The hiking with your kids one actually made me tear up. That's the real stuff.

Mine (11 months, 264→198):

• Tied my shoes without holding my breath
• Wore a tucked-in shirt for the first time in a decade
• Ran — actually RAN — to catch a bus last week. Haven't run in any capacity since my 20s
• My knees don't ache when I wake up anymore
• Got off the floor without using furniture to brace myself
• Rode a roller coaster with my daughter (previously couldn't fit in the restraint)

The roller coaster one is my favorite because my daughter has been asking me for 3 years and I always had excuses. When that lap bar clicked shut I almost cried right there in the ride queue.

Only 6 weeks in and 11 lbs down so my list is short but:

• Walked past the office break room donuts without feeling like I was being tortured
• Went to a restaurant and ordered what I actually wanted instead of the biggest thing on the menu
• For the first time in my adult life, I forgot to eat lunch. FORGOT. I didn't know that was possible for me.

That last one feels like a superpower. The food noise quieting is the single best thing about this medication.

The "food noise" thing is so hard to explain to people who've never experienced it. Before semaglutide, food occupied maybe 40% of my waking thoughts. What am I going to eat next? When can I eat? What's in the fridge? Should I stop for fast food? It was CONSTANT.

Now? I think about food when I'm hungry and then I eat and then I stop thinking about it. That's apparently how normal-weight people experience food ALL THE TIME. I had no idea.

The "food noise" reduction is genuinely one of the most therapeutic effects of GLP-1 agonists, and I think it's underrepresented in the clinical literature because it's hard to quantify. What patients are describing maps onto what neuroscience would call reduced food-cue reactivity — the brain's reward circuits literally respond less intensely to food stimuli.

fMRI studies have shown that semaglutide reduces activation in brain regions associated with food reward and craving (amygdala, insula, orbitofrontal cortex) when participants are shown images of food. For many patients, this is the transformative mechanism — not just physical fullness, but a fundamental shift in how the brain relates to food.