See you all there! We have a lot to cover! Meeting at 6pm Meeting ID: 881 357 3530 Passcode: Glowlab

The Research Behind Targeting “Zombie Cells” One of the most fascinating areas in longevity research involves cellular senescence — and FOXO4-DRI is being investigated because of the unusual way it interacts with these cells. 🧟 WHAT ARE “ZOMBIE CELLS”? The scientific name is senescent cells. Throughout our lives, cells experience stress and damage. When a cell becomes sufficiently damaged, several things can happen: 1. It repairs itself and continues functioning. 2. It undergoes programmed cell death (apoptosis) and is removed. 3. It enters cellular senescence. A senescent cell essentially says: “I may be damaged, so I'm going to stop dividing.” That is actually an important protective mechanism. Preventing a damaged cell from continuing to replicate can help protect the body. Normally, the immune system can recognize and clear many of these cells. But researchers are particularly interested in what happens when senescent cells persist and accumulate with age. 🔥 WHY CAN PERSISTENT SENESCENT CELLS BECOME A PROBLEM? Senescent cells aren't necessarily quiet. Many develop what scientists call the: SASP — Senescence-Associated Secretory Phenotype This means they can release signaling molecules into the surrounding environment, including inflammatory cytokines, chemokines, growth factors and enzymes. Think of it like having a damaged house on an otherwise healthy street. The house isn't simply sitting there. It's sending smoke, noise and debris into the neighborhood. Over time, persistent senescent cells and their signaling are being studied for their potential involvement in: • Chronic inflammation • Tissue dysfunction • Impaired regeneration • Age-related physiological decline • Changes in neighboring cells This is one reason senolytics — compounds designed to selectively eliminate certain senescent cells — have become such an exciting field of longevity research. 🧬 SO WHERE DOES FOXO4 COME IN? Here's where the science gets fascinating. Researchers discovered that a protein called FOXO4 appears to help certain senescent cells remain alive.

I am SO excited to announce that our websites are now available in SPANISH! That means BOTH: ✨ Glow With Heather 🧬 Glow Lab Protocols are now easier for our Spanish-speaking community to explore and understand. Why is this such a big deal? Because we can now confidently refer our Spanish-speaking friends, family members, customers, and potential clients directly to us! No more letting a language barrier keep someone from learning about what we offer. ❤️ If you know someone who has been interested but would feel more comfortable reading information in Spanish… 👉 SEND THEM OUR WAY! This is another step toward growing our community, reaching more people, and making Glow accessible to an even bigger audience. And we’re just getting started. 🚀 English + Spanish = MORE PEOPLE WE CAN SERVE. Let’s GROW! 🔥 #GlowWithHeather #GlowLabProtocols #AhoraEnEspañol #SpanishCommunity #GlowCommunity

https://GlowGLPS.com This week, we’re putting the spotlight on one of the biggest names in cellular energy and longevity research: NAD+. NAD+ (nicotinamide adenine dinucleotide) is a molecule naturally found in virtually every cell of the body. It plays a critical role in the cellular processes researchers associate with energy production, metabolism, cellular maintenance, and healthy aging. 🧬 Why is NAD+ getting so much attention? NAD+ is involved in: ⚡ Cellular Energy — NAD+ is essential for the reactions our mitochondria use to convert nutrients into usable cellular energy. 🧠 Brain & Neurological Research — NAD+ is being studied for its role in neuronal energy metabolism and cellular resilience. 🧬 DNA Repair & Cellular Maintenance — NAD+ is used by enzymes involved in DNA repair and cellular stress responses. 🔥 Metabolic Function — Because NAD+ participates in energy metabolism, researchers continue to investigate its relationship with metabolic health. ⏳ Healthy Aging Research — NAD+ levels can decline with age, making NAD+ metabolism an especially interesting area of longevity research. 🔋 Mitochondrial Function — Healthy mitochondria need NAD+ to perform many of the chemical reactions involved in producing cellular energy. 🔥 THIS WEEK ONLY: $25 NAD+ Yes — $25. And there is NO LIMIT. 🙌 If NAD+ has been on your research list, this is the week to stock up. 🛒 Shop at GlowGLPs.com Peptide of the Week: NAD+ | $25 | No Limit Because sometimes the smartest thing we can study isn't how to add more — it's how to better support what our cells already know how to do. 🧬✨ For research purposes only. Not for human consumption. Information provided for educational purposes and is not intended as medical advice.