Candidate review

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    "title": "Why You Stop Smelling Things: Olfactory Adaptation",
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      "title": "Why You Stop Smelling Things: Olfactory Adaptation",
      "description": "OLFACTORY ADAPTATION: Why You Stop Smelling Things\n\nYou put on cologne, and ten minutes later you can't smell it. Your own home has a scent you never notice.\n\nThat's not your nose failing. That's your brain being EFFICIENT.\n\nHere's how it works:\n\nYour olfactory nerve detects odor molecules and signals your brain. But when a smell stays CONSTANT, the system turns the volume DOWN.\n\nWe call that olfactory adaptation—and it happens at TWO levels:\n→ Your receptor neurons adapt at the periphery\n→ Your olfactory bulb and cortex suppress steady signals\n\nSo your brain stays alert to what's NEW.\n\nSmell is like a smoke detector. Constant odor = background. New odor = PAY ATTENTION.\n\nREAL EXAMPLES:\n→ Cologne: You stop noticing in minutes. Coworker smells it immediately.\n→ Your house: Visitors notice a scent you've fully adapted to.\n→ Food: First bite most intense (flavor is 80% smell). Last bite? Not as intense.\n\nWHAT AFFECTS YOUR SENSE OF SMELL?\n\n📊 AGE: Smell peaks around 40, declines after.\n→ 10% of people over 65 have smell loss\n→ 62-80% of people over 80\n→ Hits men harder\n→ Women have 50% more cells in the olfactory bulb to start\n\n⚖️ HORMONES: Sex steroids modulate smell\n→ Sensitivity shifts across your cycle\n→ Changes during pregnancy\n→ Real, but evidence mixed\n\n🦠 VIRAL INFECTIONS: COVID showed us this clearly\n→ Virus affected SUPPORTING CELLS more than neurons\n→ Most people recovered in days to weeks\n→ But not everyone\n\n⚠️ PAROSMIA: When smell comes back distorted after viral loss\n→ Coffee smells like SMOKE\n→ Nerves short-circuiting during rewiring\n→ Like a flickering light as circuits rebuild\n\nBOTTOM LINE:\n\nOlfactory adaptation is an EVOLUTIONARY FEATURE, not a bug.\n\nYour nose isn't broken. Your brain filters the boring stuff so it can catch what MATTERS.\n\nNow you NOSE.\n\n#ent #healtheducation #snotdoc #smell #nose"
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    "description": "OLFACTORY ADAPTATION: Why You Stop Smelling Things\n\nYou put on cologne, and ten minutes later you can't smell it. Your own home has a scent you never notice.\n\nThat's not your nose failing. That's your brain being EFFICIENT.\n\nHere's how it works:\n\nYour olfactory nerve detects odor molecules and signals your brain. But when a smell stays CONSTANT, the system turns the volume DOWN.\n\nWe call that olfactory adaptation—and it happens at TWO levels:\n→ Your receptor neurons adapt at the periphery\n→ Your olfactory bulb and cortex suppress steady signals\n\nSo your brain stays alert to what's NEW.\n\nSmell is like a smoke detector. Constant odor = background. New odor = PAY ATTENTION.\n\nREAL EXAMPLES:\n→ Cologne: You stop noticing in minutes. Coworker smells it immediately.\n→ Your house: Visitors notice a scent you've fully adapted to.\n→ Food: First bite most intense (flavor is 80% smell). Last bite? Not as intense.\n\nWHAT AFFECTS YOUR SENSE OF SMELL?\n\n📊 AGE: Smell peaks around 40, declines after.\n→ 10% of people over 65 have smell loss\n→ 62-80% of people over 80\n→ Hits men harder\n→ Women have 50% more cells in the olfactory bulb to start\n\n⚖️ HORMONES: Sex steroids modulate smell\n→ Sensitivity shifts across your cycle\n→ Changes during pregnancy\n→ Real, but evidence mixed\n\n🦠 VIRAL INFECTIONS: COVID showed us this clearly\n→ Virus affected SUPPORTING CELLS more than neurons\n→ Most people recovered in days to weeks\n→ But not everyone\n\n⚠️ PAROSMIA: When smell comes back distorted after viral loss\n→ Coffee smells like SMOKE\n→ Nerves short-circuiting during rewiring\n→ Like a flickering light as circuits rebuild\n\nBOTTOM LINE:\n\nOlfactory adaptation is an EVOLUTIONARY FEATURE, not a bug.\n\nYour nose isn't broken. Your brain filters the boring stuff so it can catch what MATTERS.\n\nNow you NOSE.\n\n#ent #healtheducation #snotdoc #smell #nose",
    "publishedAt": "2026-09-17T14:12:45Z",
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