logo
When the baby is in the NICU, who's caring for the mom? A new model is changing that

When the baby is in the NICU, who's caring for the mom? A new model is changing that

Yahoo05-06-2025

When a newborn lands in the NICU, all eyes turn to the tiniest patient in the room. But what happens to the person still recovering from labor and delivery—especially if they're battling physical complications or mental health challenges while sitting beside an incubator?
Dr. Heather Burris, a neonatologist and senior fellow at the University of Pennsylvania's Leonard Davis Institute of Health Economics (LDI), noticed a disturbing pattern. 'In my job, I encounter parents choosing to stay with their babies in the NICU instead of seeking their own health care,' she said. Even when a mother has a potentially serious condition like postpartum hypertension or a surgical site infection, 'they must leave their baby's bedside and go to the closest emergency room, requiring separation from their baby to get care.'
It's a gap in postpartum care that's hiding in plain sight.
Related: 5 reasons why NICU parents might be more susceptible to depression and anxiety
My daughter was born six weeks early and spent 10 days in the NICU. Even though her condition was stable, that stretch of time remains one of the most harrowing experiences of my life. There is nothing that can prepare you for seeing your tiny baby hooked up to machines helping them breathe—a vivid reminder of how fragile new life can be.
In the days that followed her birth, I was battling more than exhaustion. I experienced symptoms of postpartum PTSD, but no one seemed to notice—not my loved ones, and not my medical team. I kept showing up at her bedside, putting on a brave face, even as I felt myself unraveling inside. Looking back, I wish one of the nurses or doctors had asked how I was doing, not just how she was. It might have saved me months of silent suffering.
Related: When my youngest daughter was in the NICU, I felt like I was failing both of my kids
A new randomized controlled trial, published in American Journal of Obstetrics & Gynecology Maternal-Fetal Medicine on May 5, 2025, is reimagining how care is delivered to these parents—by embedding it right where they are. The Postpartum Care in the Neonatal Intensive Care Unit (PeliCaN) model brings doulas and nurse-midwives directly into the NICU, helping mothers access the care they urgently need without leaving their baby's side.
'Several of our control participants never had their blood pressure checked after they left the hospital after giving birth, even though they had telehealth visits,' Burris noted. In contrast, the 20 parents who received the PeliCaN intervention got care a median of 20 days earlier than the control group. They were also far less likely to miss vital components of postpartum care, like blood pressure checks.
The doulas—deployed within the first week postpartum—offered both emotional and physical support. 'Doulas interact with mothers at least once in person, and follow up via phone, text, and video chat,' Burris explained. 'They help mothers overcome barriers to postpartum care.'
That support made a meaningful difference. While nearly all study participants eventually received some form of postpartum care, Burris emphasized, '30% of controls were missing a core component of postpartum care, most often blood pressure measurements in the setting of telehealth visits.'
Related: 5 ways I became a better labor & delivery nurse by being a NICU mama
And in some cases, the intervention may have been life-saving. 'We found severe hypertension even in mothers who hadn't had hypertension before. Other mothers shared suicidal ideation requiring immediate intervention. I truly believe that doulas can be lifesaving.'
What's next for maternal care innovationScaling this model will take time, training, and policy support—but Burris and her team are hopeful. Integrating maternal care into NICUs isn't just about convenience; it's about survival, dignity, and supporting mothers as whole people, not just caregivers.
'Her baby was in the NICU—but no one was checking on her.' That may soon change.
Sources:
LDI Blog Post: 'Parents of Hospitalized Infants Often Neglect Their Own Health Care'
American Journal of Obstetrics & Gynecology Maternal-Fetal Medicine, May 2025 Publication
Direct quotes from Dr. Heather Burris via LDI interview, June 4, 2025

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Ancient 'pharaoh's curse' fungus shows promise in killing cancer cells
Ancient 'pharaoh's curse' fungus shows promise in killing cancer cells

Yahoo

time8 hours ago

  • Yahoo

Ancient 'pharaoh's curse' fungus shows promise in killing cancer cells

A potentially deadly fungus known as "pharaoh's curse fungus" could offer an unexpected path to fighting cancer, recent research shows. Scientists from the University of Pennsylvania modified molecules from the fungus — which is officially called Aspergillus flavus — to create a new compound and enhance its cancer-killing properties. "Fungi gave us penicillin," said Dr. Xue (Sherry) Gao, an associate professor at UPenn and leader of the study, in a press release. "These results show that many more medicines derived from natural products remain to be found." Single Dose Of 'Magic Mushrooms' Provides 5 Years Of Depression Relief, Researchers Find The findings were published in the journal Nature Chemical Biology. Aspergillus flavus is found in decaying leaves and compost, as well as on trees, plants and some crops, according to Mayo Clinic. Read On The Fox News App While the fungus doesn't endanger most healthy people, it can cause respiratory issues for those who have weakened immune systems or are taking certain medications. Some of the more severe complications of the fungus can include bleeding in the lungs and life-threatening infections in the brain, heart and kidneys, Mayo Clinic stated. After archaeologists opened King Tut's tomb in the 1920s, multiple members of the excavation team died suddenly, fueling rumors of a "curse" upon those who dared interfere with the pharaoh's rest, according to the UPenn press release. Decades later, doctors hypothesized that fungal spores, which had been dormant for thousands of years, could have infected the team. In the 1970s, it happened again, the university stated. A dozen scientists entered another tomb, this time in Poland — and 10 died within a few weeks. Later investigations were said to reveal the presence of Aspergillus flavus in the tomb. Now, the same fungus linked to King Tut's tomb could have the capability to fight leukemia in a new form of cancer therapy. "There are a variety of compounds able to be produced by fungus," Gao told Fox News Digital. These compounds can be toxic to different cells, she noted, depending on the "biological management we are able to mitigate." Cancer Could Be Detected Three Years Before Diagnosis With Experimental Blood Test The study aimed to find a specific kind of compound — ribosomally synthesized and post-translationally modified peptides, or "RiPPs" — within Aspergillus flavus, which was previously shown to be a good source. When this compound is able to enter cancer cells, Gao said, it may be able to stop their growth. "Cancer cells divide uncontrollably," Gao said in the release. "These compounds block the formation of microtubules, which are essential for cell division." When mixed with human cancer cells, two variants of the molecules within these RiPPS were found to have potent effects against leukemia cells, the researchers found. Another variant performed as well as two FDA-approved drugs that have been used for decades to treat leukemia (cytarabine and daunorubicin). Tiffany Troso-Sandoval, M.D., a medical oncologist and cancer care consultant based in New York, cautioned that this study, which was performed on cell cultures, is still in the very early stages. Your Favorite Alcoholic Beverage Could Be Linked To Deadly Form Of Cancer, Study Finds "It's still very far away from being applicable to use in humans with leukemia," Troso-Sandoval, who was not involved in the study, told Fox News Digital. Speaking about RiPPs, the doctor told Fox News Digital, "What they're referring to [in the study] is basically a rare type of bioactive molecule that they have isolated from this fungus." There are multiple subtypes of leukemia, Troso-Sandoval pointed out, including acute and chronic forms. "One treatment might not work on [another] type of leukemia," she noted. Further testing is needed to determine which subtypes may contain the active molecule. The compound explored in the study had little to no effect on breast, liver or lung cancer cells, the researchers noted. This suggests that its disruptive effects only work on certain types of cells, which will be an important consideration when developing medications. Click Here To Sign Up For Our Health Newsletter Looking ahead, the researchers plan to test the fungus' potential in animal models and, ultimately, human trials. Gao told Fox News Digital she is "excited about what nature can create and how it can benefit our society." For more Health articles, visit The study received support from the National Institutes of Health, the University of Pennsylvania, the Welch Foundation, the Houston Area Molecular Biophysics Program, the Cancer Prevention and Research Institute of Texas and the National Science article source: Ancient 'pharaoh's curse' fungus shows promise in killing cancer cells

Ancient 'pharaoh's curse' fungus shows promise in killing cancer cells
Ancient 'pharaoh's curse' fungus shows promise in killing cancer cells

Fox News

time11 hours ago

  • Fox News

Ancient 'pharaoh's curse' fungus shows promise in killing cancer cells

A potentially deadly fungus known as "pharaoh's curse fungus" could offer an unexpected path to fighting cancer, recent research shows. Scientists from the University of Pennsylvania modified molecules from the fungus — which is officially called Aspergillus flavus — to create a new compound and enhance its cancer-killing properties. "Fungi gave us penicillin," said Dr. Xue (Sherry) Gao, an associate professor at UPenn and leader of the study, in a press release. "These results show that many more medicines derived from natural products remain to be found." The findings were published in the journal Nature Chemical Biology. Aspergillus flavus is found in decaying leaves and compost, as well as on trees, plants and some crops, according to Mayo Clinic. While the fungus doesn't endanger most healthy people, it can cause respiratory issues for those who have weakened immune systems or are taking certain medications. Some of the more severe complications of the fungus can include bleeding in the lungs and life-threatening infections in the brain, heart and kidneys, Mayo Clinic stated. After archaeologists opened King Tut's tomb in the 1920s, multiple members of the excavation team died suddenly, fueling rumors of a "curse" upon those who dared interfere with the pharaoh's rest, according to the UPenn press release. Decades later, doctors hypothesized that fungal spores, which had been dormant for thousands of years, could have infected the team. In the 1970s, it happened again, the university stated. A dozen scientists entered another tomb, this time in Poland — and 10 died within a few weeks. Later investigations were said to reveal the presence of Aspergillus flavus in the tomb. Now, the same fungus linked to King Tut's tomb could have the capability to fight leukemia in a new form of cancer therapy. "There are a variety of compounds able to be produced by fungus," Gao told Fox News Digital. These compounds can be toxic to different cells, she noted, depending on the "biological management we are able to mitigate." The study aimed to find a specific kind of compound — ribosomally synthesized and post-translationally modified peptides, or "RiPPs" — within Aspergillus flavus, which was previously shown to be a good source. When this compound is able to enter cancer cells, Gao said, it may be able to stop their growth. "Cancer cells divide uncontrollably," Gao said in the release. "These compounds block the formation of microtubules, which are essential for cell division." When mixed with human cancer cells, two variants of the molecules within these RiPPS were found to have potent effects against leukemia cells, the researchers found. Another variant performed as well as two FDA-approved drugs that have been used for decades to treat leukemia (cytarabine and daunorubicin). Tiffany Troso-Sandoval, M.D., a medical oncologist and cancer care consultant based in New York, cautioned that this study, which was performed on cell cultures, is still in the very early stages. "It's still very far away from being applicable to use in humans with leukemia," Troso-Sandoval, who was not involved in the study, told Fox News Digital. Speaking about RiPPs, the doctor told Fox News Digital, "What they're referring to [in the study] is basically a rare type of bioactive molecule that they have isolated from this fungus." There are multiple subtypes of leukemia, Troso-Sandoval pointed out, including acute and chronic forms. "One treatment might not work on [another] type of leukemia," she noted. Further testing is needed to determine which subtypes may contain the active molecule. The compound explored in the study had little to no effect on breast, liver or lung cancer cells, the researchers noted. This suggests that its disruptive effects only work on certain types of cells, which will be an important consideration when developing medications. Looking ahead, the researchers plan to test the fungus' potential in animal models and, ultimately, human trials. Gao told Fox News Digital she is "excited about what nature can create and how it can benefit our society." For more Health articles, visit The study received support from the National Institutes of Health, the University of Pennsylvania, the Welch Foundation, the Houston Area Molecular Biophysics Program, the Cancer Prevention and Research Institute of Texas and the National Science Foundation.

Fungus that may have caused 'King Tut's curse' shows promise in treating cancer
Fungus that may have caused 'King Tut's curse' shows promise in treating cancer

Yahoo

time4 days ago

  • Yahoo

Fungus that may have caused 'King Tut's curse' shows promise in treating cancer

When you buy through links on our articles, Future and its syndication partners may earn a commission. A toxic fungus, once thought to have caused fatal lung infections in tomb explorers, may hold the key to powerful new cancer treatments, new research suggests. Within months of the discovery of the tomb of King Tutankhamun in 1922, the earl who had financed the excavation and visited the "wonderful" burial site died, leading many to believe the mummy had cursed those who entered the tomb. In the 1970s, 10 of the 12 archaeologists excavating the 15th-century crypt of King Casimir IV in Poland also met a similar fate. Analysis of Casimir's tomb revealed the presence of a fungus called Aspergillus flavus, the toxins of which are known to cause a deadly lung infection. Now, the same fungus has shown promise as a treatment for leukaemia, according to a new study published in Nature Chemical Biology. The researcher team identified and engineered a class of molecules within the fungus, called asperigimycins, that kill leukemia cells in a laboratory setting. "This is nature's irony at its finest," study senior author Sherry Gao, a professor of chemical and biomolecular engineering at the University of Pennsylvania, said in a statement. "The same fungus once feared for bringing death may now help save lives." Aspergillus flavus produces spores that are able to lie dormant for centuries — including inside sealed tombs. When disturbed, the fungus can cause deadly respiratory infections, particularly in people with weakened immune systems. Related: College student discovers psychedelic fungus that eluded LSD inventor In their new study, the scientists examined the unique chemical compounds produced by the fungus and discovered a class of natural compounds called RiPPs (ribosomally synthesized and post-translationally modified peptides). These molecules are difficult to isolate and rarely seen in fungi, but they hold therapeutic promise due to their complex structures and bioactivity. This means they have intricate, unique shapes that can interact with biological systems in powerful ways, such as killing cancer cells. "We found four novel asperigimycins with an unusual interlocking ring structure," lead author Qiuyue Nie, a researcher in chemical and biomolecular engineering at the University of Pennsylvania, said in the statement. "Two of them had strong anti-leukemia properties even without modification." To enhance the drugs' effectiveness, the researchers attached lipid molecules similar to those found in royal jelly, the nutrient-rich substance that sustains queen bees. This enabled the drugs to enter cancer cells more efficiently, because lipids help drugs cross cellular membranes, which are made largely of fats themselves. Further analysis revealed how a gene called SLC46A3 acts as a kind of molecular gateway, helping the drug escape cellular compartments and target leukemia cells directly. This discovery could aid in the delivery of other promising but hard-to-administer drugs in the future. RELATED STORIES —'The most critically harmful fungi to humans': How the rise of C. auris was inevitable —Mysterious artifacts from King Tut's tomb might have been used in 'awakening Osiris' ritual —Single gene may help explain the plague's persistence throughout human history Unlike broad-spectrum chemotherapy agents that can damage healthy cells, asperigimycins appear to specifically disrupt leukemia cell division without affecting healthy tissues. Early tests also suggest the compounds have minimal effects on breast, liver, and lung cancer cells. According to the researchers, this selectivity is important for minimizing unwanted side effects. In addition to asperigimycins, the team believe similar life-saving compounds may be hidden in other fungal species. The team are planning to test asperigimycins in animal models, with the eventual goal of launching human clinical trials. And by scanning fungal genomes and exploring more strains of Aspergillus, they hope to unlock new treatments. "The ancient world is still offering us tools for modern medicine," said Gao. "The tombs were feared for their curses, but they may become a wellspring of cures."

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store