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03/27/2026

“They’re just using you as a pacifier.”

No… they’re not.

But it’s wild how comfortable people are saying that to a mother.

Because what they’re really saying is:

your baby shouldn’t need you this much.

And that’s where they’re wrong.

Babies are literally designed to need their mother.

Not just for food
but for regulation
for comfort
for safety
for survival.

So when a baby nurses for more than “just feeding”

that’s not a bad habit.

That’s biology.

What’s actually backwards
is expecting a newborn to self soothe
like they’re supposed to function independently.

They’re not “using” you.
They’re responding to you.
They’re wired for you.
They’re built for you.

And if that makes people uncomfortable
that says more about what we’ve normalized
than what’s actually natural.

If you’ve ever been told this…
I want to know 👇
Because moms are tired of being made to feel like meeting their baby’s needs is a problem.

03/27/2026

FYI

If you’re pregnant and still drinking coffee — I’m not here to shame you.

82% of pregnant women consumed caffeine today. Most of them have no idea what’s actually happening in their baby’s body when they do.

Caffeine doesn’t just cross the placenta. Your baby has zero ability to clear it. None. What takes you 4 hours to metabolize takes a newborn up to 5 days.

And by the third trimester, your half-life extends to 18 hours. Monday’s coffee is still circulating when Tuesday’s arrives.

This isn’t about being perfect. It’s about understanding what’s actually happening so you can make a real decision — not one based on outdated guidelines built on rat studies.

New video is live where I break this all down. Comment “SAFE” and I’ll send you the link.

03/26/2026

"Breast milk bacteria help build a healthy infant gut
Human milk does more than nourish, it also delivers beneficial microbes that help build the infant gut microbiome. A new study from the University of Chicago offers the most detailed look yet at how bacterial strains in breast milk are transferred to babies. The findings shed new light on early-life microbial transmission and its potential impact on long-term health .
When we see a mother breastfeeding her newborn, we usually think of bonding, nutrition, better immune protection, and even comfort and convenience. But in fact, this common mom–baby situation is much more than that, as human milk contains beneficial microbes that help shape the infant’s gut microbiome during early life. Research has already shown that this community of microorganisms works as a protective shield against chronic conditions such as asthma, allergies, and obesity.

Nevertheless, the biological formula behind the many benefits of human milk has remained elusive — at least until now. A team of scientists from the University of Chicago has provided, in a new study published in Nature Communications, the most detailed portrait yet of how different combinations of bacteria in human milk contribute to the development of the infant gut microbiota.

“Breast milk is the recommended sole source of nutrition for an infant’s first months of life, but important questions about the milk microbiome remained unanswered because the analytical challenges are intimidating,” says first author Pamela Ferretti, PhD, a postdoctoral researcher in the Blekhman Lab at the University of Chicago.

Ferretti has long been interested in studying microbial transmission dynamics between individuals. In her previous research, for instance, she explored how different maternal body sites — such as the mouth, skin, and vaginal cavity — contributed to the infant microbiome, but breast milk had been left out.

“We suspected there were microbes transferred to the infant through breastfeeding, but studying milk is particularly challenging, as it contains a lot of fat and a low percentage of microbial cells. Technically, it is very complicated to extract genomic material to identify strains, which are key to identifying vertical transmission,” Ferretti explained to GMFH.



The most detailed insight
In this new study, researchers followed almost 200 healthy mother–infant pairs during the early months after birth. They collected milk samples at one and three months postpartum, and babies’ stool samples at one and six months.

Using advanced genetic tools — metagenomics — they observed that breast milk contains a distinct mix of bacterial species. The main group was the genus bifidobacteria, including Bifidobacterium longum, B. breve, and B. bifidum, names that may ring a bell as they are among the best-known beneficial bacteria, even present in commercial fermented milks.

“Even though B. longum is well documented as being highly prevalent in the infant gut, it was surprising to find such a strong signature of that species in breast milk samples because previous milk studies mostly reported other bacterial taxa like Staphylococcus and Streptococcus,” Ferretti said. “We think these results will prompt some reevaluation in the field.”

Researchers also identified 12 cases in which the exact same bacterial strain appeared both in a mother’s breast milk and in the infant’s stool sample, providing strong evidence for vertical transmission through breastfeeding. Some of these shared strains belong to species that are commonly used as probiotics, such as B. longum and B. bifidum, which help digest milk sugars and support healthy gut development.

Unexpectedly, although all participants in the study were healthy, Ferretti and colleagues also found bacteria that can be pathogenic, such as E. coli and K. pneumoniae.

“Transmission is kind of a package that includes both good and not-so-good bacteria,” Ferretti summarized, highlighting that those potentially pathogenic species can live harmlessly in healthy individuals and only cause infection under certain conditions.

They also detected oral microbes, such as Streptococcus salivarius from the baby, suggesting that bacteria from the infant’s mouth can enter the breast milk during suckling.

In the near future, Ferretti says they want to expand their research from healthy settings to inflammatory situations, such as subclinical mastitis. Before this painful condition is diagnosed and treated with antibiotics, mothers may pass pro-inflammatory signatures to infants via breastfeeding.

Ferretti also wants to investigate what happens during childhood to assess whether factors in human milk and early life can predict health outcomes later in life."



Reference:
Ferretti, P., Allert, M., Johnson, K.E. et al. Assembly of the infant gut microbiome and resistome are linked to bacterial strains in mother’s milk. Nat Commun 16, 11536 (2025). https://www.nature.com/articles/s41467-025-66497-y

March 25th, 2026

https://www.gutmicrobiotaforhealth.com/breast-milk-bacteria-help-build-a-healthy-infant-gut/

03/26/2026

They need your heartbeat. It's been the soundtrack of their existence since their heart started beating. No sound machine replicates it. It's specific to you. They can hear the difference.

They need your warmth. Not a heated crib pad. Your body temperature which automatically adjusts to regulate theirs. Technology that no gadget has replicated.

They need your smell. The scent they've known since the womb. That tells their nervous system everything is safe before their brain even processes the input.

They need your breathing rhythm. Your inhale and exhale pattern sets their breathing pattern within minutes of skin to skin contact. Better than any white noise track.

They need your voice. Not the podcast you play for stimulation. Your voice. The specific frequency they've been hearing muffled through fluid for 9 months. It calms them faster than any recorded sound because it's the original.

They need your hands. Holding them. Containing them. Providing the gentle pressure that their nervous system uses as a regulation signal.

Everything your baby needs to feel safe in this world comes standard with you. No subscription. No batteries. No assembly required.

The $200 swing might give you 20 minutes of free hands. That's valuable. But your baby didn't need the swing. They needed a break from needing you. And you needed a break from being needed.

Both of those are okay. But the marketing that tells you products replace your presence is a lie. Nothing replaces you. You are the product your baby was designed for.

03/24/2026

03/21/2026

RECALL

Check your medicine cabinet: 90,000 bottles of children’s ibuprofen recalled after reports of gel-like particles, FDA says.

03/18/2026

Longer breastfeeding linked to blood-pressure lowering effects of certain infant gut bacteria
Nursing for at least six months may spur beneficial gut bacteria connected to better heart health years later.
"An observational study supported by the National Institutes of Health (NIH) found that infants who had more diverse bacteria in their gut had lower childhood blood pressure, and this protective association was stronger if they were breastfed for at least six months. The findings published in the Journal of the American Heart Association(link is external).
For the research, investigators reviewed data from 526 children enrolled in a prospective study in Denmark. They looked for connections between infant gut bacteria, which can be influenced by nutrition and supports a variety of health functions, and childhood blood pressure. To assess this, they collected f***l samples to analyze bacteria in the infants’ intestines during their first week, month, and year of life. Three and six years later, they measured the children’s blood pressure.
The researchers found children with more diverse gut bacteria at one month had lower blood pressure six years later. They then assessed the influence of breastfeeding, which was measured in this study for durations of at least six months. They discovered that among children breastfed for at least six months, the blood-pressure lowering effect of having more diverse bacteria in their gut was even stronger. Specifically, those with a greater diversity of gut bacteria throughout the first month of life had systolic blood pressure that was about 2 mm Hg lower six years later if they were breastfed for at least six months.
Researchers believe there may be several reasons for these associations. Certain gut bacteria have evolved specialized biologic machinery that allows them to convert otherwise indigestible carbohydrates in breast milk into calories and substances that can be used by the body. Specific Bifidobacterium species, including B. infantis, are superstars when it comes to breaking down these carbohydrates and turning them into short-chain fatty acids that may influence blood pressure and support cardiovascular health.
In infants who are not breastfed, bacteria that do not have breast milk carbohydrates to feed on may instead break down carbohydrates that line the intestines. This could result in a condition called a “leaky gut,” where bacteria and fat could enter the bloodstream. A leaky gut has been linked to inflammation and increased blood pressure in adults.
Additionally, the researchers found that some types of bacteria, including H. pylori, were present in some infants and these bacteria were linked to increased blood pressure years later. H. pylori, which can be passed from a mother to child, can create persistent levels of low inflammation and may influence a “leaky gut.”
To make participants in the study as comparable as possible, the researchers accounted for a mother’s medical history, their diet during pregnancy, pregnancy complications, when and how a child was born, and how long they were breastfed.
About 4% to 7% of children worldwide have high blood pressure, which can start when the fetus develops in the womb. These rates have doubled since 2020, which is why researchers are studying factors that may offset these risks and improve cardiovascular health."
The study was supported by the National Heart, Lung, and Blood Institute (NHLBI) grant K01HL141589.
Who
Charlotte Pratt, Ph.D., R.D., Acting Chief, Clinical Applications and Prevention Branch, NHLBI
Study
Liu T, Stokholm J, Zhang M, et al. Infant Gut Microbiota and Childhood Blood Pressure: Prospective Associations and the Modifying Role of Breastfeeding. J Am Heart Assoc. 2025; doi: 10.1161/JAHA.124.037447(link is external).
Infant Gut Microbiota and Childhood Blood Pressure: Prospective Associations and the Modifying Role of Breastfeeding
Abstract
Background
Germ‐free mice experiments indicate that human gut microbiota influence blood pressure (BP), but no studies have prospectively examined if infant gut microbiota affects their future childhood BP. We aim to investigate prospective associations of infant gut microbiota diversity and composition with childhood BP, examining effect measure modification by breastfeeding and mediation by a child's body mass index.
Methods and Results
In the Copenhagen Prospective Studies on Asthma in Childhood 2010 cohort, we measured infant gut microbiota (16S rRNA V4) at 1 week, 1 month, and 1 year and child BP at 3 and 6 years. We assessed α diversity‐BP, β diversity‐BP, and microbe abundances‐BP associations using linear regression, permutational multivariate analysis of variance, and beta‐binomial count regression, respectively. Data from 526 children showed that α diversity and several Bifidobacterium spp. had protective associations with BP but only in children breastfed for ≥6 months. For instance, a 1‐unit increment in 1 month Shannon index was associated with 1.86 mm Hg (95% CI, 0.66–3.05) lower 6‐year systolic BP in children breastfed ≥6 months but a 0.73 (95% CI, −1.00 to 2.45) higher 6‐year systolic BP in those breastfed

03/12/2026

Breastmilk is one of nature’s most remarkable creations, yet it’s often taken for granted. If it were sold commercially, a single dose could cost over $10,000. Fortunately, mothers produce it naturally, providing babies with a living, adaptive source of nutrition that science continues to uncover.

Beyond calories, breastmilk contains living immune cells that protect infants from infections, viruses, and bacteria. Its composition changes hour by hour and even during a single feeding, responding to the baby’s needs, growth stage, and environment. This dynamic quality supports immune development, brain growth, and long-term health in ways no formula can fully replicate.

Breastfeeding is not simply “feeding”—it’s a biologically sophisticated interaction between mother and child. The act delivers nutrients, strengthens the immune system, and fosters bonding. Each feeding teaches the baby’s body and brain to respond to environmental challenges, shaping resilience and early physiological adaptation.

Parents should recognize the value of breastmilk, support lactation, and understand that even short-term breastfeeding offers profound health benefits. This natural, dynamic resource provides far more than sustenance—it’s a living, life-shaping gift that mothers provide every day.

03/04/2026

😄

Happy !

Are you ready to join the global home for International Board Certified Lactation Consultants®? 🌍 In honor of IBCLC Day 2026, we are offering a special 20% discount for new first-time members! Gain access to the Journal of Human Lactation, exclusive CERPs, and a global network of peers. Join us today and save – use code IBCLCDay26 at checkout to take advantage of this special 20% discount!

Learn more here: https://ilca.org/ibclc-day-2026/

03/04/2026

Feeling grateful 🙏🏻❤️
My work, my passion: 35 yrs and counting…….

Tomorrow is IBCLC Day! But what exactly is an IBCLC? 💛

IBCLC stands for International Board Certified Lactation Consultant. These professionals are certified by the International Board of Lactation Consultant Examiners (IBLCE) and hold the only internationally recognized clinical credential in lactation care.

Many caring professionals support families with lactation, including CLCs, CLEs, and peer counselors. IBCLCs, however, have special training to handle clinical cases, such as helping premature babies, addressing low milk supply, and managing medical conditions that affect breastfeeding.

IBCLCs work in hospitals, private practices, birth centers, WIC programs, and online, so they can support families wherever they are.

Tomorrow, we honor the expertise, dedication, and compassion that IBCLCs bring to their work.

This year, we invite IBCLCs to share all those moments that remind you why you chose this path. Maybe it was a first latch that moved you, a family who stayed in touch, or a case that pushed you to grow as a clinician. We would love to hear from you!

On , March 4th, share your story with and tag .

We’ll feature your stories on our page, because behind every latch is a professional who brings both skill and compassion.

Plus, stay tuned! We have something special planned for you.