Scientists Invent 'Cancer-Killing Pill' that Doesn’t Affect Healthy Cells

A picture taken on August 27, 2019 in Nantes, western France,
shows pills, tablets, suppositories and pharmaceutical drugs. (Photo
by LOIC VENANCE / AFP) (Photo credit should read LOIC VENANCE/AFP via
Getty Images)
A picture taken on August 27, 2019 in Nantes, western France, shows pills, tablets, suppositories and pharmaceutical drugs. (Photo by LOIC VENANCE / AFP) (Photo credit should read LOIC VENANCE/AFP via Getty Images)
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Scientists Invent 'Cancer-Killing Pill' that Doesn’t Affect Healthy Cells

A picture taken on August 27, 2019 in Nantes, western France,
shows pills, tablets, suppositories and pharmaceutical drugs. (Photo
by LOIC VENANCE / AFP) (Photo credit should read LOIC VENANCE/AFP via
Getty Images)
A picture taken on August 27, 2019 in Nantes, western France, shows pills, tablets, suppositories and pharmaceutical drugs. (Photo by LOIC VENANCE / AFP) (Photo credit should read LOIC VENANCE/AFP via Getty Images)

A team of scientists have created a “cancer-killing pill” that has appeared to “annihilate” solid tumors, leaving healthy cells unaffected.

According to Sky News, the new drug has been in development for 20 years, and is now undergoing pre-clinical research in the US.

Known as AOH1996, it targets a cancerous variant of a protein called proliferating cell nuclear antigen (PCNA).

AOH1996 is being worked on by City of Hope, one of America’s largest cancer research and treatment organizations.

Professor Linda Malkas, who has been developing the drug, explained: “In its original form, PCNA is ‘critical’ in the replication of DNA, and the repair of all ‘expanding tumors’. However, PCNA can uniquely be altered in cancer cells.”

Unlike radiotherapy, which harms both healthy and cancer cells, “the drug targets PCNA only in cancer cells without affecting the healthy ones,” she added.

“PCNA is like a major airline terminal hub containing multiple plane gates. Our cancer-killing pill is like a snowstorm that closes a key airline hub, shutting down all flights in and out only in planes carrying cancer cells,” she said.

The team noted that their first trials involved animal and human cell models, and the initial results are promising, but they still need a clinical trial in humans.



Saudi Falcons Club Raises Endangered Wakri Falcon Count to 14 Through Hadad Program

The club has implemented a comprehensive scientific strategy to enhance biodiversity - SPA
The club has implemented a comprehensive scientific strategy to enhance biodiversity - SPA
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Saudi Falcons Club Raises Endangered Wakri Falcon Count to 14 Through Hadad Program

The club has implemented a comprehensive scientific strategy to enhance biodiversity - SPA
The club has implemented a comprehensive scientific strategy to enhance biodiversity - SPA

The Saudi Falcons Club has achieved a major environmental milestone by raising the number of endangered Lanner Falcon (Falco biarmicus) breeding pairs, known locally as Wakri, from two to 14 through its flagship conservation initiative, the Program to Return Falcons to their Original Habitat (Hadad).

Club spokesman Walid Al-Taweel stated that the Wakri falcon is one of the Kingdom’s rarest and most endangered native species.

He emphasized that the club has implemented a comprehensive scientific strategy to enhance biodiversity, restore ecological balance, and preserve the rich heritage of falconry, aligned with the environmental sustainability goals of Saudi Vision 2030, SPA reported.

Al-Taweel added that the club aims to become a national leader in conserving rare falcons by adopting advanced practices rooted in global standards. It also seeks to engage the local community in falcon rewilding efforts and in reviving their natural habitats, thereby supporting the natural breeding process within the species’ indigenous environments.

The Saudi Falcons Club continues to launch pioneering initiatives that preserve the cultural legacy of falconry, ensure its transmission to future generations, and raise public awareness about the importance of protecting and sustaining rare species as part of the broader goal of achieving environmental balance.