All Reliable Care, LLC

📚 Exciting News from All Reliable Care!

All Reliable Care is proud to be teaming up with Third-Gen Nursing Academy to support continued education, training, and professional development for our caregivers.

At All Reliable Care, we believe education is essential to exceptional care. When families welcome caregivers into their homes, they deserve professionals who have the knowledge, skills, and confidence to provide safe, compassionate, and high-quality care.

That’s why we encourage our caregivers to continue learning, strengthening their skills, and staying current with best practices in home care.

Through Third-Gen Nursing Academy, caregivers can access opportunities including CNA and CHHA training, certification programs, and Continuing Education (CE) Hours.

Caregivers interested in participating will register directly with Third-Gen Nursing Academy.

🎓 Learn more & register:
Third-Gen Nursing Academy

https://www.third-gennursingacademy.com

💙 We don’t just place caregivers — we encourage them to grow.

All Reliable Care
Committed to Education. Committed to Safety. Committed to Quality Care.

Third-Gen Nursing Academy | CERTIFIED NURSING ASSISTANT | 12440 Firestone Blvd suite 3010, Norwalk, CA 90650, USA We are Third-Gen Nursing Academy, and we help aspiring CNA's and nurses gain the knowledge, skills, and confidence to excel in their careers. We are a family-operated institution led by healthcare professionals with over five decades of combined experience in the medical field. Located in Norwalk, C...

Let Me Reintroduce Myself. 👋
Hi, I’m Margie Meza, Founder & CEO of All Reliable Care.

For more than 20 years, I’ve dedicated my career to helping patients and families navigate healthcare with confidence and compassion.

My experience includes working in Home Care, Home Health, Hospice, Care Management, and bedside patient care at Cedars-Sinai, giving me a well-rounded understanding of what patients need at every stage of their healthcare journey.

Today, I specialize in:

✨ VIP Concierge Post-Operative Nursing Care
✨ Home Health Coordination
✨ Hospice Coordination
✨ Care Management & Discharge Planning
✨ Private Duty Nursing & Recovery Support
✨ Direct Medical Equipment: electric wheelchairs, scooters, hospital beds, etc.
✨ Connecting families with trusted healthcare resources (Medicare insurance or private pay)

Whether you’re preparing for surgery, transitioning home from the hospital, exploring home health or hospice services, or simply need someone to help coordinate care, my goal is to make the process as seamless, personalized, and stress-free as possible.

To me, healthcare is more than a profession—it’s a calling. I believe every patient deserves compassionate, high-quality care and a trusted advocate by their side.
If you or someone you love ever needs guidance or support, I’d be honored to help.

🤍 Compassion You Can Count On.
📞 818.518.7858
📧 [email protected]
All Reliable Care, LLC

Surgery is just the beginning—how you recover matters.

Our experienced RNs, LVNs and Caregiver’s specialize in post-op care, mobility support, and pain management to help you heal safely and comfortably at home.

✔️ Reliable
✔️ Professional
✔️ Personalized

📩 DM or call to schedule care
📲818-518-7858
Email: [email protected]

You don’t have to recover alone.
We’re here to support you so you can focus on healing while we handle the rest.

For decades, Alzheimer’s disease has been treated as an irreversible condition, with research aimed at slowing decline rather than restoring lost function. A December 2025 study published in Cell Reports Medicine directly challenged this assumption by testing whether brains with advanced Alzheimer’s-like damage could recover. Researchers analyzed human Alzheimer’s brain tissue alongside two well-established mouse models driven by different genetic causes — one dominated by amyloid pathology and the other by tau pathology. Across both human and animal samples, they identified a pronounced breakdown in NAD⁺ balance, a molecule essential for cellular energy, DNA repair, and neuronal survival. This deficit was far more severe than what is seen in normal aging, positioning disrupted brain energy metabolism as a central driver of disease progression rather than a secondary consequence.

To test whether this energy failure was reversible, the team restored NAD⁺ balance using a targeted pharmacological compound (P7C3-A20) after significant disease had already developed. The results were striking: mice with advanced Alzheimer’s-like pathology showed repair of synaptic function, reduced neuroinflammation, stabilization of the blood–brain barrier, and full recovery of learning and memory performance. Importantly, blood levels of phosphorylated tau-217 — a clinically used Alzheimer’s biomarker in humans — normalized, providing biochemical evidence that disease processes were reversed, not merely bypassed. While these findings apply only to animal models and require human clinical trials, they demonstrate that under specific conditions, the damaged brain may retain an unexpected capacity for structural and functional recovery through restoration of energy balance, reframing how Alzheimer’s disease could be approached therapeutically in the future.

A study published in *Journal of Immunology* (PMID: 29661827) investigated the immune effects of ingesting sodium bicarbonate (baking soda). Researchers found that oral sodium bicarbonate altered immune signaling by shifting macrophages from a pro-inflammatory state (M1) toward an anti-inflammatory state (M2). This effect was observed clearly in animal models and was also detectable in short-term human experiments through changes in circulating immune cells. The researchers identified the spleen as a key organ involved, where mesothelial cells appeared to signal the immune system that the body was not under threat, reducing inflammatory immune responses.

The study did not test patients with rheumatoid arthritis or other autoimmune diseases for symptom improvement, but it showed a measurable reduction in inflammatory immune activity, which is relevant to autoimmune conditions where inflammation is driven by overactive immune responses. The findings suggest a biological mechanism by which sodium bicarbonate intake could dampen inflammatory immune signaling, but the research stops at immune markers and does not demonstrate disease treatment, remission, or long-term clinical benefit in autoimmune disorders.

A 12-week human clinical trial published in npj Science of Food (2025) examined how regular kimchi consumption affects immune function at the cellular level. Overweight adults were assigned to consume either a placebo, naturally fermented kimchi powder, or starter-culture fermented kimchi powder daily for 12 weeks. Using single-cell RNA sequencing on blood immune cells, researchers were able to track changes in gene activity inside individual cells — a level of precision not used in earlier nutrition studies. The analysis showed that kimchi intake altered immune signaling pathways involved in pathogen recognition and immune regulation, demonstrating that the effects went beyond general gut health claims.

Specifically, antigen-presenting cells became more active, improving the immune system’s ability to detect viruses and bacteria, while CD4⁺ T cells shifted toward a balanced mix of defensive and regulatory types, reducing the risk of immune overreaction. These changes indicate that kimchi acted as an immune modulator, strengthening defenses without triggering excessive inflammation. The effects were strongest in participants consuming starter-fermented kimchi, suggesting fermentation method directly influences immune outcomes. Together, the findings show that consistent kimchi consumption for 12 weeks can fine-tune immune responses at the gene and cell level, rather than simply “boosting” immunity in a nonspecific way.

One ancient food. One microscopic hero. Big mental shift.

In a powerful new discovery, scientists in Germany found that a specific strain of probiotic bacteria naturally present in traditional sauerkraut eliminated symptoms of anxiety disorders in participants within just six weeks. This gut-brain breakthrough highlights how certain fermented foods can do more than nourish the body they can rebalance the mind.

The key player? A lactic acid bacteria known for thriving in fermented cabbage. When introduced regularly through diet or supplements, this bacteria appeared to restore microbial balance in the gut, lower inflammation, and help regulate neurotransmitters like serotonin and GABA — both critical to mood and stress response.

Unlike pharmaceutical dr*gs, the effect came without side effects or withdrawal symptoms. Instead, it worked with the body’s own systems to gently recalibrate emotional wellbeing all from a food that’s been eaten for centuries.

The future of mental health may not just be found in labs — but in the jars on our grandmother’s shelves.