$95K grant awarded to Kern County Black Infant Maternal Health Initiative
Kaiser Permanente, a health care provider that also provides services in Kern County, said in a press release it awarded the grant to support BIMHI's mission to address the gaps in maternal health, providing 'culturally competent care' and support during pregnancy, childbirth and postpartum.
According to the National Center for Health Statistics, the maternal mortality rate for Black women in 2023 was 50.3 deaths per 100,000 live births — nearly 3.5 times higher than the maternal mortality rate for white women, which was 14.5 deaths per 100,000 live births.
Kern Black Infant and Maternal Health Initiative addresses disparities
Brynn Carrigan, a member of BIMHI and the director of Kern County Public Health, expressed BIMHI's gratitude for the grant.
'This funding will significantly enhance our efforts by expanding our support network for Black birthing persons, providing essential prenatal and postnatal care services and fostering community trust in medical providers,' Carrigan said in the release.
John Yamamoto, vice president of community health and government relations at Kaiser Permanente Southern California, said in the release that health care institutions can take more immediate steps to improve Black maternal health.
Never miss a story: Make KGET.com your homepage
'By collaborating with medical providers, local doulas and healthcare organizations, we aim to create a supportive environment and build trust to improve health outcomes for Black women in Kern County,' Yamamoto said in the release.
BIMHI is an initiative consisting of local government organizations, community-based groups, nonprofits and community members, according to the BIMHI website.
The Kern County Public Health Department and First 5 Kern created the initiative in February of 2021, the website said.
Copyright 2025 Nexstar Media, Inc. All rights reserved. This material may not be published, broadcast, rewritten, or redistributed.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


USA Today
2 hours ago
- USA Today
A museum's human remains collection updated after 'Postmortem' investigation
Part of the College of Physicians of Philadelphia, the Mütter Museum says it investigated the ethics of displaying donated human remains. PHILADELPHIA — For years, the Mütter Museum leaned into its appeal as a repository of medical curiosities: dozens of human skulls, fetal specimens and skeletons of people with varying pathologies, for starters. There were calendars with glossy photos and appearances on "The Late Show With David Letterman" by its late director, Gretchen Worden, as well as a YouTube channel with videos about death, illness and medical history. But one big issue loomed over the museum — the ethics of displaying human remains, many of them donated by physicians or from private collections. So beginning in 2023, it embarked on what it called a "Postmortem Project": an effort to provide clarity and context to items within the collections. Two staffers — Erin McLeary and Sara Ray — helped bring the project to its conclusion, which was announced Aug. 19. The museum is part of the College of Physicians of Philadelphia, which dates to 1787 and bills itself as "the birthplace of American medicine." The Mütter was meant to educate medical students and the public on different pathologies and differences in the physical human condition. Museums aligned with a medical institution, such as the Mütter, were once much more common, said McLeary, the Mütter's senior director of collections and research. "What's unique about the Mütter is that it survived." "We wanted to open up a dialog with visitors to understand and sometimes answer some of their questions about obstetrics, for example, or disability," said Ray, the senior director of interpretation and engagement. McLeary and her team embarked on a research project (one that is still ongoing) to de-anonymize human remains within the collection — finding out not only the names of people whose skulls, skeletons and other pathologies were on display, but learning about them as people: how they lived; how those conditions impacted their daily lives; what they and their physicians knew of their condition; how and whether they'd consented to their remains being used to educate generations of doctors and the wider public. It wasn't easy. Because so many of the items in the Mütter's collections came from doctors and even private donors before record-keeping standards were as they are today, McLeary had to rely on what she and her team could find. They looked into genealogical records, contemporary news reports and medical records. They pointed to one skeleton as an example, that of Tommy Jeff, a child born with hydrocephalus, which enlarged his skull. The boy, whose remains were sold to the Mütter after his death in the 1880s, came from a poor Black family and his mother allowed his physician to give her son's remains to the museum because she'd feared they might be dug up and sold for profit, or otherwise exploited. The museum says the two-year project has led to changes that allow visitors to learn more through interpretive signage and exhibits that provide greater context. The museum held several public sessions to discuss how to ethically and respectfully adjust their programs and their displays. Signs ask visitors to think more critically about what they're seeing, to understand the ethical considerations, to think about who can tell the stories of those who can't tell their own, and to understand historical context around issues like consent. After taking down many of its videos on YouTube as they undertook the Postmortem Project, more than 400 of them were restored to the museum's channel. The museum is hosting events to share its findings with the public, as well, and will resume more of its educational programming into the fall season.


NBC News
3 hours ago
- NBC News
Study reveals how fat cells can fuel cancer tumors
Being overweight or obese has long been linked to a greater risk of developing or dying from breast cancer. New research suggests a reason: Certain breast cancer tumors may feed on neighboring fat cells. The findings may help scientists find ways to treat triple-negative breast cancer, which is notoriously aggressive and has lower survival rates. Moreover, the results may apply to any cancer that uses fat as an energy source, according to the report, published Wednesday in Nature Communications. Triple-negative accounts for about 15% of all breast cancers. It tends to be more common in Black women and women under 40 and is more likely to recur than other cancers. The breast tumor cells appear to gain access to the fat cells' content by poking a straw-like structure into the fat cells and then dislodging the lipids stored there. If researchers can find a way to block tumors from tunneling into neighboring fat cells without harming patients, they might have a way to cure the often deadly cancers, said the study's lead author, Jeremy Williams, a postdoctoral scholar at the University of California, San Francisco. 'Aggressive cancer cells can co-opt different nutrient sources to help them grow, including by stimulating fat cells in the breast to release their lipids,' Williams said. 'In the future, new treatments might starve the tumor cells by preventing their access to lipids from neighboring cells.' Lipids are fatty compounds, such as cholesterol, that are used largely for energy storage in the body. Williams and his colleagues ran multiple experiments, some using tissue from breast cancer patients and others using a mouse model of a breast cancer patient. In the experiments exclusively using human tissue, the researchers examined fat cells at varying distances from tumor cells. They found that the closer the fat cells were to tumor cells, the more depleted in lipids they were. When the researchers blocked the tumor cells' ability to build the straw-like structures, officially known as gap junctions, the tumors stopped growing. They found a similar result in a mouse model, in which tumor cells from breast cancer patients were tweaked genetically so they lost some of their ability to make gap junctions. When the tissue was implanted in mice, the mice were protected. 'Knocking out a single gene impaired the formation and progression of the tumor,' Williams said. Williams and his colleagues started looking at mechanisms to explain an earlier finding from the lab he worked at. 'These tumors were burning fatty acids as a source of energy,' he said. 'It seemed an urgent question to answer where the fatty acids were coming from.' As it turns out, several medications that inhibit gap junction formation are being studied in early-phase clinical trials for other purposes, Williams said. How cancer 'grows and feeds itself' Dr. Julia McGuinness, a breast cancer specialist and an associate professor of medicine at the Columbia University Vagelos College of Physicians and Surgeons, said it's the first evidence of a mechanism showing the association between fat and cancer. It's also 'suggesting one pathway to treat aggressive cancers for which we don't have any good therapies,' McGuinness said. 'We already know that obese women who have these kinds of cancer have worse outcomes.' The new research may also suggest that lifestyle modifications that would help women achieve healthy weights might also protect against such cancers, McGuinness said. 'Slimming down could be protective,' she said, adding that obesity has been shown to be a risk factor for all breast cancers. The authors of the study found ways to look at the mechanism linking fat to breast cancer growth in ways that couldn't be tested in human beings, said Justin Balko, the Ingram professor of cancer research at Vanderbilt University Medical Center. 'They found a new way cancer grows and feeds itself,' Balko said. 'If some of the same effects are observed in humans, it might be fodder for differences in the way we treat patients.' But there are caveats, Balko said. 'For example, we don't know if this is a major mechanism by which breast cancer grows in humans,' he said. 'But it makes a lot of sense.'


USA Today
9 hours ago
- USA Today
5 dead, 108 sickened in New York City Legionnaires' disease outbreak
The death toll in New York City's Legionnaires' disease outbreak has risen to five with more 100 cases confirmed across five ZIP codes in Central Harlem, local health officials announced. Since the outbreak began on July 25, the New York City Health Department has reported 108 cases of Legionnaires' disease in Central Harlem — a historically Black neighborhood in Upper Manhattan. The latest death was reported on Aug. 18 after health officials concluded that a person with the disease who died before mid-August was associated with the Central Harlem cluster. "Based on epidemiological evidence, remediation efforts have been effective as new cases continue to decrease," Dr. Michelle Morse, acting commissioner of the city health department, said in a statement on X. "The Health Department is continuing our investigation." As of Aug. 19, the city health department said 14 people with the disease were currently hospitalized as officials continued investigating the community cluster of the disease in ZIP codes: 10027, 10030, 10035, 10037, and 10039. The city health department reiterated that the risk to most residents in these ZIP codes remains low but urged those who work or live in the area to immediately see a health care provider if they are experiencing flu-like symptoms. Legionnaires' disease is a severe pneumonia caused by a type of bacteria called Legionella, which grows in warm or hot water, according to the Centers for Disease Control and Prevention. Symptoms, which can develop up to 14 days after exposure, include cough, fever, chills, headaches, muscle aches, and shortness of breath. NYC Legionnaires' disease outbreak: An obscure disease keeps spreading through air conditioning Where does the Legionnaires' disease outbreak stem from? The outbreak in Central Harlem has been linked to cooling towers in the area, according to the city health department. Cooling towers are heat exchangers that use fans and water to cool down buildings. In an update on Aug. 19, the city health department said it has sampled and tested water from all cooling towers in the five ZIP codes. On Aug. 14, health officials confirmed that 12 cooling towers in the area had positive results for the Legionella bacteria. Remediation of the towers have since been completed. Health officials have noted that the outbreak is not related to buildings' hot or cold water supply, and that the plumbing system was separate from the cooling tower system. People should continue to use air conditioning, including window units, and other appliances that use water, the city health department said. "Any cooling towers with initial positive results for Legionella bacteria have completed the treatment required by the Health Department," according to to the the city health department. "We are continuing to monitor and let buildings know if additional treatment is needed." USA TODAY previously reported that the Central Harlem cluster is already the largest outbreak of the disease in the city in a decade. Typically, clusters have been concentrated in lower-income and non-White communities. The city saw its largest recent outbreak in 2015, when 138 cases and 16 deaths were linked to a single cooling tower in the South Bronx. In 2022, the Highbridge neighborhood of the Bronx had a cluster of 30 people diagnosed with the disease, according to a city health department report. What is Legionnaires' disease? The disease takes its name from a 1976 outbreak at a state convention of the American Legion veterans organization in a Philadelphia hotel. More than 180 people contracted the disease, and 29 died. Though it is considered a rare disease, the American Lung Association says Legionnaires' disease is a growing health concern. It has steadily become more common nationwide in recent decades, according to the CDC, and research has shown that hotter, more humid temperatures have contributed to the increase of cases. Legionnaires' disease is a type of pneumonia caused by consuming water or breathing in water vapor contaminated with Legionella bacteria, according to the CDC. The disease can be caused by plumbing systems where conditions are favorable for bacteria growth, such as cooling towers, whirlpool spas, hot tubs, humidifiers, hot water tanks, and evaporative condensers of large air-conditioning systems. Legionnaires' disease cannot be spread from person to person and can be treated with antibiotics, the CDC says. Most healthy people who get infected usually get better, but about one in 10 people who get the disease die due to complications from it. The best way to prevent Legionnaires' disease is by cleaning pipes and devices that use water, according to the CDC. And health officials have urged people at higher risk — including those ages 50 and older, cigarette smokers, and people with chronic lung disease or compromised immune systems — to immediately seek medical care if they have symptoms. "Legionnaires' disease can be effectively treated if diagnosed early, but New Yorkers at higher risk, like adults aged 50 and older and those who smoke or have chronic lung conditions, should be especially mindful of their symptoms and seek care as soon as symptoms begin," Morse said in a statement on Aug. 4. Contributing: Eduardo Cuevas and Melina Khan, USA TODAY