Saudi-led coalition forces claim to have intercepted three cruise missiles launched towards Riyadh, along with drones targeting Mecca and southern regions of Saudi Arabia. The coalition says it successfully deflected the attacks, but debris from the interception fell in the village of Sabuhah in Mecca province. This has sparked concerns about civilian safety.

A Houthi spokesperson has denied claims that the group targeted Mecca, instead saying that a drone was launched at a pumping station in Yanbu on the Red Sea. The spokesperson also confirmed that Riyadh's King Khalid International Airport was targeted with three cruise missiles. These statements come as Saudi Arabia's Civil Defence Authority condemned what it called "hostile targeting of civilian objects."

The Houthi denial follows earlier claims by Saudi-led coalition forces that they had intercepted a drone launched towards Mecca. The coalition also said it had deflected drones aimed at southern regions of the country. Details on the alleged attacks are still emerging, but one thing is clear: fighting has intensified in Yemen.

In recent days, suspected Houthi missile strikes have been reported in Saudi Arabia, while clashes between government forces and Houthi rebels have increased inside Yemen. The escalating violence has raised concerns about civilian safety and the humanitarian situation in the war-torn country.

Fierce fighting has continued to escalate in Yemen as the Saudi-backed army has reported significant gains against Houthi forces.

Yemen's army spokesperson Majed Abdullah al-Nuzaili announced that hundreds of targeted attacks had resulted in at least 138 Houthi fighters being killed or wounded, with multiple fronts bearing the brunt of the fighting.

In a series of coordinated strikes, Saudi-led coalition forces conducted 23 air raids against Houthi positions, destroying 86 heavy weapons and military vehicles. The army also launched 773 field artillery attacks, accompanied by 44 drone strikes and 37 rocket attacks in governorates such as al-Jawf, Marib, al-Bayda, and Taiz.

Despite these successes on the battlefield, the Saudi-backed forces have struggled to contain Houthi attacks on the al-Buraiqa district in Aden.

The repeated shelling of civilian areas has sparked concerns about the safety of innocent people, with Minister of Information Salem al-Awalqi denouncing the Houthis' "established pattern" of targeting civilians and terrorising residents.

The fighting in Yemen has led to a significant increase in casualties, with 2,098 people killed and 9,657 wounded as of November 8, according to the World Health Organization. The agency reports that more than 11,755 casualties have been recorded since the escalation began.

Marib and Lahij are among the worst-affected governorates, with over 2,000 casualties reported in just nine days. This surge in violence has also led to a displacement crisis, with over 320,000 people forced from their homes since August 1, including almost 16,000 in the past week alone.

The humanitarian situation is further complicated by strikes on health facilities and ambulances, as well as critical fuel shortages disrupting emergency medical services. Despite efforts to address these gaps through deliveries of medical supplies and vaccination campaigns, major shortfalls remain in trauma care, rehabilitation, and mental health services.

Al Jazeera: https://www.aljazeera.com/news/2026/11/12/fighting-intensifies-in-yemen-as-houthis-deny-targeting-mecca?traffic_source=rss

The unidentified doctor landed at RAF Northolt and was then transported to a specialist infectious diseases unit at the Royal Free Hospital in north London for treatment.

This marks the first confirmed case of a UK national contracting Ebola during the current outbreak in DR Congo, which has led to over 5,000 deaths so far.

Dr Renu Bindra from the UK Health Security Agency said that procedures are in place to handle such cases and that the public risk remains low due to these established protocols.

A convoy carrying the infected doctor arrived at the Royal Free Hospital in London, accompanied by three large police vans and two ambulances to ensure a safe passage. As the convoy approached the hospital, traffic was halted and police officers exited their vehicles to maintain a barrier between the public and the medical transport. This precautionary measure allowed for a smooth arrival of the doctor at the hospital's emergency department.

The infected individual is currently undergoing treatment in a highly specialized isolation unit within the hospital, according to officials from the Department of Health. The Royal Free Hospital has previously demonstrated its ability to effectively treat patients with Ebola, having successfully cared for three health workers who were evacuated after the 2014-2015 outbreak in West Africa.

These health workers had been involved in responding to the outbreak in West Africa and were subsequently treated at the hospital. Their cases highlight the UK's preparedness and experience in handling Ebola infections, which has been further reinforced by the country's strict protocols for dealing with such emergencies.

The recent outbreak in the Democratic Republic of Congo (DRC) has resulted in over 10,000 confirmed cases since May, making it one of the deadliest recorded instances of the virus. The fatality rate associated with this outbreak stands at a staggering 48.6%, as reported at the end of last month, emphasizing the need for continued vigilance and effective public health measures to contain its spread.

The Bundibugyo variant of the Ebola virus is currently driving the ongoing outbreak in the Democratic Republic of Congo (DR Congo). This particular strain can cause severe illness and death if left untreated.

Ebola spreads quickly from person to person through contact with infected bodily fluids such as blood or vomit. It's essential for individuals to exercise extreme caution when interacting with anyone suspected of having contracted the virus, especially during an outbreak.

Researchers are working tirelessly to develop effective treatments against Ebola. The World Health Organization has announced that two new candidate drugs will be added to a clinical trial in DR Congo once they receive approval from local health authorities.

As the situation continues to unfold, several countries have reported confirmed Ebola cases, including Kenya, Nigeria, and Uganda.

BBC News Health: https://www.bbc.co.uk/news/articles/cqj34d3l0zlmo?at_medium=RSS&at_campaign=rss

A significant shift in international relations theory is underway as several states and regional blocs vie for influence in the absence of a dominant hegemon. This has led to the emergence of genuine global multipolarity, where no single state or entity holds sway over others.

The widespread adoption of artificial intelligence is having far-reaching consequences. On one hand, it enables unprecedented access to information and innovation, effectively empowering individuals with godlike abilities. However, this empowerment comes at a cost as AI also creates new threats and makes existing ones more difficult to contain.

Larger states are struggling to translate their power into effective control due to the changing dynamics of global politics. The military domain is particularly affected by the proliferation of inexpensive drones and AI-assisted targeting capabilities.

The US, with its extensive military resources, has been unable to force concessions from isolated states such as Iran or achieve decisive victories in conflicts like Ukraine. This inability to impose its will reflects a broader trend where even powerful nations are finding it increasingly difficult to exert control over others.

As the global landscape becomes more complex and fragmented, the threat of conflict and instability continues to rise. The interplay between AI, power structures, and international relations is creating a volatile mix that demands close attention from policymakers and observers alike.

The emergence of new technologies is highlighting the vulnerability to loss of control in various areas beyond AI. The potential for a deadly pandemic to originate from a hidden laboratory is a stark reminder that even seemingly contained threats can escalate quickly.

Cyberattacks, too, pose an existential risk as they become increasingly sophisticated and difficult to defend against. A single individual or group could launch a devastating attack from anywhere in the world, making it challenging for any country to protect itself completely.

The spread of advanced technologies like AI is also creating new concerns. Frontier systems capable of autonomous decision-making may spiral out of control if not properly regulated, leading to unpredictable and potentially disastrous consequences.

Furthermore, some technologies are blurring the lines between conventional and unconventional threats. The development of nuclear and biological weapons, for instance, is becoming more accessible due to advancements in technology, making it harder to detect and prevent their proliferation.

The global landscape is witnessing a trend where states are increasingly focusing on achieving digital supremacy through AI research and development. However, this approach may not necessarily address the root causes of instability and could even exacerbate tensions between nations.

As policymakers grapple with these complex issues, they must recognize that relying solely on military might or economic dominance will not suffice in preventing catastrophic events. A more nuanced understanding of the interplay between technology, power structures, and international relations is essential for developing effective strategies to mitigate risks.

To ensure real security in today's multipolar world where technology plays an increasingly significant role, military strength alone is not enough. Powerful international institutions and laws must be established to regulate global activities and prevent conflicts.

The development of global standards and their enforcement are crucial components of this new paradigm. International organisations must be granted the authority to monitor, inspect, and report on activities within countries' borders. This includes governments sharing sensitive information with these bodies as part of a broader effort towards cooperation.

Existing institutions like the United Nations, World Trade Organization (WTO), and World Health Organization (WHO) still possess significant authority and legitimacy. The International Atomic Energy Agency (IAEA) has demonstrated that international monitoring can effectively verify compliance even in highly sensitive areas such as nuclear development.

Recent developments offer a glimmer of hope for the future. Last year saw the adoption by the WHO of a Pandemic Agreement aimed at improving global readiness to prevent and mitigate health emergencies. The UN General Assembly's endorsement of the BBNJ Agreement, which protects biodiversity on high seas, is another significant step forward in addressing global challenges.

The United Nations Security Council has shown its willingness to address the security implications of AI by hosting a high-profile debate in September this year. During the discussion, most governments and leading AI developers agreed that stronger global governance and more robust international oversight mechanisms are necessary to mitigate risks associated with artificial intelligence.

The international community's efforts to establish global frameworks for regulating advanced technologies like artificial intelligence are still in their infancy.

Despite some positive developments, most governments and leading AI developers agree that stronger governance and oversight mechanisms are necessary to mitigate risks associated with artificial intelligence.

Norway is taking a proactive approach to addressing this challenge. The country has identified respect for international law and effective multilateral institutions as a core national security interest, and is investing heavily in UN reform efforts.

By leveraging its position as one of the UN's largest financial contributors, Norway aims to push for greater effectiveness within the global organization. This approach reflects the understanding that no single country can alone change the course of international politics.

Norway has already made some headway on this front, with Norwegian Prime Minister Jonas Gahr Store and Finnish President Alexander Stubb launching a joint initiative in September to establish global oversight and control over advanced AI models.

As nations grapple with the complexities of international governance, it is clear that a new approach is needed to prevent global catastrophes. The aftermath of two devastating world wars prompted collective action and the establishment of shared legal frameworks.

A return to this collaborative spirit is necessary, but it remains uncertain whether states will come together without first facing another crisis on par with those wars.

Al Jazeera: https://www.aljazeera.com/opinions/2026/10/24/keeping-the-world-safe-when-no-one-is-in-charge?traffic_source=rss

The mystery began when it was revealed that the patient in Nigeria is the wife of a Swiss diplomat stationed in Abuja. The Swiss foreign ministry confirmed that she had not traveled to the Democratic Republic of Congo, where the outbreak originated in mid-May and has since spread to Uganda, Kenya, and now Nigeria.

According to the Swiss government, the woman contracted Ebola while traveling with her husband in Uganda. This contradicts earlier claims from Ugandan authorities, who said she had visited eastern DR Congo. The discrepancy raises concerns about the accuracy of information and the ability of authorities to contain the outbreak.

The World Health Organization is leading investigations into the source of infection for the Nigerian patient. Efforts are being made to determine how a country that was declared Ebola-free in August has seen new cases emerge, with the Ugandan government denying any current outbreaks.

A spokesperson from the Ugandan government told Reuters on Thursday that if there were any confirmed Ebola cases, they would be publicly announced.

The investigation into the source of the Ebola infection in Nigeria is ongoing, with the Africa Centres for Disease Control and Prevention looking into whether the patient may have come into contact with an Ebola case in Kenya. Both patients travelled from Entebbe airport in Uganda on October 3rd.

According to Dr Wessam Mankoula, head of emergency preparedness and response at the organisation, officials are considering the possibility that the patient contracted the virus while passing through the Ugandan airport. However, this theory is still speculative at this stage.

Meanwhile, WHO staff in DR Congo have found no evidence to suggest the Nigerian patient had travelled to the country, as reported by Catherine Smallwood, a WHO Ebola incident manager. She noted that officials would need to compare the timing of the patient's symptoms with their travel history to determine where the infection likely occurred.

Experts are also weighing in on the possible link between the cases in Kenya and Nigeria, with Marion Koopmans, a Dutch virologist and member of the WHO's Ebola emergency committee, expressing skepticism about the theory. She argued that simply being present at the same airport location does not constitute a supported epidemiological link.

Nigeria's health minister, Muhammad Ali Pate, has stated that contact-tracing is continuing in an effort to contain the outbreak, and that officials are working hard to prevent it from spreading to local communities.

The confirmation of Ebola cases in Kenya and Nigeria has underscored the importance of international cooperation to prevent further transmission of the virus.

Countries must now work closely together to share information and resources in a timely manner, ensuring that frontline health workers and local organizations have what they need to respond quickly to outbreaks.

Ebola is a highly contagious and often fatal viral disease that affects both humans and non-human primates, spreading through body fluids or contaminated materials and causing severe damage to organs and blood vessels.

The current outbreak is caused by the rare Bundibugyo virus, which has no approved treatment or vaccine, highlighting the need for swift action to contain its spread.

The Guardian World: https://www.theguardian.com/world/2026/oct/23/ebola-swiss-patient-nigeria-dr-congo-concerns-virus-spread

The Rapid Support Forces (RSF), a powerful paramilitary group, were accused by UN human rights chief Volker Türk of serious violations of international humanitarian law and possible war crimes due to their repeated attacks on civilian infrastructure, including health facilities.

According to RSF spokespersons, these allegations are nothing but propaganda created by the national army and its allies to tarnish the reputation of the paramilitary group.

Our investigation used sources from el-Fasher to gather information about 43 separate attacks on hospitals and healthcare sites between May 2024 and October 2025. In some cases, these facilities were targeted multiple times during this period.

The destruction of health infrastructure is a serious breach of international law that prohibits the targeting of medical facilities or personnel during conflict.

Data collected by our team shows that from April 2023 to October 2025, at least 120 medical workers in el-Fasher suffered injuries, with 55 losing their lives and another 10 being forcibly "disappeared or abducted.

According to Dr Muhamed Suliman, a surgeon who worked in el-Fasher during the siege, the RSF's actions were not random but part of a deliberate strategy to weaken the city's defenses by targeting its healthcare system.

The siege of el-Fasher has left deep scars on the city's healthcare system. According to the World Health Organization, the events in el-Fasher are one of the clearest and most severe examples of the wider impact of the conflict on health care in Sudan.

Historical ethnic animosities have fueled the fighting in el-Fasher, with Arab militias targeting non-Arab groups. This has led UN investigators to report that the fighting bears the hallmarks of genocide. The city's population is predominantly made up of non-Arab groups who have been subjected to brutal attacks by RSF forces.

The siege of el-Fasher began with a series of coordinated attacks on medical facilities. One of the main hospitals, the Teaching Hospital, was forced to close due to the conflict. Its operations were relocated to the South Hospital, which continued to provide medical services despite facing significant challenges.

Power cuts and dwindling supplies hindered the hospital's ability to function effectively. However, it remained one of the few working hospitals in the city, providing vital surgical services to injured patients.

The situation took a dramatic turn when the RSF launched its siege of el-Fasher. In late May and early June 2024, the South Hospital was shelled several times as paramilitary fighters pushed forward from their positions in the east of the city.

Medical staff were caught off guard by the first bombing, which occurred on one of the busiest days at the hospital. On that day alone, 16 injured patients underwent surgery, says Dr Suliman. The area around the hospital was very crowded due to its status as the only working hospital in the city.

The attacks culminated in a brutal RSF raid on June 8, which caught hospital staff by surprise. Many of them escaped over the back wall as the paramilitaries entered the building, says Dr Mustafa Ahmed. However, the director general of the hospital was not so fortunate, encountering a group of RSF fighters outside his office.

The RSF fighters' brutal treatment of Dr Asow is a stark reminder of the dangers faced by healthcare workers in Sudan's conflict zones.

Dr Asow recounted how he was beaten and left for dead after being mistaken for someone else. He managed to save himself by pretending to be unconscious, but his ordeal highlights the risks of being caught up in the fighting.

The RSF fighters' actions were not an isolated incident, as they had previously targeted healthcare facilities in Sudan.

The hospital where Dr Asow worked was eventually overrun by the RSF after the army retreated. The staff and equipment were forced to relocate to a new facility, but this did not seem to prevent further attacks.

In an attempt to justify their actions, some officials have claimed that hospitals can lose their protection under international law if they are used as military bases.

However, there is no evidence to support these claims, and the government of the Darfur region has categorically rejected them. The official position appears to be that healthcare facilities were deliberately targeted by the RSF.

The Saudi Maternity Hospital became a new target for the RSF after the South Hospital was overrun. Despite being located near army bases, this facility continued to function as a hospital and was not incorporated into the military base.

Dr Alaa Eldin Nugud, the health minister, has shown maps of landmines allegedly planted around the Teaching Hospital, which is adjacent to Sudanese military headquarters. However, his claims have been met with skepticism by international observers.

The targeting of hospitals in Sudan's conflict has raised concerns about the tactics employed by the Rapid Support Forces (RSF). While the RSF claims that hospitals are not being intentionally targeted, evidence suggests otherwise.

In conversations with six doctors, a pattern of systematic targeting emerged. They shared accounts of repeated attacks on Saudi Hospital, which was hit up to 25 times in some days by shelling and drones.

The use of intelligent rockets with precision-guided attacks has been particularly concerning. These drones have allowed the RSF to strike with greater accuracy, putting medical facilities at even greater risk.

Smaller healthcare centers were also under attack, contributing to a steady decline in medical services. The BBC's timeline highlights the closure of private hospitals and neighborhood clinics, leaving patients without access to essential care.

When some of these facilities relocated to avoid attacks, they still faced bombardment. This was the case for the Specialised Children's Hospital, which moved twice but was forced to close due to shelling.

The main dialysis center also suffered a similar fate, being struck and then attacked again after it relocated. By October 2025, Saudi Hospital was the only functioning health facility left in the city.

Medical staff at Saudi Hospital went to great lengths to keep providing care despite the deteriorating conditions. They set up sandbags for protection and built underground bunkers using steel containers.

The makeshift surgery at Saudi Hospital came under attack five times in 2025, with one doctor describing a harrowing incident where he was operating on a patient's neck when an explosion shook the building.

The makeshift medical facilities at Saudi Hospital in el-Fasher were not just under attack from bombs and shells but also from drones, which tracked the movement of patients, according to Dr Asow, a doctor who worked there.

On March 15, 2025, people carrying injured patients from an attack site to a temporary ward were followed by a hunting drone as they approached the gate of the building. The drone struck and killed nine people in this incident alone.

In another disturbing episode on August 17, 2025, a donkey cart transporting patients to an alternative operating theatre was hit by a drone, resulting in the deaths of two patients, their driver, and the donkey itself.

The RSF health minister dismissed these accounts as a continuation of lies by the military (SAF) and their allies, the Joint Forces. However, doctors who worked at the hospital believe that RSF fighters deliberately targeted medical facilities because army or allied fighters were among their patients.

These allegations are supported by eyewitness accounts from doctors and medics who treated patients at the hospital during the conflict. They claim that the RSF intentionally attacked medical facilities to harm civilians and disrupt healthcare services.

The scale of the destruction was catastrophic, with satellite imagery showing clusters of bodies on the blood-soaked grounds of the hospital after the October 25, 2025 attack. The WHO condemned the reported killings, which it said were part of a larger pattern of violence against civilians in el-Fasher.

The RSF has denied any wrongdoing and claims that its forces did not intentionally target medical facilities. However, the UN human rights chief has expressed concern over the findings of the investigation, describing them as deeply disturbing" and consistent with his office's analysis.

The investigation has uncovered evidence that hospitals in Sudan's Darfur region were deliberately targeted by fighters from the Rapid Support Forces (RSF), a paramilitary group loyal to the government.

Medical workers who were captured and held captive during the conflict have spoken out about their experiences, revealing the trauma and fear they endured. Dr Al-Haj Mohamed Ahmed, one of the doctors interviewed, stated that he was forced to stay in the city against his will, with threats made against him if he spoke out of line.

The RSF's actions are part of a broader pattern of attacks on healthcare facilities and personnel in Sudan's civil war. Despite the fall of el-Fasher, the conflict continues, with humanitarian needs remaining critical.

Several medical workers were captured while trying to escape the city and sent back to work at Saudi Hospital. Dr Mustafa Ahmed described the conditions under which they worked, including a cholera outbreak that they managed to bring under control in a temporary prison.

The trauma of this period is still evident, with many people struggling to come to terms with what happened. The conflict has also had a devastating impact on healthcare services, which continue to be targeted as part of the wider humanitarian crisis.

As the situation remains unresolved, there are concerns about the ongoing safety and security of medical workers in Sudan's Darfur region, where attacks on healthcare facilities persist.

BBC News World: https://www.bbc.co.uk/news/articles/c54g1kxw4nvvo?at_medium=RSS&at_campaign=rss

While one person might experience persistent anxiety and repetitive negative thoughts, another may struggle with trauma-related symptoms or substance abuse, highlighting the diverse ways in which depression can manifest.

Researchers at the University of Helsinki conducted an extensive study to investigate this phenomenon and uncovered a striking finding: individuals with the same diagnosis can have dramatically different patterns of brain activity.

Depression is a significant global health concern, affecting approximately 332 million adults worldwide, according to the World Health Organization's projections for 2025. In Finland, it is the leading cause of both extended sick leave and disability pensions.

The study analyzed brain activity in 263 individuals diagnosed with major depressive disorder and 75 healthy participants who served as a comparison group, revealing five distinct groups based on differences in functional connectivity.

Brain activity patterns in individuals with major depressive disorder have been found to vary significantly, even among those with the same diagnosis. Some participants showed stronger than usual connections between brain regions, while others exhibited weaker connectivity.

These differences were linked to specific symptoms and co-occurring conditions. For instance, one group displayed robust connections between brain areas alongside a higher incidence of substance abuse problems. Another group had weaker connections and more pronounced post-traumatic stress disorder (PTSD) symptoms.

The contrasting results may help clarify the discrepancies in earlier studies that examined the brains of people with depression. Different research groups studying various combinations of patients might observe distinct patterns, despite all participants receiving the same diagnosis.

The study's findings contribute to a growing understanding that depression may not have a single, consistent biological signature. Instead, it could involve multiple distinct patterns of brain function, each associated with unique symptom profiles and co-occurring conditions.

Research into depression has long suggested that it's not a single condition, but rather a complex mix of symptoms and underlying patterns of brain function. A new study has shed more light on this idea by identifying five distinct brain patterns associated with different symptom profiles.

The first group showed strong connectivity between brain regions, which was linked to severe symptoms across multiple areas, including depression, anxiety, rumination, and daily functioning issues. Rumination is characterized by repeatedly dwelling on distressing thoughts or negative experiences. Participants in this group typically experienced a high level of impairment.

In contrast, the second group exhibited weaker communication between brain regions, resulting in milder symptoms overall. This suggests that reduced connectivity may be associated with less severe forms of depression.

The third group was marked by widespread weak connectivity across substantial portions of the brain. Symptoms related to post-traumatic stress disorder (PTSD) were particularly prevalent among these individuals.

The fourth profile combined unusually strong connections in some brain regions with weaker ones, leading to more severe depression, substance abuse problems, and lower overall well-being for participants.

The use of magnetoencephalography (MEG) allowed scientists to capture the nuances of brain activity in individuals with depression and healthy controls with unprecedented precision. This non-invasive technique detects extremely faint magnetic fields produced by electrical activity in the brain, providing a unique window into how different regions communicate.

Unlike slower-measurement techniques that track changes associated with brain activity, MEG can follow electrical signals as they unfold over short periods, making it an ideal tool for investigating the timing and coordination of communication between brain regions. By leveraging this technology, researchers were able to record brain activity in all 263 participants with depression and 75 healthy control subjects.

The high level of temporal precision afforded by MEG enabled the team to examine rapid changes in brain activity that might be difficult to distinguish using slower measurement techniques. This allowed them to identify differences not only in the strength of connectivity between brain regions but also in the frequencies at which they appeared to work together, offering new insights into the neural underpinnings of depression.

The ability to monitor electrical brain activity with millisecond precision has been instrumental in helping scientists understand what happens in the brain during episodes of depression. According to lead researcher Palva, this level of detail has allowed them to get closer to understanding the actual mechanisms driving depressive phenotypes.

The discovery of five hidden brain patterns behind depression has significant implications for mental health care. Researchers believe that these unique profiles could one day be used to select treatments tailored to an individual's specific brain activity.

Currently, finding effective treatment for depression can involve a trial-and-error approach, with patients responding differently to the same medication or therapy. This makes it challenging for doctors to determine the most suitable approach for each patient.

The researchers emphasize that their findings are not yet ready for clinical use but offer a promising direction for future study. They note that brain activity measurements could eventually provide valuable information to guide treatment decisions, helping patients receive more targeted care.

A key long-term goal is to understand how specific symptoms relate to the functioning of brain networks. By connecting these biological patterns with patient experiences, researchers aim to develop more precise ways to identify and characterize depression, leading to better treatment outcomes.

Researchers from the University of Helsinki collaborated with Aalto University and the Helsinki and Uusimaa Hospital District (HUS) to uncover new insights into depression.

By analyzing complex biological patterns in brain activity, scientists have made significant progress in understanding the underlying mechanisms of this condition. This breakthrough has far-reaching implications for developing more effective treatments and therapies for individuals struggling with depression. Ultimately, these findings will contribute to a deeper comprehension of mental health, paving the way for improved patient outcomes.

ScienceDaily Health: https://www.sciencedaily.com/releases/2026/10/261008005251.htm