circuit regulation of reward-related behavior
- H.03.c. Motivation – Cellular and molecular regulation of reward-related behavior
- H.03.d. Motivation – Social communication and behavior
- H.04. Emotion
- H.04.a. Human emotion
- H.04.b. Emotion – Neural circuitry
- H.04.c. Emotion – Fear, anxiety, and pain
- H.04.d. Emotion – Positive and negative emotional states
- H.05. Mood Disorders
- H.05.a. Mood disorders – Human imaging and behavioral studies
- H.05.b. Mood disorders – Treatment and drug discovery
- H.05.c. Mood disorders – Behavioral studies in animal models
- H.05.d. Mood disorders – Neural mechanisms in animal models
- H.05.e. Mood disorders – Animal models of therapeutics
- H.06. Anxiety Disorders
- H.06.a. Anxiety disorders – Human studies and therapeutic approaches
- H.06.b. Anxiety disorders – Preclinical models
- H.07. Post-Traumatic Stress Disorder and Other Psychiatric Disorders
- H.07.a. Post-traumatic stress disorder and other psychiatric disorders – Human studies and therapeutic approaches
- H.07.b. Post-traumatic stress disorder and other psychiatric disorders – Preclinical models
- H.08. Drugs of Abuse and Addiction
- H.08.a. Addictive drugs – Developmental effects, drug tolerance, dependence, and toxicity
- H.08.b. Addictive drugs – Neural mechanism
- H.08.c. Addictive drugs – Combination use
- H.08.d. Addiction – Genetics, translational, and clinical studies
- H.08.e. Addiction – Learning and memory
- H.08.f. Alcohol – Neural mechanisms
- H.08.g. Alcohol – Cognitive and behavioral effects
- H.08.h. Drug discovery and treatment
- H.08.i. Amphetamines – Mechanisms of addiction
- H.08.j. Cannabinoids – Behavioral and neural mechanisms of addiction
- H.08.k. Cocaine – Reinforcement, seeking, reinstatement, and other behavioral effects
- H.08.l. Cocaine – Cell signaling, circuitry, and neurophysiology
- H.08.m. Opioids – Reinforcement, seeking, and reinstatement
- H.08.n. Opioids – Cell signaling, circuitry, and neurophysiology
- H.08.o. Nicotine – Behavioral and neural mechanisms of addiction
- H.08.p. Hallucinogens – Neural mechanisms
|
Theme I |
Cognition | |
|---|---|---|
- I.01. Attention
- I.01.a. Mechanisms of attention – Human studies
- I.01.b. Mechanisms of attention – Animal models
- I.02. Perception and Imagery
- I.02.a. Human perception, imagery, and imagination
- I.03. Decision Making
- I.03.a. Decision making – Computational models
- I.03.b. Prefrontal cortex
- I.03.c. Decision making – Orbitofrontal and corticolimbic circuits
- I.03.d. Decision making – Neural mechanisms of adaptive and maladaptive choice
- I.03.e. Neural mechanisms – Choice in reward
- I.03.f. Neural mechanisms – Value
- I.03.g. Neural mechanisms - Risk and ambiguity
- I.04. Executive Functions
- I.04.a. Prefrontal mechanisms
- I.04.b. Executive functions – Network activity
- I.04.c. Effects on learning and memory
- I.04.d. Inhibitory control
- I.04.e. Disorders of executive functions and inhibitory control
- I.05. Working Memory
- I.05.a. Central and prefrontal mechanisms
- I.05.b. Working memory – Distributed mechanisms
- I.05.c. Working memory – Behavioral studies
- I.06. Social Cognition
- I.06.a. Social cognition – Human behavior, disorders, and mechanisms
- I.06.b. Social cognition – Animal behavior
- I.06.c. Social cognition – Circuits and neural mechanisms
- I.07. Long-Term Memory
- I.07.a. Human LTM – Consolidation and reconsolidation
- I.07.b. Human LTM – Medial temporal lobe
- I.07.c. Human LTM – Encoding and retrieval
- I.07.d. Episodic and episodic-like memory
- I.08. Learning and Memory
- I.08.a. Prefrontal cortex networks
- I.08.b. Learning and memory – Cortical and subcortical circuits
- I.08.c. Hippocampal circuit
- I.08.d. Hippocampal – Cortical interactions
- I.08.e. Hippocampal – Entorhinal cortex
- I.08.f. Hippocampal – Subcortical interactions
- I.08.g. Intrinsic hippocampal circuits
- I.08.h. Dentate gyrus
- I.08.i. The role of oscillations
- I.08.j. Learning and memory – Genes and molecular mechanisms
- I.08.k. Learning and memory – Physiology
- I.08.l. Learning and memory – Pharmacology
- I.08.m. Learning and memory – Invertebrates
- I.08.n. Timing and temporal processing
- I.09. Spatial Navigation
- I.09.a. Cortical and hippocampal circuits
- I.09.b. Place cells
- I.09.c. Grid cells and other spatially modulated cells
- I.09.d. Human navigation
- I.09.e. Animal navigation
- I.10. Human Learning and Cognition
- I.10.a. Relational and spatial learning
- I.10.b. Motor and skill learning
- I.10.c. Feedback, reinforcement, and reward
- I.10.d. Associative learning
- I.10.e. Timing and temporal processing
- I.11. Language
- I.11.a. Language – Acquisition, usage, and disorders
- I.11.b. Language – Neural circuits and mechanisms
|
Theme J |
Techniques | |
|---|---|---|
- J.01. Molecular, Biochemical, and Genetic Techniques
- J.01.a. Biochemical and molecular techniques
- J.01.b. Genetic techniques
- J.01.c. Genomic and transcriptomic techniques
- J.01.d. Single-cell techniques
- J.02. Systems Biology and Bioinformatics
- J.02.a. Genomics, proteomics, and bioinformatics
- J.02.b. Systems biology and multiomics approaches
- J.03. Anatomical Methods
- J.03.a. Sample preparation and novel probes
- J.03.b. Light and electron microscopy
- J.03.c. Circuit tracing
- J.03.d. Connectomics
- J.04. Physiological Methods
- J.04.a. Optical methodology – Development
- J.04.b. Optical methodology – Application
- J.04.c. Probe design and engineering
- J.04.d. Electrophysiology – Cellular and network models
- J.04.e. Electrophysiology – Electrode arrays
- J.05. Biomarker, Drug Discovery, and Experimental Therapeutics
- J.05.a. Neuropsychiatric disorders
- J.05.b. Neurodegenerative diseases (AD, PD, MS, stroke)
- J.05.c. Drug delivery
- J.05.d. Gene, protein, or cell based approaches
- J.06. Computation, Modeling, and Simulation
- J.06.a. Cellular and network models
- J.06.b. Network computations – Theory and modeling
- J.06.c. Network computations – Data analytics and statistics
- J.06.d. Computational tools – Experimental
- J.06.e. Computational tools – Analytical
- J.07. Data Analysis and Statistics
- J.07.a. Data analysis and statistics – Human data
- J.07.b. Software Tools
- J.08. Methods to Modulate Neural Activity
- J.08.a. Electrical
- J.08.b. Optogenetic
- J.08.c. Other
|
Theme K New! |
History, Education, and Society | |
|---|---|---|
- K.01. History of Neuroscience
- K.01.a. History of neuroscience
- K.02. Teaching of Neuroscience
- K.02.a. K-12 teaching and outreach of neuroscience
- K.02.b. College teaching of neuroscience
- K.02.c. Graduate and professional teaching of neuroscience
- K.03. Public Awareness of Neuroscience
- K.03.a. Outreach activities of neuroscience
- K.04. Ethical and Policy Issues in Neuroscience
- K.04.a. Ethical and policy issues in neuroscience
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