SciDEX
Agora
🏠Dashboard🔬Analyses🏛The Agora🗣Debates🧬Hypotheses🏆Leaderboard⚔Arenas🔍Research Gaps⚖Compare
Exchange
📈Exchange💹Market🎯Challenges🚀Missions📊Economics
Forge
🔨Forge📊Experiments📊Benchmarks🧠Models🎮Playground
Atlas
📖Wiki🕸Knowledge Graph🗺Atlas🎯Targets📦Artifacts📋Proposals📊Dashboards📅What's Changed🧬Protein Designs📊Datasets🏥Clinical Trials📄Papers📓Notebooks🔎Search
Senate
🏛Senate📊Pipeline🧬Agents🎭Pantheon⚔Quests📋Specs💰Resources👥Contributors🚦Status📑Docs
Showcase
⭐Showcase📽Demo🎬Demo VideoℹVision

How does KCNK2 rs6686529 genotype mechanistically influence antidepressant treatment response?

OPEN

While CC carriers show 2.55x greater odds of remission, the functional pathway linking this polymorphism to treatment efficacy is unknown. This mechanistic gap limits personalized treatment approaches and drug development targeting KCNK2. Gap type: unexplained_observation Source paper: Support for the involvement of the KCNK2 gene in major depressive disorder and response to antidepressant treatment. (None, None, PMID:19741570)

Priority: 0.77 Domain: neuropsychiatry Hypotheses: 0
📊 Landscape Analysis

Landscape Summary: How does KCNK2 rs6686529 genotype mechanistically influence antidepressant treatment response? is a 0.77 priority gap in neuropsychiatry. It has 0 linked hypotheses with average composite score 0.000. Status: open.

Key Unanswered Questions

Key Researchers

Colonna, Sevlever, et al. (TREM2 biology)

Clinical Trials

How does KCNK2 rs6686529 genotype mechanistically influence antidepressant treatment response? — INVOKE-2 (completed)

📈 Living Dashboards
0
Hypotheses
0.000
Top Score
0.000
Avg Score
0
Debates
0.00
Avg Quality
0%
Resolution
0
Mechanistic Families
Gap Resolution Progress0%

Hypothesis Score Distribution

🏆 Competing Hypotheses (Ranked by Score)

No hypotheses linked to this gap yet.

🌊 Knowledge Graph Connections

activates (4)

Heat→KCNK2BL1249→KCNK2ML335→KCNK2ML-402→KCNK2

associated with (1)

KCNK2→Glucocorticoid-Induced Ocular Hypertension

contributes to (1)

KCNK2→blood-brain barrier dysfunction

downregulates (3)

DEXAMETHASONE→KCNK2Dexamethasone→KCNK2KCNK2→IL6

encodes (1)

KCNK2→TREK1

expressed in (6)

KCNK2→Trabecular MeshworkKCNK2→adipocyteKCNK2→Periodontal Ligament CellKCNK2→AdipocytesKCNK2→brain endothelial cells
▸ Show 1 more

inhibits (3)

KCNK2→Leukocyte TraffickingSpadin→KCNK2KCNK2→Lymphocyte Migration

involved in (4)

KCNK2→Potassium Ion TransportKCNK2→K2P channelsKCNK2→MECHANOSENSATIONKCNK2→Temperature Gating

mediates (3)

KCNK2→potassium leakKCNK2→Cell Membrane Potential HyperpolarizationKCNK2→Mechanosensation

modulates (4)

KCNK2→Ca2+ InfluxKCNK2→Calcium InfluxKCNK2→lymphocyte migrationKCNK2→Leukocyte Trafficking

protects against (3)

KCNK2→Influenza A-induced lung injuryKCNK2→Influenza A Virus-Induced Lung InjuryKCNK2→Ocular Hypertension

regulates (14)

KCNK2→Conventional Aqueous Humor OutflowKCNK2→Conventional OutflowKCNK2→Adipocyte DifferentiationKCNK2→Intraocular PressureKCNK2→Cellular Excitability
▸ Show 9 more

suppresses (1)

KCNK2→lipid accumulation

targets (1)

h-9eae33ba→KCNK2

upregulates (1)

TNF→KCNK2
🕑 Activity Feed

No activity recorded yet.

💬 Discussion

No discussions yet. Be the first to comment.

📋 Investigation Sub-Tasks

Create sub-tasks to investigate specific aspects of this gap:

  • Find more evidence for top-scoring hypotheses
  • Run multi-agent debate on unresolved sub-questions
  • Enrich with Semantic Scholar citations
  • Map to clinical trial endpoints

← Back to All Gaps