Psychedelics & Therapeutic Neuroscience

Salvinorin A and the Kappa Opioid Receptor: A Non-Serotonergic Pathway to Altered Consciousness

2C-B and the Serotonin 2C Receptor: Mapping the Molecular Profile of Hybrid Entactogens

The Thalamic Filter Theory: Deciphering Sensory Gating in the Psychedelic State

Epigenetic Modulation: The Role of Psychedelics in Histone Acetylation and Gene Regulation

Microdosing and Mitochondrial Function: Assessing the Biological Efficacy of Sub-Perceptual Doses

Mescaline Pharmacodynamics: Exploring the Biological Action of Phenethylamines on the Human Brain

The Role of the Claustrum in Psychedelic States: A Biological Perspective on Orchestrated Consciousness

Psilocybin and the Deactivation of the Brain's Default Mode Network

Discover how psilocybin disrupts ingrained patterns of depressive thinking by temporarily resetting the brain's default mode network. Research from Imperial College London suggests this mechanism offers a lasting neurological shift that traditional antidepressants cannot replicate.

Ketamine Therapy: Bridging the Gap for Treatment-Resistant Depression

While traditional antidepressants target serotonin, ketamine acts on the glutamate system to provide rapid relief for severe depression. Explore the science behind this dissociative anaesthetic and its growing availability in UK private clinics.

MDMA-Assisted Psychotherapy: A Paradigm Shift for Treatment-Resistant PTSD

MDMA-assisted therapy allows trauma survivors to process painful memories without being overwhelmed by the brain's fear response. Recent trials demonstrate that 67% of participants no longer meet PTSD criteria after just three sessions, a result far exceeding current UK standard care.

Neuroplasticity: How Psychedelics Re-Wire Neural Connections

Psychedelics are 'psychoplastogens' that promote the growth of new dendritic spines and strengthen synaptic connections. Learn how this 'plastic window' provides a unique opportunity for long-term mental health recovery and habit change.

The Gut-Brain Axis and Ayahuasca: How Traditional Brews Modulate Enteric Neuroscience

Phylogenetic Perspectives: The Evolutionary Origin of Serotonergic Psychedelics in Plant and Fungal Biology

Neuroendocrine Effects of Psychedelics: Impact on the Hypothalamic-Pituitary-Adrenal Axis

The Pharmacokinetics of Psilocin: Examining Bioavailability and Metabolism in the Human Body

5-MeO-DMT and Neuroinflammation: Investigating the Immunomodulatory Potential of the Toad Secretion

LSD and Cortical Integration: Examining the Biology of Enhanced Global Connectivity

An investigation into the neurobiology of LSD, detailing how 5-HT2A receptor activation diminishes modular boundaries to foster heightened global integration across cortical networks.

Ibogaine’s Impact on Neurogenesis: A Molecular Investigation into Opioid Receptor Modulation

An analysis of ibogaine’s molecular impact on neurogenesis, detailing the signaling pathways through which opioid receptor modulation stimulates structural brain remodeling and repair.

DMT and the Sigma-1 Receptor: Understanding the Intracellular Mechanism of the Spirit Molecule

Explore DMT as an endogenous Sigma-1 receptor ligand. This technical overview examines the intracellular pathways and chaperone functions driving neuroplasticity and cellular resilience.