House Introduces a BEACON of Hope for Veterans with Brain Injuries

Representative Jack Bergman (MI), along with 5 original co-sponsors [Sarah Elfreth (MD), Kimberlyn King-Hinds (MP), Donald G. Davis (NC), Derrick Van Orden (WI), Morgan Luttrell (TX)] introduced the BEACON Act, H. R. 6993, in January 2026 to transform how the Department of Veterans Affairs treats traumatic brain injuries. The Veterans TBI Breakthrough Exploration of Adaptive Care Opportunities Nationwide Act establishes two grant programs totaling $60 million to fund innovative, non-pharmacological treatments for mild-to-moderate TBI.*

The sponsor of the bill and at least one of its co-sponsors bring personal stakes to this fight. Bergman, a retired Marine Lieutenant General with 40 years of service including Vietnam combat, witnessed how invisible injuries affect service members. Elfreth watched her grandfather – a Korean and Vietnam War veteran – suffer from PTSD, inspiring her earlier success passing Maryland’s David Perez Military Heroes Act.

Veterans often feel “unseen, unheard, and alone” navigating systems that treat symptoms rather than people. The BEACON Act addresses these gaps by funding research into evidence-based alternatives, training clinicians, and partnering academic institutions with VA facilities to bring innovative care directly to veterans.

*Per bill text, the TBI Innovation Grant Program will “award grants to eligible entities… for the development, implementation, and evaluation of approaches and methodologies for prospective randomized control trials for 11 neurorehabilitation treatments for the treatment of chronic mild TBI (mTBI) in veterans.” Additionally, the Act with provide grants for “independent third-party research studies and treatment with respect to supplemental neurorehabilitation treatments of mTBI.”

Chewing Gum’s Surprising Brain Benefits Come with Caution

In 2026, publications from The Economics Times to National Geographic, have reported on the unexpected benefits of chewing gum. The U.S. government has a long-released study that confirms this.  Nearly 30 years ago, the NIH published a study that found, “[Chewing] increased regional cerebral blood flow in the primary sensorimotor areas by 25-28%, in the supplementary motor areas and insulae by 9-17%, and in the cerebellum and striatum by 8-11%.” (Cerebral blood flow activates the hippocampus, critical for memory, and reduces stress hormones by 16%.) Multiple trials confirm improvements in alertness, sustained attention, and reaction times from chewing gum.

These benefits seem to have been almost forgotten though, as what has been more widely reported in the past decade is the harm that chewing gum causes the body. A study indexed in the NIH database found that chewing commercially available gum can release over 250,000 microplastic particles per hour. Research shows microplastics cross the blood-brain barrier, potentially contributing to oxidative stress and neuroinflammation linked to cognitive decline.

Pertaining to brain injury patients, medical professionals have long known chewing gum may be a boon. The aforementioned statistics note gum’s ability to enhance blood flow and hippocampal stimulation support neural recovery, while stress reduction aids in healing. Gum chewing is used in speech and oral motor rehabilitation therapy, strengthening muscles while stimulating neural pathways, and improving reaction times. Additionally, during these cognitive rehabilitation exercises, gum still retains its ability to reduce stress levels.

To capture benefits while avoiding microplastics and without artificial sweeteners, consider homemade alternatives using natural chicle or beeswax. Many websites offer such recipes, including: Instructables Utopia CookTilYummy. (I do not known the quality or tastiness of these recipes. If you choose to make chewing gum for its cognitive benefits, I recommend using fresh mint as an ingredient because of its own proven cognitive benefits)

“Marty Supreme” Brings Attention to Ping Pong’s Dual Role in Brain Health

As many anticipate 2026 Academy Award nominations to be announced tomorrow, one film, in particular, has gained Oscar buzz for cinematic acumen and, from me, its focus on an often overlooked sport. An A24 Films production Marty Supreme follows a 1950s ping pong hustler through his rise to glory. (Timothée Chalamet, who portrays the star table tennis player, has already won a Golden Globe for the role.) But beyond Hollywood, the sport at the heart of the film has proven transformative for brain injury patients.

Recent NIH research reveals that ping pong has remarkable therapeutic potential for traumatic brain injury recovery. A 2024 study published in Brain Research and indexed in NIH PubMed demonstrated that long-term table tennis training significantly alters dynamic functional connectivity and white matter microstructure in large-scale brain regions – enhancing cognitive function and attention in patients recovering from neurological injuries. This is due to the sport’s simultaneous engagement of visual tracking, motor coordination, and rapid decision-making, which triggers neuroplasticity, the brain’s ability to rewire itself. A 2024 stroke rehabilitation study in the database showed significant brainwave changes in patients practicing seated table tennis, with enhanced activity in frontal and temporal regions associated with sensorimotor integration. This additionally supports broader applications of the sport for traumatic brain injury rehabilitation.

However, the term “ping pong” isn’t singly used to define the sport of table tennis. Ironically, “ping pong fracture” is the term used to describe a very serious infant condition: a depressed skull fracture that resembles a dented ball. These fractures occur in approximately 3 per 10,000 live births, often as the result of difficult deliveries. Fortunately, a 2022 World Neurosurgery systematic review of 228 cases found 96.4% achieve favorable outcomes without lasting neurological damage. Most resolve spontaneously within six months.

As is apparent, science continues to prove that ping pong’s medical connections, whether through the healing effects to the injured brain of gameplay or used to describe neonatal trauma, run deeper than any championship rally.

Martin Luther King Jr.’s Legacy for Brain Injury Survivors

Martin Luther King Jr. never spoke directly about disability or brain injury, yet his civil rights movement built a legal foundation that protects millions of brain injury survivors today.

The connection lives in the law itself. Title VI of the Civil Rights Act (1964) declares that no person shall “be excluded from participation in, be denied the benefits of, or be subjected to discrimination” based on race. Section 504 of the Rehabilitation Act of 1973 and the Americans with Disabilities Act of 1990 both borrow this exact language, extending protections to people with disabilities, including brain injury survivors.

Tragically, the King family later experienced brain injury firsthand. On August 16, 2005, Coretta Scott King (1927-2006) suffered a stroke, leaving her paralyzed and unable to speak. Though she could never publicly address her condition, her eldest daughter Yolanda King (1955-2007) transformed the family’s pain into purpose, becoming National Ambassador for the American Stroke Association’s “Power to End Stroke” campaign. In her final speech in May 2007, Yolanda declared: “Everyone has the responsibility and power to take control of their health.”

King’s principle that “injustice anywhere is a threat to justice everywhere” applies to and protects brain injury survivors. Though he never marched for disability rights, his dream has expanded to embrace them.

Stalking Awareness Month Spotlights Hidden Brain Connections

The Federal Office for Victims of Crime, part of the Department of Justice, states, “Stalking is a crime of power and control.” January marks the 22nd annual National Stalking Awareness Month; the 2026 theme “Know It, Name It, Stop It” urges Americans to recognize and respond to this dangerous crime that affects over 40 million people nationwide.

This Sunday, January 18 commemorates National Stalking Awareness Day of Action. In New York, landmarks across the state will be illuminated in yellow, symbolizing caution like a yield sign, to honor victims and survivors. North Dakota and other states have also issued official proclamations and specific actions to recognize the day and the month.

Stalking’s link to traumatic brain injury is a troubling bidirectional relationship. Research shows 60% of stalking offenders have experienced a TBI, which impairs impulse control and increases aggression. Conversely, 75% of women in abusive relationships sustain at least one brain injury from violence like strangulation.

CDC data reveals 22.5% of women and 9.7% of men experience stalking during their lifetimes. In 2025, President Biden proclaimed, “My father used to say that one of the greatest sins a person could commit is the abuse of power – and that is fundamentally what stalking is.” President Trump has declared, “Stalking any individual, especially our young people will not be tolerated. My Administration remains committed to ending the crime of stalking.”

For resources and state-specific legislation, visit StalkingAwareness.org.

Trump Wants Greenland; Greenland Wants Neurosurgeons

Currently, President Trump’s renewed push to acquire Greenland dominates the headlines. Though many dismiss the President’s statements as mere diplomatic trolling, it brings new attention to the challenges faced by this Arctic territory. Specific to this website, those in Greenland face real medical challenges related to brain injury that deserve attention.

Of Greenland’s 56,500 residents, it is reported that 10-20 suffer severe traumatic brain injuries annually, with falls and snowmobile accidents being primary causes. (The territory also holds the world’s highest rate of fall-related spinal cord injuries.) Although this is a statistically small number, the healthcare reality is stark. Queen Ingrid’s Hospital in Nuuk, the country’s capital and largest city, remains the only facility with CT and MRI scanners, and no neurosurgeons practice in Greenland. Patients requiring brain surgery generally face evacuation to Copenhagen, Denmark, for which minimum transport time exceeds seven hours.

A 2025 study available to view on the NIH database offers hope with the introduction of teleneurosurgery. As of recently, the Department of Neurosurgery at the University Hospital of Copenhagen, Rigshospitalet has the ability to provide, “training [to] local [Greenland] surgeons to perform cranial neurosurgical procedures using smart glasses, enabling real-time supervision from neurosurgeons in Copenhagen.” Since May 2024, it is reported that multiple successful operations have been performed. Unfortunately, while the Danish publicly funded healthcare system may cover all residents, geographic isolation has created life-threatening delays.

Internasal Exploration of Brain Injury Treatment

Zunveyl (benzgalantamine) tablets are used to treat Alzheimer’s, FDA-approved in July 2024. Through a $750,00 grant, awarded by the Department of Defense AMRMC, Army Medical Research and Material Command to Alpha Cognition, the manufacturer behind Zunveyl, has since been exploring its additional treatment possibilities. In a January 8, 2026 press release, CEO of Alpha Cognition CEO Michael McFadden stated, “We are exploring Zunveyl and its effect on cognitive impairment with mild Traumatic Brain Injury [for which there no current FDA-approved treatment].”

The scientific rationale behind Zunveyl, not as a tablet, but as an internasal formation, for brain injury centers on acetylcholine* disruption following a TBI. Studies have shown that this delivery system achieves 10-fold higher brain concentration compared to oral administration.

*Acetylcholine is a neurotransmitter that relays signals between nerves and muscles for voluntary movement, triggering muscle contraction at the neuromuscular junction; it also plays crucial roles in the brain for learning, memory, attention, and in the autonomic nervous system for functions like heart rate, digestion, and breathing, acting as both an excitatory and inhibitory messenger depending on the receptor

Lawsuit to Take Down Austin Police for Takedown Consequences

On January 6, 2026, Natalie Gialenes reportedly filed a federal lawsuit against the City of Austin and a former Officer following a December 2024 incident that reportedly caused her a traumatic brain injury. Gialenes contends that while handcuffed for public intoxication, she bent down to retrieve her dropped ID when a police officer threw her to the ground. Her head struck the pavement with an audible impact that caused bleeding. Her attorney reports she now experiences cognitive difficulties that will affect her for life, including forcing her to withdraw from paralegal school. The Austin Police Association, however, maintains that Gialenes was highly intoxicated, had admitted using cocaine and alcohol, and pulled away from the officer during escort, requiring the takedown to maintain control.

Since 1989, officers have been subject to the Supreme Court order defined in federal Graham v. Connor, which includes the statement, “the facts and circumstances related to the use of force should drive the analysis, rather than any improper intent or motivation by the officer who used force.” Police takedowns are physical control techniques designed to bring suspects safely to the ground, occurring in approximately 21% of use-of-force incidents nationwide. Research indicates injury rates when force is used are estimated in a wide range, from 17 – 64%, with most injuries being minor bruises or strains. Data from the University of Illinois Chicago’s Law Enforcement Epidemiology Project states that 12.6% of civilians hospitalized from law enforcement encounters suffered traumatic brain injuries.

Texas law, as will law in all 50 states, mandates comprehensive use-of-force training for all officers. This training emphasizes de-escalation and proportional response. As Texas Government Code states, officers must provide “first aid or treatment to the extent of the officer’s skill and training” when encountering injured persons. Austin Police Chief Lisa Davis indefinitely suspended the Officer, calling his actions “reprehensible.”

Two NIH-Funded Studies Offer Hope for Preventing Neonatal Brain Injury in 2026

As reported in the NIH database in November 2025, “In recent years, there has been increasing interest in identifying and validating biomarkers capable of predicting the onset and progression of IVH, as well as other forms of neonatal brain injury.“ Two studies published this month offer fresh hope for preventing and treating neonatal brain injuries, conditions that affect thousands of American infants each year and can lead to lifelong disabilities.

Detailed in Pediatric Research on January 3, a comprehensive care model demonstrates how integrated treatment from prenatal care through early childhood can improve outcomes for at-risk newborns. Of the approximately 3.6 million babies born annually in the United States, about 10 – 15% require Neonatal Intensive Care Unit admission. The collaborative program addresses what researchers call a critical window, as “injuries during these stages can lead to lifelong disabilities.”

Meanwhile, Stanford University researchers reported January 5 in the Journal of Perinatology that advanced monitoring techniques can better predict dangerous brain bleeds in premature infants. Their study of 482 preterm babies found that low cerebral oxygenation increases mortality risk more than fourfold.

Both studies build upon past NIH-supported research through the Neonatal Research Network.

NIH Hypoglycemia-Fall Studies Explain “Marvel” Actor’s Trauma

When Marvel actress Evangeline Lilly fainted and fell face-first onto a Hawaiian boulder in May 2025, she sustained a brain injury. During her beach outing, the actress fainted and fell face-first onto a boulder, resulting in brain damage affecting “almost every area” of cognitive function. Last week, as has been widely reported, the actress revealed on Instagram that recent brain scans confirm lasting damage from this fall.

As to her prior medical history, Lilly has revealed that she suffers from hypoglycemia, or low blood sugar. Since she was a child, she has explained that she would have fainting spells due to this condition. Hypoglycemia-induced falls can lead to traumatic brain injury. (While such falls can happen at any age, older adults with diabetes are particularly at risk.) NIH-published studies have documented this dangerous cascade. Research found in the NIH PubMed database confirms that hypoglycemia can trigger loss of consciousness and substantially increase fall risk. A 2025 study examined how hypoglycemia-induced falls cause distinctive brain damage patterns affecting the hippocampus, cerebral cortex, and basal ganglia. Researchers at Washington University School of Medicine, funded by NIH grants, found that hypoglycemic brain injuries differ from other trauma types, causing widespread neuronal death when glucose levels drop critically low.

The “Lost” star now faces what she calls an “uphill battle” for recovery that is an all too familiar journey experienced by many from this medically recognized connection.