Merogenomics Inc.

10/16/2026

🔬 How long would it take to determine whether something causes turbo cancer?

Establishing causality in cancer research is a complex process that can take very long time to collect the required evidence.

👉6 min on causality (part of #4): https://youtu.be/n15EYZH8Y70

Part of series on documented turbo cancers during the pandemic:
▶️ Previous episode 1 (trends): https://youtu.be/hlSUyvhy_H0
▶️ Previous episode 2 (mechanisms): https://youtu.be/50b3-mvHaT0
▶️ Previous episode 3 (examples): https://www.patreon.com/merogenomics/posts/unusual-cancer-3-166607968/
▶️ Full episode 4 (next steps): https://www.patreon.com/merogenomics/posts/unusual-cancer-4-171624256/

10/16/2026

What does it really take to prove that something causes cancer?

It takes much more than a correlation or a proposed biological mechanism.

Watch and decide: what evidence would you want to see before accepting a causal claim?
👉Causality (part of #4): https://youtu.be/n15EYZH8Y70

Part of series on pandemic turbo cancers:
▶️ Full #4 (next steps): https://www.patreon.com/merogenomics/posts/unusual-cancer-4-171624256/
▶️ #3 (examples): https://www.patreon.com/merogenomics/posts/unusual-cancer-3-166607968/
▶️ #2 (why): https://youtu.be/50b3-mvHaT0
▶️ #1 (trends): https://youtu.be/hlSUyvhy_H0

10/13/2026

🧬 **Can age and vaccine type make a difference in IgG4 antibody responses?**

🔬 In this clip, we explore findings described in a study comparing IgG4 antibody changes among older and younger participants, as well as between recipients of Pfizer and Moderna COVID-19 vaccines.

💬 **Question for you:** When researchers observe a difference between two groups, what matters most to you: understanding the biological mechanism, seeing the results replicated, or determining whether the difference has a meaningful clinical impact?

▶️ Watch here:
👉 Full-length 50min video: https://patreon.com/merogenomics/posts/vaccination-igg4-170739687/
👉5min on IgG4 in vaccinated: https://youtu.be/-zkb0YduwNE
👉13min IgG4 + pandemic outcome: https://youtu.be/FH_FKUajfSw

10/10/2026

🥦 Can what you eat make a difference for gut health and
H. pylori infection?

Migrating old posts back to Patreon!

H. pylori is a common bacterium associated with stomach ulcers and other gastric conditions. Research has explored whether certain foods, herbs, spices, and probiotics may help support the body's defences.

In this archived article, we explore the science behind broccoli sprouts, cranberries, green tea, garlic, probiotics, and more.

📖 Read the short post
👇
https://www.patreon.com/merogenomics/posts/natural-fight-h-171947013

10/08/2026

Are IgG4 antibodies produced after mRNA vaccination protecting your body or slowing down your immune response? 🧬

In this 5 min video breakdown, we review recent scientific research exploring how the ratio between IgG4 and IgG1 antibodies shapes your immune system's defense mechanisms.

While IgG1 antibodies drive strong effector functions to fight off viral infections, rising IgG4 levels can decrease those responses—creating a double-edged sword. High IgG4-to-IgG1 ratios appear to lower the risk of long COVID while simultaneously increasing the risk of breakthrough infections!

We also take a close look at how IgG4 interacts with antibody-dependent cellular phagocytosis (ADCP) effector function. Depending on the ratio, IgG4 can either assist IgG1 in clearing target cells or actively compete with it.

👇 What are your thoughts on these clinical antibody findings?

5 min video ➡️ https://youtu.be/-zkb0YduwNE

Full 50 min video ➡️ https://www.patreon.com/merogenomics/posts/vaccination-igg4-170739687/

10/06/2026

What causes the “zigzag” pattern in antibody levels after repeated vaccination?

In this video, we take a closer look at IgG1 and explain how **short-lived and long-lived plasma cells** contribute to changes in antibody levels over time.

After vaccination, both types of plasma cells can be generated. Short-lived plasma cells decline relatively quickly, causing antibody levels to fall, while long-lived plasma cells can continue producing antibodies.

When another vaccination occurs, the immune system can once again generate antibody-producing plasma cells, producing another rise in antibody levels.

The result is the characteristic rise-and-fall — or “zigzag” — pattern.

🎥 Watch the clip for a clear explanation of the biology behind this immune response.

Part of:
👉Full length vid: https://patreon.com/merogenomics/posts/vaccination-igg4-170739687/
👉5 min on IgG4 in vaxed: https://youtu.be/-zkb0YduwNE
👉IgG4 + pandemic outcome: https://youtu.be/FH_FKUajfSw

10/02/2026

What does the research actually tell us about IgG4 antibodies in mRNA vaccinated? 🧬

Here is a 30-second breakdown of the latest studies.

👉 Watch the quick recap on the pandemic impact: https://youtu.be/FH_FKUajfSw

👉 Watch the full in-depth video: [https://www.patreon.com/merogenomics/posts/vaccination-igg4-170739687/

10/01/2026

🧬 What happens to the immune response after repeated COVID vaccination?

One of the most interesting questions is whether changes in the immune response—particularly IgG4 seen in majority of mRNA vaccinated individuals—could have played a role in the evolutionary changes observed during the pandemic.

The video looks at:
🔬 A 2025 study following 14 healthcare workers for nearly three years (and 6 total shots)
💉 Repeated COVID vaccination and antibody responses
🦠 The emergence of Alpha, Delta and Omicron
🧬 IgG4 and breakthrough infections
❓ The possible relationship between vaccination and viral evolution

⚠️ The central evolutionary idea discussed here is a hypothesis, not a proven causal relationship.

👉 Watch the YT video (13 mins): https://youtu.be/FH_FKUajfSw
🎥Full video (50 mins): https://www.patreon.com/merogenomics/posts/vaccination-igg4-170739687/

What question researchers should investigate most closely—clinical effects of IgG4, IgG4 effect on breakthrough infections, or viral evolution?

09/29/2026

Can your body know something before it happens?

It sounds like science fiction. But there is a controversial area of research called presentiment that asks whether measurable physiological changes can occur before an unpredictable future event.

In this article, I explore what the research actually shows—and what it doesn't show.
https://www.patreon.com/merogenomics/posts/is-presentiment-170844423

We look at heart rate variability, the vagus nerve, interoception, heart-evoked potentials, and a fascinating experiment using transcutaneous auricular vagus nerve stimulation (taVNS).
Most importantly, I ask a different question:
If presentiment is real, what physiological mechanism could possibly produce it?

A fascinating intersection of neuroscience, physiology and one of the strangest questions science can ask.

Bunnies and snakes make a difference A while back I came across a study on the idea of presentiment, and it immediately captured my attentio