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Photos and videos from the police raid on the residence of a prominent Turkish filmmaker and actor in Inegöl reveal an elaborate marijuana cultivation setup inside the rooms and bathroom, equipped with specialized lighting systems.
According to local reports, authorities discovered cannabis plants being grown within a controlled environment, along with a sizable stash of hashish stored inside the home.
Law enforcement officials confiscated 1,131 grams of cannabis, 21 marijuana plants, an air conditioning unit, and various other items from the residence. The director’s brother, Eren Kazim Akay, was also taken into custody, and both individuals were subjected to drug testing before being brought before the court.
A revealing video shared on social media shows the extent of the operation, highlighting a home transformed into a grow house with ultraviolet lighting and climate control systems, even installed in the bathroom.
[Twitter post – translated commentary]:
“Shocking images from the house of Ezel Akay, who was detained on drug charges, showing a marijuana farm inside his home! He used ultraviolet light systems and even set up climate control in the bathroom to cultivate marijuana.”
Both the police and local authorities continue their investigations into the case, underscoring ongoing efforts to combat drug-related activities in the region.
Kim Kardashian’s shapewear brand “SKIMS” has recently found itself in a scandal involving drug smuggling, according to the UK’s National Crime Agency. Authorities discovered that one of their trucks was loaded with approximately $8.4 million worth of cocaine.
The driver, a Polish national, was detained on September 9, 2025, after authorities intercepted the vehicle at the Port of Harwich in Essex, UK. He received a 13-year prison sentence for attempting to smuggle narcotics.
During the investigation, officials found 90 packages of cocaine, each weighing around 1 kilogram, concealed within the rear doors of the truck. The discovery was facilitated by X-ray imaging, which revealed anomalies in the vehicle’s structure. Additionally, the driver made a 16-minute stop during his journey, an event he could not explain during questioning.
In response, SKIMS issued a statement categorically denying any involvement or knowledge of the incident: “SKIMS is aware of recent reports concerning a shipment carrying our products. We want to emphasize that we had no knowledge of this criminal activity. We are not connected to the smuggling operation, the driver, or the vehicle,” a company spokesperson clarified to news outlets.
Though the situation has sparked concerns regarding SKIMS’s potential involvement, the brand has sought to distance itself from the controversy with their swift response. The investigation is ongoing, focusing not only on the driver but also investigating broader drug trafficking connections.
Alzheimer’s disease has remained one of medicine’s biggest hurdles for many years. It gradually impairs memory, cognition, and everyday functioning, impacting millions of seniors worldwide.
For decades, researchers have been seeking treatments to slow or halt the progression of the disease. At one point, drugs targeting a protein called amyloid offered renewed optimism.
Amyloid is a protein that accumulates in the brains of individuals with Alzheimer’s. It forms sticky clusters known as plaques, which were long thought to be a primary cause of the condition. Based on this theory, scientists developed drugs aimed at reducing amyloid buildup, hoping this would slow memory decline and other symptoms.
Recently, two medications, lecanemab and donanemab, received approval in the U.S. and Europe. These drugs were heralded as major breakthroughs because initial studies indicated they could slow disease progression. Many hoped these treatments would reshape Alzheimer’s management.
However, a comprehensive review published by the Cochrane Collaboration raises critical doubts about whether these drugs provide actual benefit to patients. Known for its rigorous examinations of medical evidence, Cochrane’s findings carry considerable influence.
The review analyzed data from 17 clinical trials involving over 20,000 individuals with early-stage Alzheimer’s or mild memory issues. All the studies tested drugs designed to clear amyloid from the brain.
The findings revealed that, while these drugs do successfully remove amyloid, they do not produce significant improvements in memory or daily activities.
Minor improvements were observed in specific tests, but they were too small to impact daily life meaningfully. This underscores an essential point: effective treatments should alter how people feel or function, not just improve test scores.
Additionally, the review identified risks associated with these drugs. Patients were more prone to brain swelling or bleeding, often visible on scans—even when no symptoms appeared. The long-term consequences of these side effects are still uncertain.
This research challenges a long-held assumption within Alzheimer’s research. For years, many experts believed that removing amyloid directly translated into patient benefits. Now, evidence suggests this might not be the case, at least with current drugs.
Some experts, however, dispute the review’s conclusions. They argue that the analysis combined data from different drugs, some of which are less effective, potentially obscuring the benefits of newer treatments.
Others believe that, despite limited success so far, amyloid remains a relevant target. Future therapies with novel approaches to tackling amyloid might still hold promise.
Overall, the review provides a detailed assessment of existing evidence, indicating that current anti-amyloid treatments may not live up to expectations. Nonetheless, Alzheimer’s remains a complex disease, requiring continued research and innovation.
While the initial hope surrounding these drugs has diminished, progress in understanding and fighting Alzheimer’s has not stopped. Scientists are exploring new ideas and different targets to develop more effective treatments.
If you are interested in Alzheimer’s, consider reading research on the potential causes of the disease and emerging non-pharmacological strategies that may help prevent it.
For additional health insights, explore recent studies on dietary factors that could reduce your risk of Alzheimer’s and discover how making 12 specific lifestyle changes might prevent some forms of dementia.
Digital Phablet – Test Results Reveal Details for Celebrities
The publicly released test results involve actors Hande Erçel, İbrahim Çelikkol, İlkay Şencan, and Deha Bilimlier, who were questioned as part of a celebrity narcotics investigation. While some individuals’ blood samples showed no traces of drugs, hair analyses indicated the presence of cocaine, codeine, and THC (tetrahydrocannabinol) metabolites. The list of names includes the following:
The investigation, overseen by the Istanbul Anatolian Chief Public Prosecutor’s Office in conjunction with the Istanbul Provincial Gendarmerie Narcotics Crimes Branch, targeted notable figures suspected of involvement in supplying and possessing narcotic or stimulant substances for personal use. Arrest warrants had been issued for those identified.
Latest Findings from Laboratory Tests
Initial results for Hande Erçel, İbrahim Çelikkol, İlkay Şencan, Hakan Sabancı, Fikret Orman, and Deha Bilimlier were disclosed. Notably, Hande Erçel’s blood sample was free of any drugs or steroids.
According to the examination, her urine contained morphine, codeine, and its metabolite, codeine glucuronide. Paracetamol, a common pharmaceutical, was also detected. However, her hair analysis revealed no signs of illicit substances or stimulants. Her nail sample was deemed unreadable due to being coated with permanent polish and thus was not analyzed.
Further tests showed that Mustafa Ceceli’s blood was drug-free. Meanwhile, cocaine and its byproducts, benzoylecgonine and methylecgonine, were found in his hair sample; nail testing was not possible.
Similarly, İbrahim Çelikkol’s hair sample tested positive for cocaine and related substances. Deha Bilimlier’s hair analysis revealed the presence of codeine, cocaine, and their metabolic byproducts. Moreover, THC-COOH, a metabolite of THC—the psychoactive component in cannabis—was identified in İlkay Şencan’s blood, with THC itself detected in her hair sample.
This ongoing investigation paints a detailed picture of substance testing among high-profile individuals, highlighting the complexities and challenges in such disclosures.
One of the biggest challenges in cancer treatment is that the same medication can be highly effective for one individual but completely ineffective for another.
Physicians have observed this variation for many years, especially with newer targeted therapies. Researchers have been working to understand this discrepancy because resolving it could help many more patients benefit from these treatments.
A recent study published in Nature Communications sheds light on this issue. The research was led by Dr. Louise Fets from the MRC Laboratory of Medical Sciences. The study focused on a group of cancer drugs known as PARP inhibitors.
These drugs are already used to treat cancers such as ovarian, breast, and prostate cancers. They work by blocking cancer cells from repairing their damaged DNA, which ultimately leads to cell death.
Although these drugs show strong promise, they do not work equally well for everyone. Some patients respond very positively, while others derive little benefit. In certain cases, the drugs become less effective over time. The study aimed to understand what happens to these drugs once they enter a tumor.
To investigate, researchers used tumor samples from ovarian cancer patients kept alive in laboratory conditions, allowing for detailed study. This method enables scientists to analyze actual human tumor tissue rather than relying solely on animal models.
The team employed a specialized imaging technique called mass spectrometry imaging, which reveals the precise location of drug molecules within the tumor. They also used methods to examine gene activity across different tumor regions, providing an in-depth view of drug movement and cellular response.
Their findings were unexpected. The distribution of the drug within the tumor was uneven, with some areas showing high drug concentrations while others had very little. This irregularity was observed not only between different patients but also within individual tumors.
Further analysis revealed that within cancer cells, the drugs were being sequestered in small structures called lysosomes. These are tiny compartments traditionally responsible for breaking down waste inside cells. In this context, they essentially acted as storage units for the drugs.
Once inside these lysosomes, the drugs became trapped and remained there for a period before gradually being released. As a result, some cells were exposed to high drug levels over extended periods, whereas others received much less. This uneven exposure may explain why some cells respond better to treatment than others.
Interestingly, not all PARP inhibitors behaved identically. Some, like rucaparib and niraparib, were more prone to lysosomal trapping, whereas others, such as olaparib, were less affected. This indicates that even drugs within the same class can have different intracellular behaviors.
These insights are significant because they suggest that a drug’s effectiveness depends not only on reaching the tumor but also on how it disperses within it and how it interacts with individual cells. This adds a new layer of complexity to cancer therapy.
In the future, clinicians might utilize this knowledge to tailor treatments for each patient. By analyzing tumor characteristics, doctors could predict how a drug will behave and select the most effective options accordingly.
However, the study has limitations. Experiments were conducted on tumor tissue outside the body, where drugs circulate through the bloodstream. In real-world scenarios, tumors often have poor and uneven blood supply, which could make drug distribution even more variable. Further research is needed to confirm these findings in actual patients.
Overall, this research offers valuable new insights into why cancer treatments can produce such varied outcomes. It emphasizes the importance of understanding the movement and storage of drugs within the body, not just their presence in the tumor.
The discovery that lysosomes may serve as hidden storage sites influencing drug activity could lead to the development of improved therapies and better patient outcomes. Nevertheless, additional studies are essential before integrating these findings into clinical practice.
Digital Phablet – Since its debut episode, the series “Bil Haram” has been creating a substantial buzz across social media platforms, sparking conversations about the sensitive topics addressed in this Ramadan drama.
Also ReadIsraeli bombing of Lebanon kills fight choreographer for TV series “Mawlana” and “Bil Haram”
Although it began slowly, the Ramadan series has now gained significant momentum and is receiving widespread acclaim. Viewers and families alike are praising the talented cast, writers, and producers for shining a spotlight on crucial social issues.
“Bil Haram” tackles significant themes such as child abuse, drug addiction, harassment, and sexual violence, along with exploring love and betrayal.
Lebanese actress Sara Abi Kanaan from “Bil Haram.” (Instagram)
“Bil Haram” is a compelling social and human drama presented with striking storytelling that delves into serious themes rooted in everyday life. The story unfolds in a world where power, wealth, desire, and sin intersect, following a diverse cast of characters whose secrets and intertwined relationships gradually come to light as the narrative advances.
Cast of Bil Haram:
1. Maguy Bou Ghosn as Joud 2. Tony Issa as Maher 3. Sarah Abi Kanaan as Zeina 4. Elsa Zgheib portraying Sarah 5. Takla Chamoun as Sabah 6. Bassem Moughnieh as Farid 7. Cynthia Karam as Alia 8. Nadia Charbel as Nai 9. Elie Mitri as Ryan 10. Tarek Tamim playing Tanios
Turkish actor Ismail Hacıoğlu was detained by Turkish authorities as part of a high-profile investigation into drug use among celebrities.
Hacıoğlu was apprehended alongside Turkish musician Kaan Tangöze and singers Murat Dalkılıç, according to Hurriyet newspaper.
The Istanbul Public Prosecutor’s Office continues its investigation into drug trafficking and prostitution involving prominent figures.
As part of the ongoing Istanbul Drug Operation initiated by Turkish law enforcement, arrest warrants have been issued for 25 individuals on charges including “Using Narcotic Substances,” “Inciting and Facilitating Prostitution,” and “Assisting the Use of Narcotic or Stimulant Substances.”
The following people have been identified by Turkish police as suspects involved in the drug operation:
1. Hakan Tunçelli
2. The Mystery of Murat Dalkılıç
3. Rıza Kaan Tangöze
4. Murat Cevahiroğlu
5. Barış Talay
6. Hakan Kakız
Additionally, the list includes:
7. Kemal Doğulu
8. Murat Öztürk
9. Murathan Kurt
10. Nailcan Kurt
11. Alihan Taşkın
12. Tolga Sezgin
13. Ramazan Bayar
14. Aygün Aydın
15. Buse Görkem Narcı
16. Ismail Hacıoğlu
17. Furkan Koçan
Israeli bombing of Lebanon kills fight choreographer for TV series “Mawlana” and “Bil Haram”
