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Malaria Diagnosis Revolution with Artificial Intelligence

Professor Seedahmed Sharif Mahmoud - AI-Powered Microscope: A Milestone in Global Healthcare (Asharqalawsat)
Professor Seedahmed Sharif Mahmoud - AI-Powered Microscope: A Milestone in Global Healthcare (Asharqalawsat)
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Malaria Diagnosis Revolution with Artificial Intelligence

Professor Seedahmed Sharif Mahmoud - AI-Powered Microscope: A Milestone in Global Healthcare (Asharqalawsat)
Professor Seedahmed Sharif Mahmoud - AI-Powered Microscope: A Milestone in Global Healthcare (Asharqalawsat)

In a groundbreaking development, a team of brilliant researchers at Shantou University in China, led by Professor Seedahmed Sharif Mahmoud and Professor Qiang Fang from the Department of Biomedical Engineering, unveiled an innovative microscope driven by artificial intelligence.

This microscope aims to revolutionize malaria diagnosis in resource-limited regions of Africa and Asia.

The traditional method of diagnosing malaria requires skilled experts to manually count parasites and white blood cells, a challenge in such areas.

According to Mahmoud, this newly developed AI-powered microscope provides a revolutionary solution.

By harnessing the power of smartphones, this advanced technology integrates real-time algorithms capable of automatically detecting malaria parasites and counting white blood cells.

This achievement marks a significant leap towards swift and precise malaria diagnosis, particularly in resource-constrained regions.

Moreover, Mahmoud, the Director of International Collaboration in the Department of Biomedical Engineering at Shantou University, brings a wealth of experience to this project.

With over two decades of expertise in academic research involving electrical, electronic, and biomedical engineering, he has made significant contributions in various fields.

His innovative research in signal processing for biomedical purposes and the development of optical fiber sensor devices has led to a Chinese patent, national and regional awards, and the enhancement of his reputation as a trailblazer in these domains.

Additionally, Mahmoud’s efforts in machine learning for perimeter intrusion detection systems have resulted in three international patents, further solidifying his position as a leader in this field.

Professor Mahmoud, of Sudanese descent, has actively participated in numerous research projects, authored scientific papers and books, and acquired multiple patents, underscoring his commitment to advancing scientific knowledge.

His contributions continue to shape the landscape of cutting-edge research and innovations.

The aforementioned AI-driven microscope innovation stands as a testament to the immense potential of this technology in healthcare. Through this invention, Mahmoud and his team lead a revolution in malaria diagnosis, paving the way for a brighter and healthier future for communities in need of assistance.

 

 

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New Study Finds That We Can Multitask

New research challenges the long-held belief that the human brain isn’t set up to be able to multitask. (Getty Images)
New research challenges the long-held belief that the human brain isn’t set up to be able to multitask. (Getty Images)
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New Study Finds That We Can Multitask

New research challenges the long-held belief that the human brain isn’t set up to be able to multitask. (Getty Images)
New research challenges the long-held belief that the human brain isn’t set up to be able to multitask. (Getty Images)

Researchers have long said that the human brain is not set up to multitask — but new research is challenging that understanding.

Experts previously explained that when we believe we’re multitasking, we’re actually just quickly switching between tasks. That’s because the area of the brain that manages thinking, the prefrontal cortex, can only really handle one thing at a time, according to The Independent.

But another region of the brain involved in memory lends a helping hand over time, new research has shown. When people needed to perform image sorting tests over the course of weeks, the tests initially activated the prefrontal cortex and later activated the temporal cortex.

Over time, the brain is remodeled, Maximilian Riesenhuber, a professor of neuroscience at Georgetown University School of Medicine, explained in a statement. The prefrontal cortex passes responsibility to the temporal cortex and is free for “whatever else you want to do, increasing your capacity.”

“What we show is that the circuitry actually changes so the brain can do two things at once,” he said. “This really is true multitasking.”

The researchers wanted to understand why people need to focus when learning a task for the first time and can also do other things simultaneously when they become experienced. For example, long-time drivers are able to listen to music and engage in conversations.

Men and women in the small study were trained to sort morphed images of cars into two categories using an image-sorting app, completing more than 30,000 trials over the course of 5-10 weeks.

The researchers scanned their brains before and after they completed the trials, revealing the change.

“Previous studies have shown that parts of the temporal cortex can be activated by particular object categories in experienced observers – birds, cars, even Pokémon – but a limitation of all of those studies is that they only looked after people became experts,” Patrick Cox, an assistant professor of psychology at Lehigh University, said.

He added: “The strength of this study is that it is longitudinal: We measure before and after training, so we can see that extensive training essentially put a category-selective area in the temporal lobe that was not there before.”

It’s unclear why right now. However, multitasking has been linked to experiencing stress and other mental health impacts, Brown University Health points out. That’s part of why experts say it could actually hinder productivity.

“This is unlocking a whole new set of questions,” he said. “What is the source of that variability? We don’t know yet.”

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Parisians Will Get a New Chance of Seine Swimming

People gather on the banks of the Seine River as the sun sets amid a severe heat wave in Paris, France, May 26, 2026. (Reuters)
People gather on the banks of the Seine River as the sun sets amid a severe heat wave in Paris, France, May 26, 2026. (Reuters)
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Parisians Will Get a New Chance of Seine Swimming

People gather on the banks of the Seine River as the sun sets amid a severe heat wave in Paris, France, May 26, 2026. (Reuters)
People gather on the banks of the Seine River as the sun sets amid a severe heat wave in Paris, France, May 26, 2026. (Reuters)

Swimmers will for the second year be able to cool off at designated points along the Seine River in Paris this summer, authorities said Friday, as well as along the Marne River in the suburbs.

In Paris, the swimming season was to open at three official bathing sites on July 4, the mayor's office said.

The Seine reopened to swimmers last summer for the first time in a century, after Paris poured more than a billion euros ($1.15 billion) into a years-long effort to making the waters clean enough to use in the 2024 Olympics.

Sites this year will again include the Bras de Grenelle near the Eiffel Tower, the Bras Marie -- a short walk from Notre-Dame -- and Bercy, on the eastern side.

Some 100,000 people last year queued to jump in, the city said, despite a slow start to the season with rain disrupting the water quality.

Some 50,000 swimmers jumped into the Marne River in the eastern suburbs last year.

The bathing spots in Joinville-le-Pont, Champigny-sur-Marne, Saint-Maur-des-Fosses and Maison-Alfort would again welcome swimmers. A fifth spot would be added this year at Neuilly-sur-Marne northeast of Paris.

French authorities warned against swimming in parts of the rivers without lifeguards.

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Independent Researcher Exposes Basic Blunder in Scores of Cancer Studies

Researchers at the laboratory. (Cancer Research UK, Cambridge Institute)
Researchers at the laboratory. (Cancer Research UK, Cambridge Institute)
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Independent Researcher Exposes Basic Blunder in Scores of Cancer Studies

Researchers at the laboratory. (Cancer Research UK, Cambridge Institute)
Researchers at the laboratory. (Cancer Research UK, Cambridge Institute)

An independent researcher has uncovered potential blunder in scores of scientific studies, including cancer-related research, as a result of inappropriate antibody use in laboratory experiments, raising questions about the reliability of some of the results published in prestigious scientific journals.

The researcher found that scientists at Cambridge, Oxford, Stanford and other universities appear to have accidentally used the wrong ingredient in their experiments, muddling two proteins with similar names but entirely different sequences and functions.

Several British media outlets said researcher Sholto David reviewed the full text of 334 research papers to determine whether the antibody used in the studies was correctly intended for p16-ARC or incorrectly used to try and bind p16-INK4a.

P16-INK4a acts as a tumor suppressor by halting the cell cycle and is widely studied in cancer biology and is considered a key biomarker of ageing.

He found astonishing result: 95% of these papers have got it wrong.

“The vast majority of researchers who purchased antibodies have tried to use them to investigate p16-INK4a expression. Only 17 used these p16-ARC antibodies correctly,” he said in his research.

David said the implications are not good, to put it mildly.

“And these are not just insignificant papers. There are papers with hundreds of citations in high impact journals claiming to probe for p16-INK4a with antibodies which do not bind p16-INK4a,” he noted.