Eric Dane, who is known for his iconic roles as Dr. Mark Sloan in Grey’s Anatomy and Cal Jacobs in HBO’s hit drama Euphoria, has been a familiar face in Hollywood for over two decades. Known for his charisma on screen and commanding performances, the 52-year-old actor recently made headlines not for a new project, but for a deeply personal health revelation.

Dane, in an interview with People magazine exclusively, had said that he had been diagnosed with ALS (amyotrophic lateral sclerosis), a progressively developing and presently incurable neurodegenerative illness. But even amidst the diagnosis, he is cheerful, continuing to work and counting on the assistance of his family for this new chapter in life.

Amyotrophic lateral sclerosis, better known as ALS or Lou Gehrig's disease, is a rare but tragic neurological disorder that slowly takes away people's motor skills, speech, swallowing, and finally, breathing. Although the name sounds technical-sounding, it tells what the disease does—no muscle nourishment and muscle weakness and paralysis. The term also addresses the spine, in which nerve injury begins, and the scarring that develops over a period of time. As more individuals become informed, especially following publicized diagnoses like that of actor Eric Dane, discovering the etiology and facts about ALS becomes more valuable.

During an interview with a leading media outlet, the 52-year-old actor disclosed, "I feel so lucky that I'm still employed and can't wait to be returning to the Euphoria set next week." The actor was appreciative of the love and support of his family members, requesting that they be given some privacy while they "move forward in this next chapter."

As shocking as this announcement will be to followers everywhere, it's also a wake-up call for awareness: what is ALS, what are the symptoms in its onset, who is at risk, and what are the hurdles ahead for those afflicted? Eric Dane's public revelation places ALS in the global spotlight, evoking not just sympathy, but education and activism. His own experience will undoubtedly increase awareness and advocacy for a disease all too often endured in silence.

What is ALS?

ALS, also known as Lou Gehrig's disease, is the most common form of motor neuron disease (MND). The illness causes the progressive breakdown and death of motor neurons—nerve cells that manage voluntary muscle movement, including walking, talking, swallowing, and breathing.

The title "amyotrophic lateral sclerosis" comes from Greek, each word describing the nature of the disease. "A" means "no," "myo" means "muscle," and "trophic" connotes "nourishment," all of which combined mean "no muscle nourishment"—a name that succinctly describes the muscle wasting, or atrophy, of the disease. "Lateral" indicates the specific regions of the spinal cord that are affected, and "sclerosis" denotes the scarring or hardening that takes place in these regions as the disease progresses.

Symptoms of ALS

Symptoms of ALS can start subtly but rapidly progress, so early detection is important. The disease tends to begin with localized weakness or muscle twitching, typically in the hands, legs, or speech muscles.

Early symptoms, according to the Mayo Clinic, are:

• Limbs weakness
• Slow or slurred speech
• Difficulty with fine motor skills
• Muscle cramping or twitching, often in the arms or tongue
• Difficulty swallowing or breathing
• Clumsiness or frequent falls
• Involuntary laughing or crying (pseudobulbar affect)

These symptoms become more severe over time and spread to other areas of the body. Ultimately, people lose the capacity to move, talk, eat, and breathe on their own.

How ALS Develops and Impacts the Body?

ALS progresses in an relentless degenerative way. When motor neurons die, they weaken and shrink the muscles that they serve. Initially, a person may experience everyday tasks as a hassle, but eventually, in months or years, these issues may progress to full paralysis.

Despite the preservation of a normal mentality, certain people do experience cognitive or behavioral changes, and some proportion may have frontotemporal dementia.

The life expectancy is three to five years after the diagnosis, yet some patients are able to survive a decade or more with it.

What Are the Risk Factors for ALS?

Although there is much left to be discovered about ALS, there are numerous factors that predispose individuals toward developing the disorder:

Genetics

Around 10% of all ALS diagnoses are inherited. Individuals with a family history of ALS have significantly higher risk, and their children have a 50% chance of inheriting the gene mutation.

Age and Gender

ALS typically strikes those between the ages of 60 and 75. Men are slightly more likely to develop the disease than women before age 65, but this gender disparity evened out with advancing age.

Environmental Factors

Studies have linked some exposures to increased ALS risk:

Smoking: Particularly in women after menopause.

Toxic exposures: e.g., lead or industrial toxins.

Military service: Statistically, veterans are more likely to develop ALS, perhaps due to severe physical stress, toxin exposure, or infections.

Complications Related to ALS

As ALS advances, it doesn't just affect movement—it affects nearly every function that depends on muscle control. Some serious complications include:

Respiratory Failure: Weakening of the diaphragm and chest muscles creates breathlessness. Most patients require ventilatory support, and respiratory failure is the main cause of death in ALS.

Speech and Communication Deficit: The disease will lead to slurred speech or mumbling so that there is dependence on aids to communication.

Difficulty Swallowing and Feeding: Weakening of the muscles disrupts chewing and swallowing capacity so that patients become vulnerable to aspiration pneumonia or choking. Feeding tubes are most often required.

Dementia and Cognitive Impairment: A small percentage of ALS patients develop frontotemporal dementia, which is marked by changes in behavior and decision-making.

In spite of the gravity of the diagnosis, Eric Dane has been said to have been upbeat and to have promised to keep working. This is typical of the resilience that many with ALS exhibit. With supportive care, assistive technology, and improvement in symptomatic treatment, individuals can maintain quality of life for as long a time as possible.

However, the fact that there is no cure also highlights the utter need for more research, funding, and activism. Organizations like the ALS Association and the Muscular Dystrophy Association are strongly advocating improved treatments as well as maybe even breakthroughs.

Robert F. Kennedy Jr., the U.S. Secretary of Health and Human Services, is facing strong backlash after making sweeping comments during a recent press conference regarding autism and its supposed causes. As the CDC released a report revealing a rise in autism diagnoses among U.S. children now affecting 1 in 31 8-year-olds Kennedy doubled down on discredited theories linking autism to environmental exposures and vaccines, while portraying the disorder in stark, stigmatizing terms.

His remarks including claims that children with autism “will never hold a job,” “never pay taxes,” or “never use a toilet unassisted”, were swiftly condemned by parents, medical experts, and advocacy groups alike for reinforcing outdated stereotypes and misrepresenting the broad and diverse autism spectrum.

Autism spectrum disorder (ASD) is not a single condition with uniform symptoms or outcomes. Rather, it is a neurological and developmental condition characterized by challenges in social interaction, communication, and repetitive behaviors. The key word is "spectrum" and it exists for a reason.

Some individuals with autism may be nonverbal and need lifelong support, while others live independently, excel in careers, write books, or even hold public office. “Autism is not a disease,” said actress and autism advocate Holly Robinson Peete in a video statement, responding to Kennedy. “It is a developmental difference and it is important to get that right.”

Her son, RJ, diagnosed 25 years ago, has “shattered a lot of 'never' off that list,” she said, referring to Kennedy’s grim portrayal. Countless parents echoed this sentiment on social media, stating that Kennedy’s generalizations erase the lived realities, milestones, and accomplishments of their children.

CDC Data Shows a Rise in Diagnoses

The CDC’s Autism and Developmental Disabilities Monitoring (ADDM) Network reported that 1 in 31 8-year-olds in the U.S. were diagnosed with autism in 2022, compared to 1 in 54 in 2016. But experts stress that this increase is not necessarily cause for alarm. It is, in fact, a sign of progress.

The rise in autism rates is driven largely by improved awareness, broader diagnostic criteria, and increased access to evaluations and services. We are identifying children earlier and more accurately that’s a good thing.

Kennedy, however, rejected this explanation as “indefensible” and announced plans for a directive to the National Institutes of Health to investigate “environmental exposures” as the root cause — reigniting long-debunked concerns about vaccines and toxins.

Despite overwhelming scientific consensus debunking any link between vaccines and autism, Kennedy has long been associated with promoting vaccine hesitancy. His latest comments, veiled in language about “environmental exposures,” once again hint at this discredited narrative.

Leading medical organizations, including the American Academy of Pediatrics and the World Health Organization, have repeatedly emphasized that vaccines are safe, effective, and have no causal relationship with autism. Resurrecting these claims only spreads fear and confusion. It undermines public health and harms autistic people by framing their existence as a preventable tragedy.

Parents Demand a Shift in the Narrative

Perhaps the strongest rebuke came from parents of autistic children themselves. Samantha Taylor, whose 20-year-old son is on the spectrum, told Good Morning America, “Autism doesn’t destroy families misinformation does.” In a viral Facebook post, she added, “What truly causes damage is the relentless portrayal of autism as something catastrophic, rather than a different way of experiencing the world.”

Kennedy’s comments, they say, not only ignore the complexity of the condition but strip children of their dignity and potential.

“Statements like ‘they’ll never write a poem’ deny the creative genius that so many autistic individuals demonstrate,” said Peete. “It’s dangerous, it’s harmful, and it’s simply false.”

Experts Call for More Informed Leadership

While Kennedy has promised answers by September through federally backed studies, medical experts warn that his rhetoric may set back years of advocacy and research by framing autism as an “epidemic” akin to an infectious disease.

Autism is not something to be eradicated, it’s something to be understood, supported, and embraced. Families deserve resources, not fearmongering.

In the last two decades, the medical community has shifted toward neurodiversity — a perspective that recognizes neurological differences like autism as natural variations of the human genome. This philosophy emphasizes inclusivity, respect, and strength-based approaches rather than medicalizing difference.

At a time when public trust in institutions is fragile, the words of public officials matter deeply. Kennedy’s comments have triggered a reckoning not only about how autism is portrayed in the media and politics but also about how society chooses to value — or devalue — people who are different.

Advocates stress the need for policies rooted in science, not stigma, and for leadership that uplifts rather than marginalizes.

As the national conversation around autism continues, one thing is clear: the autism community — parents, children, adults on the spectrum, clinicians, and allies — is not going to stay silent in the face of outdated narratives.

On World Liver Day, which is observed on April 19, to spread awareness about liver health and the life-saving power of organ donation, let us look at one such real-life story. This is where doctor's prompt's action and one's selfless donation saved one human's life.

When the 30-year-old Delhi-based man walked into the hospital, he had yellow eyes and dangerously high liver enzymes. He was admitted in Max Super Speciality Hospital, Patparganj. That moment, he rarely knew that his life was, in fact, hanging by a thread. The man was diagnosed with acute liver failure, which was caused by viral hepatitis. His body was slowly shutting down. The frequency of his body shutting down had increased. The doctors also quickly informed the family. This was the one last hope of survival - a liver transplant.

The First Option Failed

His sister was family's first ray of hope. She was also willing and had a compatible liver whose part of it could be donated. However, pre-surgery tests revealed that her liver size was too small to ensure a safe transplant. The family then proposed the patient's brother-in-law - a second-degree relative, as the next donor. His liver was a better match, but since he was not an immediate blood relative, there had to be special regulatory approvals which were required.

However, the worsening condition of the patients allowed no such time.

The hospital too scrambled to get clearance for the brother-in-law. All this while, the patient suffered a cardiac arrest. The situation turned dire within minutes. Doctors performed CPR to revive him. He was immediately put on ventilator support. The decision had to be taken soon.

A Miraculous Surgery

With no time in hand, the doctors decided to go ahead with the sister as the donor, though there were risks there too.

A team of highly skilled hepatobiliary surgeons, anesthesiologists, and critical care specialists took over. In a high-risk, nine-hour surgery, they removed the patient’s failing liver and replaced it with part of his sister’s.

“This was one of the most challenging cases we’ve handled,” said Dr. Ajitabh Srivastava, Director – HPB Surgery & Liver Transplant. “When the patient collapsed, our team acted within seconds. Every decision, every move mattered. His survival was truly a team triumph.”

The patient is now recovering well.

What Is A Liver Transplant?

As per the National Institute of Diabetes and Digestive and Kidney Diseases, a liver transplant is a surgical procedure to replace a diseased liver with a healthy one from a donor. It’s often the last resort when liver failure occurs—whether due to chronic illness or sudden injury.

When Is It Needed?

People may need a liver transplant for:

• Alcoholic liver disease
• Fatty liver disease (NASH)
• Cirrhosis due to chronic hepatitis C
• Liver cancer with cirrhosis
• Acute liver failure (often due to drug overdose, hepatitis, or toxins)

In children, biliary atresia is the most common reason.

Types of Liver Transplants

Deceased Donor Transplant:

The most common type, where a full or partial liver is taken from someone who has recently died.

Living Donor Transplant:

A healthy person donates a portion of their liver—typically a close relative. Both the donor’s and recipient’s liver regenerate to normal size in a few weeks.

What Must Be Kept In The Mind?

• Matching and Compatibility: Blood type, liver size, and health are crucial.
• Approval Process: Especially important for non-blood relatives.
• Recovery and Monitoring: Post-op care involves lifelong medication, lifestyle changes, and regular check-ups.

A rare and fatal brain disease with a 100% mortality rate has gripped Hood River County, Oregon, raising concerns within the medical community and eliciting intense probes by local and federal health officials. It is called Creutzfeldt-Jakob Disease (CJD), and it has killed two people and impacted a third in eight months—a terrifying cluster in a county of only slightly more than 23,000 people.

On April 14, the Hood River County Health Department reported one case of Creutzfeldt-Jakob Disease and two more probable cases. Although only one case has been confirmed by a diagnosis through an autopsy, the other two are presumptive and await post-mortem confirmation through examination of brain tissue and cerebrospinal fluid. Such examination, as explained by Trish Elliott, Director of the Hood River County Health Department, may take months.

Although the origins of these three cases are still unknown, the cluster is epidemiologically significant. The U.S. experiences about 350 cases of CJD each year, or 1 to 2 cases per million individuals globally. For Hood River County, with only 23,000 people, to see three cases over such a brief time span is an epidemiologic outlier.

What Is Creutzfeldt-Jakob Disease (CJD)?

Creutzfeldt-Jakob Disease is a rapidly advancing and always lethal neurodegenerative disease resulting from misfolded proteins known as prions. Initially documented in the 1920s by German physicians Hans Gerhard Creutzfeldt and Alfons Jakob, CJD causes sponge-like holes to form within the brain, destroying its structure and function.

CJD is a member of the larger family of prion diseases, which also encompasses other rare but fatal disorders like kuru and fatal familial insomnia. Similar to bovine spongiform encephalopathy (BSE), commonly referred to as mad cow disease, CJD irreversibly destroys the brain and has no cure.

CJD Symptoms and Progression

The symptoms of CJD are extreme and worsen quickly. Early symptoms may involve confusion, disorientation, personality changes, memory loss, visual disturbances, and stiffness of the muscles. Later in the disease, patients can develop hallucinations, difficulty speaking or swallowing, seizures, and sudden jerky movements.

Death typically occurs within a year of the onset of symptoms, usually as a result of complications such as pneumonia, heart failure, or problems arising from neurological deterioration such as falls and choking.

Symptoms in the early stages of sporadic CJD usually resemble other dementias but worsen with terrifying rapidity. The majority of individuals with sporadic CJD are between 50 and 80 years of age, but some genetic forms can occur earlier, even in some people as young as 30.

Various Types of CJD

CJD comes in several types:

Sporadic CJD (sCJD): This type is the most prevalent, affecting about 85% of the cases. This type happens spontaneously when healthy proteins in the brain misfolded into prions for unknown reasons.

Genetic CJD (fCJD): Due to mutations in the PRNP gene, this form is inherited and represents about 10–15% of the total cases. The PRNP gene codes for the prion protein (PrP), a protein involved in neuronal communication and protection.

Acquired CJD (also referred to as iatrogenic or variant CJD): This is a rare type that involves outside sources of infection, such as eating infected beef (BSE/mad cow disease) or through tainted medical equipment or transplanted tissue.

In spite of concerns, authorities from Hood River County stressed that the present cases do not seem to have resulted from infected cows. "At this point in time, there is no cause identified between these three cases," the department noted. They also pointed out that CJD cannot be transmitted via air, touching, social contact, or water.

Public Health Measures and Continued Investigations

The Hood River County Health Department, in collaboration with the Oregon Health Authority and the Centers for Disease Control and Prevention (CDC), has launched an "active and ongoing investigation" into the three reported cases.

“We’re trying to look at any common risk factors that might link these cases,” Trish Elliott told The Oregonian. “But it’s pretty hard in some cases to come up with what the real cause is.”

Although risk to the general population is "extremely low," the health department continues to monitor it. Since CJD cannot be definitely diagnosed until after death, real-time monitoring is not easy, and so robust surveillance is essential.

Can CJD Be Prevented?

Although there is no treatment or cure to prevent the development of CJD, the U.S. has established strict public health measures to minimize the risk of acquired CJD, especially through food supply control and medical safety measures.

Federal authorities have maintained since the 1990s a prohibition against feeding cattle which could be contaminated with BSE, and employment of high-risk material in foods is strictly barred. Sterilization processes of surgical devices as well as strict donor screening in transplantation and transfusions are all undertaken to cut back on iatrogenic spread.

While medical officials wait for further verification and possible connections between the three patients, the attention is on education, surveillance, and reassurance to the public.

Although it is reassuringly ominous to witness a disease of this kind emerging in a small American community, the risk at the international level remains low, especially with measures presently in place. Nevertheless, the cases are a sobering reminder of the enigma that prion diseases continue to pose to modern medicine.

Health officials are still keeping an eye on the matter and are asking people not to panic but to remain updated. "The health department will remain vigilant and inform you of any public health risk," officials promised in a statement.