Root of Restoration

01/13/2026

A long time ago, we were told something that sounded smart… but wasn’t fully true.

We were told to stop using butter and animal fats and to switch to vegetable and seed oils for “heart health.”
So many families did. Many still do.

Canola oil. Soybean oil. Corn oil. Sunflower oil.
Most people have at least one of these in their kitchen and believe they are healthy.

Here’s the problem.

These oils don’t come from a simple press like olive oil.
They are made in factories using heat, chemicals, and heavy processing.
That changes how they behave inside the body.

Seed oils are very high in something called omega-6 fats.
Our bodies need a small amount but today, most people get way too much.

When omega-6 is too high, it can:
• Increase inflammation
• Stress the gut
• Create oxidative stress (damage at the cell level)
• Interfere with cholesterol balance and metabolism

Over time, this can affect the gut, blood sugar, hormones, and heart health.

These oils are everywhere not because they’re healthy, but because they’re cheap.
They’re in:
• Salad dressings
• “Healthy” snacks
• Protein bars
• Oat milk
• Restaurant food

Most people are eating them daily without realizing it.

This doesn’t mean one meal ruins your health.
It means what we use every day matters.

That’s why I encourage people to:
• Read labels
• Reduce seed oils at home
• Cook with more stable fats like olive oil, butter, ghee, coconut oil, or traditional animal fats

This isn’t about being perfect.
It’s about awareness.

Once you see how common seed oils are, you can start making small changes; one meal, one choice at a time.

That’s how health improves. Not overnight. But steadily.

01/10/2026

Isn’t Just Hormones; It’s a Gut, Immune, and Bone Conversation

Let me share something that often gets overlooked when we talk about menopause and bone health.

Most people are told that bone loss after menopause is simply about low estrogen or not enough calcium. But what we’re learning now is that menopause creates a much bigger shift inside the body, one that involves the gut, the immune system, and how bones are constantly being rebuilt.

When drops, it doesn’t just affect hormones. It also alters the gut microbiome and gut barrier, reducing beneficial bacteria and key microbial metabolites like short-chain fatty acids (SCFAs) and secondary bile acids. These compounds normally help regulate , support immune balance, and protect the gut lining.

As the shifts, immune cells become more inflammatory. Cytokines such as IL-6 and TNF-α increase, signaling the body to activate osteoclasts (cells that break down bone) while impairing osteoblast activity (cells that build bone). Over time, this imbalance accelerates bone resorption and increases osteoporosis risk.

In other words, bone loss after menopause isn’t driven by estrogen decline alone. It’s often the downstream result of gut dysbiosis and immune dysregulation layered on top of hormonal change.

The encouraging part is that bone health support doesn’t start with supplements alone. It starts by supporting the gut–bone–immune axis through prioritizing whole foods and microbial diversity, supporting gut lining integrity and digestion, reducing chronic inflammation through nutrition, maintaining hydration and mineral balance, and including weight-bearing movement to stimulate bone formation.

Bone health is really a reflection of how well the gut, immune system, and metabolism are communicating with each other.

That’s why postmenopausal wellness works best with a systems-based approach, not a single-nutrient solution.

This is where my work comes in. I focus on helping support microbiome balance, reduce inflammatory burden, and guide sustainable lifestyle changes that work with the body rather than against it. Through education, gentle structure, and individualized pacing, the goal is to help the body regulate more effectively so you can feel stronger, steadier, and less stressed over time.

01/09/2026

Seeing products like “protein Pop-Tarts” become normalized says a lot about where we are nutritionally.

Many people struggle to move away from ultra-processed “functional” foods not because of a lack of willpower, but because of microbiome disruption. A compromised microbiome doesn’t just affect digestion, it influences cravings, food preferences, appetite regulation, and reward signaling. Over time, biology adapts to what it’s repeatedly exposed to.

This is where the industry carries responsibility. These products may appear affordable and convenient in the short term. Still, they often come with long-term costs: gut imbalance, metabolic dysfunction, inflammatory burden, and increased reliance on medical intervention. What seems inexpensive at checkout can become costly downstream.

Whole foods don’t just help meet or targets, they support microbial diversity and normalize gut-brain communication, helping reduce the very cravings these products are designed to exploit. Supplements and fortified foods may have a place, but they should never replace nutrition fundamentals.

Trends will come and go. Rebuilding the and prioritizing real, whole food remains essential; especially in the era.

01/09/2026

Why the New Food Pyramid Matters (and Why the Old One Missed the Mark)

For decades, we were encouraged to follow a food pyramid that placed refined grains at the base of our diet, limited protein, and discouraged healthy fats. This model was taught in schools, hospitals, and nutrition programs across the country. Yet during that same time, rates of chronic disease continued to rise.

We saw growing numbers of people struggling with
Type 2 diabetes
Insulin resistance
Obesity
Fatty liver disease
Cardiovascular and metabolic conditions

This wasn’t because people lacked discipline or weren’t trying hard enough. The problem was that the guidance itself didn’t support how the human body is designed to function.

The old pyramid relied heavily on carbohydrates while downplaying protein and fat. These two macronutrients play a critical role in blood sugar balance, hormone production, muscle maintenance, satiety, and overall metabolic health. Over time, this approach left many people dealing with unstable blood sugar, constant hunger, cravings, and ongoing metabolic stress.

What the New Food Pyramid Gets Right

The updated food pyramid reflects a much-needed shift toward real food and physiological balance.

It emphasizes adequate protein at every meal to support muscle, metabolism, and blood sugar stability. It also prioritizes healthy fats from whole foods, plenty of vegetables and fruits for fiber and micronutrients, and whole grains in moderation rather than as the foundation of the diet.

Clinically, this aligns with what we consistently see. When protein and healthy fats are prioritized, many people experience better energy, more stable glucose levels, fewer cravings, and improved overall metabolic health.

Why This Shift Matters

Nutrition guidance has a powerful influence on public health. When foundational advice doesn’t align with physiology, even the most well-intentioned individuals can struggle. The rise in chronic metabolic disease over the past several decades highlights the need for models that support long-term health, not just calorie targets.

This new pyramid represents a move away from ultra-processed foods and toward nutrient-dense, whole nourishment. It’s a shift that can benefit people across many stages of life.

This isn’t about blaming past guidance or the professionals who followed it. Many licensed dietitians were trained within a system that, in hindsight, didn’t produce the outcomes we hoped for. Nutrition science evolves, and for a long time recommendations were followed exactly as taught, even when real-world results showed otherwise.

What matters now is our willingness to keep learning, to step outside outdated frameworks, and to better understand how the body actually works. That’s how we truly support the people who trust us with their health.

. Balanced meals. Sustainable health.

What changes have you noticed when you shifted toward more protein-forward meals?

12/07/2025

Magnesium: A Foundational Mineral Many People Overlook

Magnesium is required for over 300 biochemical reactions in the body, making it essential for nearly every major system.

It supports:

• Brain and nerve function
• Muscle contraction and relaxation
• Mitochondrial energy (ATP production) and converting food into usable energy
• Heart rhythm regulation and healthy blood pressure
• Bone strength (works with Vitamin D and Calcium)
• Relaxation and sleep by calming the nervous system
• Blood sugar and insulin control
• Inflammation and stress response reduction

Common signs of low magnesium may include:

• Muscle cramps or twitching
• Anxiety, irritability, low stress tolerance
• Difficulty sleeping
• Low energy or fatigue
• Headaches or migraines
• Constipation
• Heart palpitations
• Tingling or restless legs

Why supplements compete but food does not (mechanism explained):

In supplement form:
Minerals are taken in a free, unbound form, which means they rely on shared intestinal absorption channels.
When magnesium, zinc, iron, and calcium are taken together as supplements:

• They compete for the same receptors
• Absorption can decrease for one or more minerals
• This is why supplement timing matters

General separation guideline:

• Magnesium in the evening or at night
• Iron or beef liver in the morning with Vitamin C
• Zinc taken separately from iron if dosing for deficiency

In whole foods such as beef liver:
Minerals in food are naturally:

• Protein-bound
• Enzyme-activated
• Delivered within a biological matrix
• Accompanied by cofactors such as copper, B vitamins, and amino acids

This creates synergistic absorption rather than competition.

Food minerals are absorbed through:

• Peptide transport
• Heme iron carriers
• Natural chelation mechanisms
• Enzyme-guided utilization

The body can then determine appropriate distribution:

• Iron for blood and oxygen transport
• Zinc for immune function and tissue repair
• Magnesium for ATP energy, nerves, and muscles

Food signals how nutrients should be used.
Isolated supplements do not carry this instructional system.

Here Are Some Key Points:

Magnesium is critical for energy, muscle function, sleep, cardiovascular health, bone strength, nervous system regulation, and metabolic balance. When taken alongside zinc, iron, or calcium in supplement form, absorption may compete. However, in whole foods such as beef liver, minerals coexist synergistically due to the presence of natural enzymes, proteins, and cofactors that guide proper utilization.

Prioritize whole-food sources first, like eating Beef Liver or as taking Beef Liver capsules. Use supplements with intentional timing to fill gaps where needed.

The two I personally take:

Smarter Nutrition Magnesium
https://www.tiktok.com/t/ZTHw8ok8LvEKV-YYuYq/
ForestLeaf Beef Liver https://www.tiktok.com/t/ZTHw8oSUq5MAp-2hvya/

08/15/2025

Your Gut Might Be the Root of Your Pain 💥
When your gut lining is inflamed, tiny nerve endings at the gut junctions send constant “danger” signals to your brain. This keeps your body stuck in survival mode, pulling energy away from healing and flooding your system with stress responses. Over time, this causes excessive, lingering pain not just in your stomach but throughout your whole body.

If you’re ready to understand your symptoms and get practical, functional strategies to heal, I share exclusive science-backed wellness guides, recipes, and gut-healing tips on my Ko-fi page.

Subscribe here for full access → https://ko-fi.com/mujerdelilahko or comment word → Subscribe

Follow Delilah Ko on Ko-fi

08/09/2025

“There’s a relationship between mouth bacteria and depression” … NHANES Analysis

Ever thought your oral bacteria could impact more than just your teeth? 🦷 A recent study analyzing saliva samples and mental health data from over 15,000 U.S. adults found that lower diversity in the mouth’s microbiome is linked to higher rates of depression even after accounting for age, race, smoking, alcohol use, dental care habits, and other lifestyle factors.

It’s fascinating (and a bit alarming) how the health of our mouths might influence our mental well-being. Research suggests that healthy oral habits like brushing, flossing, staying hydrated, and mindful oral care routines could offer benefits far beyond fresh breath.

Our mouth may hold more clues to our mood than we ever imagined.

Why does oral bacterial diversity affect our mood? 🧠

Here’s the science in simple terms:
• Bacteria “talk” to each other through chemical signals (quorum sensing).
• Your mouth and gut are connected, so changes in one can influence the other.
• When oral bacteria diversity drops, it often points to bigger imbalances in the gut.
• Gut imbalances can lead to leaky gut, letting inflammatory molecules (like LPS) leak into the bloodstream.
• This inflammation can reach the brain, causing neuroinflammation, which research has linked to depression and mood disorders.
• Fewer beneficial bacteria in both the mouth and the gut also means fewer protective compounds to regulate inflammation and brain chemistry.

In short:
Oral bacteria changes ↔ Gut microbiome changes → Systemic inflammation → Neuroinflammation → Higher depression risk.

Comment → Oral to get what Oral Probiotics I recommend.

Your mouth really can be the mirror of your internal health, taking care of it means caring for your whole body and mind.

08/03/2025

Diet Soda: More Dangerous Than You Think?
Many turn to diet soda thinking it’s the healthier choice but research is painting a very different picture.

📚 A recent study (PMID: 40383372) reveals that artificial sweeteners like sucralose, aspartame, saccharin, and acesulfame potassium may disrupt the gut microbiome, leading to impaired glucose metabolism and insulin resistance.

Despite being calorie-free, these sweeteners can:

✅ Interfere with how your body regulates blood sugar
✅ Alter the gut flora that help maintain metabolic balance
✅ Raise fasting blood glucose over time
✅ Increase the risk of type 2 diabetes and metabolic syndrome, especially with regular consumption in diet soda.

🧠 Why could they be worse than sugar?

While sugar spikes insulin, artificial sweeteners may:
1. Disrupt your microbiome and impair glucose tolerance
2. Trick your brain and pancreas, leading to mismatched insulin signals
3. Increase cravings causing you to eat more overall
4. Confuse your reward system, making it harder to regulate appetite

🔬 Some studies show these changes lead to more insulin resistance than sugar because the body stops recognizing real glucose after being repeatedly “fooled.”

⚠️ But it’s not black and white:

✔️ Not all studies agree but many are not studying the microbiome.
✔️ Effects vary based on the sweetener type, microbiome makeup, and how often it’s used
✔️ Most risk is tied to long-term (but, most individuals drink them daily).

Bottom line:

Artificial sweeteners may not raise blood sugar like sugar does but they do still contribute to metabolic dysfunction by altering your gut microbiome and confusing insulin signaling.

💡 Your gut health matters more than you think.

That’s why I focus on education and healing from the root with gut-focused protocols, a low-glycemic diet, and functional support and microbiome-safe herbs.

06/22/2025

🧠 A Groundbreaking Breakthrough in Brain Health!

Scientists have just unveiled the first 3D map of mitochondria in the human brain; an achievement that may completely reshape our understanding of aging and cognition .

🌟 What’s the takeaway?
• Every thought, memory, and emotion depends on tiny energy-producing organelles called mitochondria 🔋 , which power the brain’s cells 🪫 . The new atlas (dubbed MitoBrainMap) was created from 703 match‑head‑sized samples—each only 3 mm³—preserving their original location in the brain .
• Lower mitochondrial density was found in evolutionarily ancient regions like the basal ganglia and brainstem, areas less impacted by aging. Meanwhile, newer cortical regions packed a powerful energy punch, making them more vulnerable when energy declines .

🧠 Why it matters:
1. Cognitive Decline: Energy-hungry regions responsible for memory, decision-making, and problem-solving are hit hardest by mitochondrial deficits, possibly explaining why mental clarity fades first .
2. Disease Portal: Poor mitochondrial function is linked to Alzheimer’s and other neurodegenerative disorders, and by revealing changes in the brain sooner, this map could lead to earlier detection and better treatment options.
3. Personalized Medicine: Scientists are already mapping energy patterns in hundreds more brains, hoping MRI scans might one day reveal who’s at risk long before symptoms emerge .

💬 Tried-and-True Advice
Even though this brain map is a major scientific breakthrough, the basics still matter. Simple lifestyle habits like regular exercise, good sleep, a healthy diet (Mediterranean style), managing stress, and staying mentally active can all support your mitochondria and help keep your brain sharp as you age.
⸻
🔍 TL;DR
Mapping brain energy in 3D is like unlocking a hidden power grid revealing which regions are most energy-vulnerable and why our cognitive golden years might start to tarnish. The future? Personalized brain energy profiles guiding early interventions decades before disease strikes.

06/15/2025

Vitamin D Deficiency in Newborns Linked to Increased Risk of Mental Health Disorders

A powerful new study published in The Lancet Psychiatry has uncovered a striking connection between low vitamin D levels in newborns and a higher risk of developing mental health disorders later in life, including schizophrenia, ADHD, and autism spectrum disorders.

📌 What the study found:

Researchers followed over 71,000 babies born in Denmark between 1981 and 2005, analyzing vitamin D levels taken from dried blood samples shortly after birth. They discovered that:

Higher neonatal vitamin D levels were associated with:
• 18% lower risk of schizophrenia
• 11% lower risk of ADHD
• 7% lower risk of autism

🔬 These findings suggest that early vitamin D status may play a crucial role in brain development and long-term mental health outcomes.

⸻

Why This Matters for Parents and Caregivers:

Vitamin D isn’t just about bones, it’s a critical neurosteroid that influences early brain development, immune system regulation, and inflammation control. A deficiency during pregnancy or in early infancy may leave babies more vulnerable to developmental and psychiatric conditions down the line.

Sources of vitamin D include:
• Safe sun exposure
• Fatty fish (like salmon and sardines)
• Egg yolks, fortified dairy or plant milks
• Supplementation (often recommended during pregnancy and infancy)

⸻

💡 The Takeaway:
Supporting vitamin D sufficiency during pregnancy, breastfeeding, and early childhood may offer protective benefits for mental health across the lifespan.

If you’re pregnant, breastfeeding, or have a newborn, consider speaking to your healthcare provider about testing and supplementation. It’s a small step that could make a lasting impact on your child’s future.

🗨️ What are your thoughts on this link between vitamin D and mental health? Have you prioritized vitamin D in your family’s wellness plan?

06/04/2025

Emerging SIDS Research: Potential Link Between Vaccination Timing and Brainstem Dysfunction in Infants

As a functional medicine researcher and advocate for transparency in public health, I share this information with the utmost care, humility, and respect for every parent, practitioner, and policymaker seeking truth in medical science.

A recent peer-reviewed study published in Toxicology Reports (May 26, 2025) by the McCullough Foundation and researchers Nicolas Hulscher and Dr. Peter McCullough explores a potential association between early childhood vaccinations and Sudden Infant Death Syndrome (SIDS), proposing a hypothesis centered on brainstem dysfunction.

The analysis, based on decades of publicly available data from the Vaccine Adverse Event Reporting System (VAERS), found that 75.5% of all reported SIDS cases from 1990–2019 occurred within 7 days of routine vaccination, with a remarkable 57-fold spike in reports specifically on day 2 post-vaccination. This temporal clustering has raised questions that call for urgent scientific inquiry—not fear, but further investigation.

The authors suggest that components in certain vaccines—such as aluminum-based adjuvants, formaldehyde, and polysorbate 80—may overwhelm the still-developing detoxification systems of infants, particularly the liver. This, in turn, may lead to neuroinflammation and dysfunction in the medulla oblongata, the brainstem region responsible for regulating breathing and heart rate during sleep.

This hypothesis aligns with earlier animal models and postmortem studies showing that aluminum can cross the blood-brain barrier and accumulate in critical autonomic regions of the brain.

Historically, SIDS rates saw an upward trend from the 1980s through early 2000s—coinciding with the expansion of the infant vaccine schedule from 3 to 17 doses. A notable case study in New Zealand during the 1980s even reported a drop in SIDS incidence when vaccination rates temporarily declined.

It’s important to emphasize that correlation does not equal causation, and this study does not claim to prove vaccines cause SIDS. Rather, it highlights patterns and biological plausibility that merit rigorous, unbiased research, especially given that over 51% of SIDS reports occurred within the first 3 days following immunization.

No official federal investigation has yet addressed these findings. As researchers, clinicians, and caregivers, we must advocate for more comprehensive safety evaluations and consider individualized vaccine timing for high-risk infants.

I share this not to promote fear, but to encourage critical thinking, open dialogue, and informed decision-making—with the highest regard for both scientific progress and parental intuition.