6646 - My every day t-shirt

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6645 - ADHD and procrastination

Amy Marie Hann - Facebook



5 ways I was accidentally making my ADHD avoidance worse.

For years I thought I had a motivation problem. I told myself I needed more discipline, better time management, or a new planner.

What I actually had was ADHD procrastination fueled by executive dysfunction.

Here are five things I stopped doing that finally helped me break the procrastivity cycle.

1. I stopped calling myself lazy. Shame makes ADHD task initiation harder. When I labeled myself a hot mess mom, I added emotional weight to tasks that already felt overwhelming.

2. I stopped making tasks vague and huge. “Clean the house” is not a task. It is a trigger for avoidance. ADHD brains struggle with prioritization and overwhelm, so I started defining smaller, specific outcomes instead.

3. I stopped waiting for urgency to create dopamine. Living in last minute pressure kept me stuck in stress. ADHD time management cannot rely on adrenaline forever. It leads to burnout.

4. I stopped using fun as avoidance. Scrolling, researching, planning, reorganizing. All productive on the surface. But when those activities replaced high priority tasks, I was reinforcing ADHD avoidance patterns.

5. I stopped ignoring the shame stories underneath it. Money was a big one for me. When you believe “I am bad at this,” your brain will avoid anything that confirms that fear. Executive dysfunction gets louder when shame is involved.

Learning how to manage ADHD is not about trying harder. It is about lowering resistance, increasing clarity, and working with your dopamine system instead of against it.

If you struggle with ADHD procrastination and feeling busy but behind, you are not broken. You likely just need better strategies that support how your brain actually works.

6644 - Aging research

Summary: We often think of aging as a slow, steady decline, but new research suggests it is actually a series of rapid, discrete shifts. By monitoring African turquoise killifish 24/7 across their entire adult lives, scientists discovered that behavior in early midlife can predict an individual’s total lifespan.

Despite shared genetics and environments, some fish began “napping” during the day and swimming slower as young adults—early signals that they were on a “short-lived” trajectory. This study suggests that aging isn’t a smooth slide but a “staged architecture” where the body remains stable for weeks before transitioning into a new stage in just a few days.

Key Facts

The “Truman Show” for Fish: Researchers tracked 81 fish continuously, generating billions of video frames to identify 100 “behavioral syllables” (basic building blocks of movement and rest).

Early Predictors: By day 70–100 (early adulthood for killifish), behavioral differences in sleep and swimming speed were strong enough for machine-learning models to forecast which fish would live the longest.

Stepwise Aging: Aging progressed in 2–6 rapid transitions. Like a Jenga tower, the “structure” of the animal’s behavior stayed stable until a sudden shift forced a new, less-resilient stage. (The researchers suggest that aging may involve long stretches of relative stability punctuated by brief periods of rapid change. This process is more like a Jenga tower, in which many blocks can be removed with little effect, until one change forces a sudden restructuring, than a smooth downhill slide.)

The Sleep Signal: Fish on shorter aging paths began sleeping significantly more during the day, while long-lived fish remained active during daylight and slumbered primarily at night.

Molecular Mirror: At the point where behavior became predictive, the researchers found coordinated gene activity changes in the liver, specifically in processes related to protein production and cellular maintenance.

Key Questions Answered:

Q: Does “napping” mean I’m aging faster?

A: In killifish, daytime napping was a major red flag for a shorter lifespan. It suggests that the internal biological clock or energy levels are starting to falter. While humans are different, this study aligns with data showing that disrupted sleep-wake cycles in people are often early precursors to cognitive decline.

Q: Why use fish to study human aging?

A: The African turquoise killifish is a “biological shortcut.” It lives only 4–8 months but has a complex vertebrate brain and shares many aging markers with humans. This allows scientists to watch a “lifetime” in months rather than decades.

Q: Can I change my “aging trajectory”?

A: That’s the million-dollar question. Now that we can identify these “stages” of aging, the Stanford team wants to see if interventions (like diet or light therapy) can stall or even reverse a transition before it becomes permanent. If we can spot the “Jenga block” before it falls, we might be able to stabilize the tower.

Whole article...

https://neurosciencenews.com/staged-aging-killifish-behavior-30308/

6643 - Halloween

I know it's early for Halloween posts but if I didn't post this now it would be long gone from my brain 7 months from now. Besides it gives the gals 7 months to work on this unique Halloween costume.

Here's the video of the trick or treaters.

https://www.facebook.com/reel/1572499067078164

6642 - Long joke Sunday

A woman approaches a man and says,

"Excuse me Sir I'm doing a little

survey, can I ask you questions?"

The man says, "Yes of course"

Woman, "If you're travelling in a

bus and a female gets on the bus

and she's got no available seat,

would you give up your seat for

her?"

Man, "No."

Woman, "What if the lady that got

on the bus was pregnant would

you give up your seat then?

Man, "No."

Woman: "What if the lady got on

the bus was a senior lady would

you give your seat then?"

Man, "No."

Woman, "You are one selfish man,

you have no manners. Who do you

think you are?

Man: "I'm the Bus Driver."