Human Upgrade

Unlock your biology. Upload your blood test → get your biological age + personalized protocol.

Biohacking at its finest...

🔬

[Human Upgrade @UpgradeHumanHQ]

There's a single blood marker that predicts how fast you're aging better than your birthday:

GDF-15.

It's a stress response cytokine your cells release when mitochondria struggle.

What the 2025 data shows:
> Correlates with GrimAge, PhenoAge, and Hannum epigenetic clocks
> Independently predicts all-cause mortality over 20+ year follow-ups
> Rises ~3x between ages 40 and 80
> Reflects mitochondrial dysfunction, cellular stress, and silent inflammation

Most standard physicals don't measure it.
Costs ~$50, measurable today.

Your chronological age is given.
Your GDF-15 is information.

[Human Upgrade @UpgradeHumanHQ]

@heyblake Human Upgrade, upload your blood test, get your biological age + a personalized longevity protocol.

Built for people who want to know, not guess.

https://t.co/1Bsb7yMwFg

[Human Upgrade @UpgradeHumanHQ]

Most doctors check 8 biomarkers. We analyze 50+. The 5 that actually predict how fast you age: ApoB, hsCRP, fasting insulin, Lp(a), GDF-15. When did you last check all five?

https://t.co/Yleora6z3N

[Human Upgrade @UpgradeHumanHQ]

The biomarkers with actual mortality data behind them:

ApoB: particle count, not just cholesterol. Target <60.
Fasting insulin moves 10-15 yrs before glucose. Target <5.
hsCRP — silent inflammation. Target <0.5.
GlycA — newer inflammation marker, often catches what hsCRP misses.
Homocysteine — cardiovascular + cognitive risk. Target <7.
Lp(a) — genetic, can't really lower, but knowing changes everything else.
GDF-15 — rising in your blood right now, almost no one tests it. Predicts all-cause mortality.
RDW — sitting on every standard panel, ignored by 95% of doctors. Predicts mortality independent of anemia.

Standard physical runs maybe 2 of these.
The other 6 are where the longevity advantage lives.

"Normal" labs catch disease.
Optimal labs catch trajectory.

The difference is a decade of healthspan.

[Human Upgrade @UpgradeHumanHQ]

@ionleu Human Upgrade, upload your blood test, get your biological age + a personalized longevity protocol.

Built for people who want to know, not guess.

https://t.co/1Bsb7yMwFg

[Human Upgrade @UpgradeHumanHQ]

People spend $200/month on supplements they don't need.

Meanwhile the answer is already in their blood test — sitting unread.

https://t.co/1Bsb7yN4uO — free analysis

[Human Upgrade @UpgradeHumanHQ]

"I uploaded my blood test and found out my biological age is 31. I'm 39." That's what Human Upgrade does. Start at https://t.co/1Bsb7yMwFg — first 50 users at $1/month.

[Human Upgrade @UpgradeHumanHQ]

Normal" is the average of a sick population. You're not trying to be average. ApoB 89 mg/dL is "normal" and still kills people early.

https://t.co/Yleora6z3N

[Human Upgrade @UpgradeHumanHQ]

@DanielSmidstrup Love the growth

[Human Upgrade @UpgradeHumanHQ]

Testosterone 788. hsCRP 0.5. HbA1c 5%. Biological age 29. Calendar age 40. Your blood doesn't lie — your doctor just doesn't read it this way.

https://t.co/1Bsb7yMwFg

[Human Upgrade @UpgradeHumanHQ]

The best version of you isn't a motivation problem.

It's a biology problem.

And biology has data.

https://t.co/1Bsb7yN4uO

[Human Upgrade @UpgradeHumanHQ]

@DanielSmidstrup Take a look at what we work on, love to hear your opinions.

[Human Upgrade @UpgradeHumanHQ]

Your doctor says you're healthy. Your blood says you're 7 years younger than you think. This is what optimization looks like.
https://t.co/1Bsb7yMwFg

[Human Upgrade @UpgradeHumanHQ]

Strong mechanism breakdown. Worth adding the second pathway most people miss:

BPC-157 doesn't just signal VEGF for new vessels. It also upregulates growth hormone receptor density on tendon fibroblasts (Chang 2011) — so the body's existing GH has a stronger effect at the repair site without adding exogenous GH.

Two parallel mechanisms = why tendons respond when they normally heal poorly.

The catch: this is all rodent data. Only 3 human pilot studies exist. The protocol works in mechanism, but the individual dose-response in humans is still being mapped.

Which is why the markers that should move on BPC-157 matter — hsCRP, IL-6, ESR drop in 4-6 weeks if it's working in your specific biology. Without them, you're trusting a feeling.

[Human Upgrade @UpgradeHumanHQ]

@_9th_Life_ Always supportive for creators, wishing the very best with your product. Seems a bit complicated for first timers. Simplifying for people who doesn’t know what they are up to is important.
Would love to chat..

[Human Upgrade @UpgradeHumanHQ]

"My doctor said everything was normal."

Normal ≠ optimal.

The range your lab uses includes the bottom 5% and top 5% of the population.

You deserve better than "not sick."

https://t.co/1Bsb7yN4uO

[Human Upgrade @UpgradeHumanHQ]

What if looking and feeling 10 years younger was actually just a blood test away?

Not hype. Not supplements.

Just knowing what your body actually needs.

https://t.co/1Bsb7yN4uO

[Human Upgrade @UpgradeHumanHQ]

Your body has been sending you signals for years.

Tired after 8 hours of sleep.
Can't lose weight no matter what.
Brain fog by noon.
Mood swings for no reason.

These aren't random. They're data.

https://t.co/1Bsb7yN4uO

[Human Upgrade @UpgradeHumanHQ]

A question for everyone who tracks their bloodwork:

What's the one marker that surprised you most when you finally tested it?

I'll go first:

Fasting insulin. Was certain mine was perfect because glucose and HbA1c were textbook. Tested it: 11. Took 18 months of diet + sleep work to get it under 5.

Homocysteine. Never on a standard panel. Mine was 14 (optimal <7). Cleared in 8 weeks with methylated B12 + folate.

Lp(a). Genetic, can't lower it meaningfully, but knowing the number changes how aggressive you have to be with everything else.

The whole point of testing is to find what you didn't know was wrong.

What was yours?

[Human Upgrade @UpgradeHumanHQ]

"Healthy" is a marketing word.
"Optimal" is a measurable one.

The difference:

Healthy LDL is <130. Optimal ApoB is <60.
Healthy fasting glucose is <100. Optimal fasting insulin is <5.
Healthy hsCRP is <3. Optimal is <0.5.
Healthy vitamin D is >30. Optimal is 50-80.
Healthy testosterone is anything in range. Optimal depends on your age, body comp, and what you're trying to do.

Healthy means you don't have a diagnosis.
Optimal means your biology is working in your favor.

There's a 15-year healthspan gap between them.

Most people aim for healthy and call it longevity.
That's how you arrive at 70 alive but not well.