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From new treatments to AI: advances in the fight against cancer
From combining treatments in unprecedented ways to deploying artificial intelligence for personalised medicine, a raft of new advances in the fight against cancer have been presented at the European Society for Medical Oncology (ESMO), which ends on Tuesday. Here are some of the big announcements made at the five-day conference held in the Spanish city of Barcelona, which brought together 30,000 specialist doctors and researchers from around the world. - Breastfeeding after cancer - Women who breastfeed after receiving treatment for breast cancer do not have a higher risk of their cancer returning or of getting new tumours, according to two international studies presented at the conference. This was also true for women carrying a genetic mutation called BRCA, which significantly increases the chance of developing breast cancer, the research found. There had previously been concerns about pregnancy and breastfeeding after women had been diagnosed with breast cancer, because both can affect hormone levels. "These results are key for women who wish to become pregnant and breastfeed their baby after breast cancer," said Fedro Alessandro Peccatori, a researcher and doctor at the European Institute of Oncology in Milan. - New combination for lung cancer - Immunotherapy, which stimulates the body's immune system to fight tumours, has already been shown to be an effective weapon against lung cancer. On Saturday, the results of a phase two trial revealed promising signs against metastatic non-small cell lung cancer, which is when the most common form of lung cancer spreads to other parts of the body. The trial tested a new combination of two different immunotherapies along with chemotherapy. "By aiming at a second target of the immune system and combining these treatments, it seems that we are improving response rates -- that is, the number of patients who have their tumours shrink," Nicolas Girard, an oncologist at France's Curie Institute, told AFP. - Rare pregnancy-linked cancer - Another combination of immunotherapy and chemotherapy produced excellent results against a very rare form of pregnancy-related cancer which develops in the placenta. The cancer only occurs in around one out of every 10,000 pregnancies. The combination of treatments led to 96 percent of the cancer in patients being eradicated. "This is an exceptional result," said Benoit You, a France-based oncologist who presented the research. - AI for personalised medicine? - A huge artificial intelligence (AI) algorithm trained on a database of more than a billion images of tumours from around 30,000 patients in the United States also showed promise for future cancer treatment, researchers said Monday. The model is capable of "detecting a certain number of molecular anomalies and mutations that the human eye is not always able to see," Fabrice Andre, research head at France's Gustave Roussy cancer centre, told AFP. In the long term, the doctors hope this kind of AI will be able to help them offer personalised treatments for each patient. - Hope for saving affected organs - One of the main messages to come out of the ESMO conference was that combining immunotherapy with radiation therapy before surgery improves the overall survival rates for a growing number of cancers, including for the breast, bladder and cervix. But receiving these kinds of treatments ahead of surgery seems to also allow for the affected organs themselves to be saved, Andre said. "Organ preservation is absolutely essential to have a quality of life that is as close as possible to normal," he said. Research presented on Monday showed encouraging results for preserving rectums in patients with cancer affecting this important part of the digestive tract. This only occurs after the treatments have caused the tumour to completely vanish. "Until now the standard was surgery, but it seems we are entering a new era where surgery could be avoided," said David Sebag- Montefiore, an oncologist and researcher at the UK's University of Leeds. There are hopes that this treatment combination could also have the potential to work for other cancers, such as those of the ear, nose and throat -- or lungs.
[2]
From new treatments to AI: advances in the fight against cancer
Barcelona (AFP) - From combining treatments in unprecedented ways to deploying artificial intelligence for personalised medicine, a raft of new advances in the fight against cancer have been presented at the European Society for Medical Oncology (ESMO), which ends on Tuesday. Here are some of the big announcements made at the five-day conference held in the Spanish city of Barcelona, which brought together 30,000 specialist doctors and researchers from around the world. Breastfeeding after cancer Women who breastfeed after receiving treatment for breast cancer do not have a higher risk of their cancer returning or of getting new tumours, according to two international studies presented at the conference. This was also true for women carrying a genetic mutation called BRCA, which significantly increases the chance of developing breast cancer, the research found. There had previously been concerns about pregnancy and breastfeeding after women had been diagnosed with breast cancer, because both can affect hormone levels. "These results are key for women who wish to become pregnant and breastfeed their baby after breast cancer," said Fedro Alessandro Peccatori, a researcher and doctor at the European Institute of Oncology in Milan. New combination for lung cancer Immunotherapy, which stimulates the body's immune system to fight tumours, has already been shown to be an effective weapon against lung cancer. On Saturday, the results of a phase two trial revealed promising signs against metastatic non-small cell lung cancer, which is when the most common form of lung cancer spreads to other parts of the body. The trial tested a new combination of two different immunotherapies along with chemotherapy. "By aiming at a second target of the immune system and combining these treatments, it seems that we are improving response rates -- that is, the number of patients who have their tumours shrink," Nicolas Girard, an oncologist at France's Curie Institute, told AFP. Rare pregnancy-linked cancer Another combination of immunotherapy and chemotherapy produced excellent results against a very rare form of pregnancy-related cancer which develops in the placenta. The cancer only occurs in around one out of every 10,000 pregnancies. The combination of treatments led to 96 percent of the cancer in patients being eradicated. "This is an exceptional result," said Benoit You, a France-based oncologist who presented the research. AI for personalised medicine? A huge artificial intelligence (AI) algorithm trained on a database of more than a billion images of tumours from around 30,000 patients in the United States also showed promise for future cancer treatment, researchers said Monday. The model is capable of "detecting a certain number of molecular anomalies and mutations that the human eye is not always able to see," Fabrice Andre, research head at France's Gustave Roussy cancer centre, told AFP. In the long term, the doctors hope this kind of AI will be able to help them offer personalised treatments for each patient. Hope for saving affected organs One of the main messages to come out of the ESMO conference was that combining immunotherapy with radiation therapy before surgery improves the overall survival rates for a growing number of cancers, including for the breast, bladder and cervix. But receiving these kinds of treatments ahead of surgery seems to also allow for the affected organs themselves to be saved, Andre said. "Organ preservation is absolutely essential to have a quality of life that is as close as possible to normal," he said. Research presented on Monday showed encouraging results for preserving rectums in patients with cancer affecting this important part of the digestive tract. This only occurs after the treatments have caused the tumour to completely vanish. "Until now the standard was surgery, but it seems we are entering a new era where surgery could be avoided," said David Sebag- Montefiore, an oncologist and researcher at the UK's University of Leeds. There are hopes that this treatment combination could also have the potential to work for other cancers, such as those of the ear, nose and throat -- or lungs.
[3]
From new treatments to AI: advances in the fight against cancer
From combining treatments in unprecedented ways to deploying artificial intelligence for personalized medicine, a raft of new advances in the fight against cancer have been presented at the European Society for Medical Oncology (ESMO), which ends on Tuesday. Here are some of the big announcements made at the five-day conference held in the Spanish city of Barcelona, which brought together 30,000 specialist doctors and researchers from around the world. Women who breastfeed after receiving treatment for breast cancer do not have a higher risk of their cancer returning or of getting new tumors, according to two international studies presented at the conference. This was also true for women carrying a genetic mutation called BRCA, which significantly increases the chance of developing breast cancer, the research found. There had previously been concerns about pregnancy and breastfeeding after women had been diagnosed with breast cancer, because both can affect hormone levels. "These results are key for women who wish to become pregnant and breastfeed their baby after breast cancer," said Fedro Alessandro Peccatori, a researcher and doctor at the European Institute of Oncology in Milan. Immunotherapy, which stimulates the body's immune system to fight tumors, has already been shown to be an effective weapon against lung cancer. On Saturday, the results of a phase two trial revealed promising signs against metastatic non-small cell lung cancer, which is when the most common form of lung cancer spreads to other parts of the body. The trial tested a new combination of two different immunotherapies along with chemotherapy. "By aiming at a second target of the immune system and combining these treatments, it seems that we are improving response rates -- that is, the number of patients who have their tumors shrink," Nicolas Girard, an oncologist at France's Curie Institute, told AFP. Another combination of immunotherapy and chemotherapy produced excellent results against a very rare form of pregnancy-related cancer which develops in the placenta. The cancer only occurs in around one out of every 10,000 pregnancies. The combination of treatments led to 96 percent of the cancer in patients being eradicated. "This is an exceptional result," said Benoit You, a France-based oncologist who presented the research. A huge artificial intelligence (AI) algorithm trained on a database of more than a billion images of tumors from around 30,000 patients in the United States also showed promise for future cancer treatment, researchers said Monday. The model is capable of "detecting a certain number of molecular anomalies and mutations that the human eye is not always able to see," Fabrice Andre, research head at France's Gustave Roussy cancer center, told AFP. In the long term, the doctors hope this kind of AI will be able to help them offer personalized treatments for each patient. One of the main messages to come out of the ESMO conference was that combining immunotherapy with radiation therapy before surgery improves the overall survival rates for a growing number of cancers, including for the breast, bladder and cervix. But receiving these kinds of treatments ahead of surgery seems to also allow for the affected organs themselves to be saved, Andre said. "Organ preservation is absolutely essential to have a quality of life that is as close as possible to normal," he said. Research presented on Monday showed encouraging results for preserving rectums in patients with cancer affecting this important part of the digestive tract. This only occurs after the treatments have caused the tumor to completely vanish. "Until now the standard was surgery, but it seems we are entering a new era where surgery could be avoided," said David Sebag- Montefiore, an oncologist and researcher at the UK's University of Leeds. There are hopes that this treatment combination could also have the potential to work for other cancers, such as those of the ear, nose and throat -- or lungs.
[4]
From non-surgical treatments to AI: Advances in war on cancer
Attendees visit the European Society For Medical Oncology congress' venue at Fira Barcelona, in Barcelona, Spain, on September 15, 2024. -- AFP From combining treatments in unprecedented ways to deploying artificial intelligence for personalised medicine, a raft of new advances in the fight against cancer have been presented at the European Society for Medical Oncology (Esmo), which ends on Tuesday. Here are some of the big announcements made at the five-day conference held in the Spanish city of Barcelona, which brought together 30,000 specialist doctors and researchers from around the world. Women who breastfeed after receiving treatment for breast cancer do not have a higher risk of their cancer returning or of getting new tumours, according to two international studies presented at the conference. This was also true for women carrying a genetic mutation called BRCA, which significantly increases the chance of developing breast cancer, the research found. There had previously been concerns about pregnancy and breastfeeding after women had been diagnosed with breast cancer, because both can affect hormone levels. "These results are key for women who wish to become pregnant and breastfeed their baby after breast cancer," said Fedro Alessandro Peccatori, a researcher and doctor at the European Institute of Oncology in Milan. Immunotherapy, which stimulates the body's immune system to fight tumours, has already been shown to be an effective weapon against lung cancer. On Saturday, the results of a phase two trial revealed promising signs against metastatic non-small cell lung cancer, which is when the most common form of lung cancer spreads to other parts of the body. The trial tested a new combination of two different immunotherapies along with chemotherapy. "By aiming at a second target of the immune system and combining these treatments, it seems that we are improving response rates -- that is, the number of patients who have their tumours shrink," said Nicolas Girard, an oncologist at France's Curie Institute. Another combination of immunotherapy and chemotherapy produced excellent results against a very rare form of pregnancy-related cancer which develops in the placenta. The cancer only occurs in around one out of every 10,000 pregnancies. The combination of treatments led to 96 per cent of the cancer in patients being eradicated. "This is an exceptional result," said Benoit You, a France-based oncologist who presented the research. A huge artificial intelligence (AI) algorithm trained on a database of more than a billion images of tumours from around 30,000 patients in the United States also showed promise for future cancer treatment, researchers said on Monday.
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Recent developments in cancer research showcase promising advancements in treatment methods and early detection. From AI-powered diagnostics to non-invasive therapies, the medical community is making significant strides in the fight against cancer.

Artificial Intelligence (AI) is revolutionizing cancer care by enhancing diagnostic accuracy and treatment planning. Researchers are developing AI algorithms capable of detecting cancers earlier and with greater precision than traditional methods. For instance, AI systems are being trained to analyze medical imaging data, potentially identifying tumors that human eyes might miss
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. These advancements could lead to more timely interventions and improved patient outcomes.The landscape of cancer treatment is evolving with the introduction of non-surgical approaches. One notable development is the use of high-intensity focused ultrasound (HIFU) to target and destroy cancer cells without invasive procedures. This technique has shown promise in treating prostate cancer, offering patients a less traumatic alternative to surgery
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. Additionally, researchers are exploring the potential of nanoparticles to deliver drugs directly to cancer cells, minimizing damage to healthy tissues and reducing side effects3
.Advancements in genetic sequencing and molecular profiling are paving the way for more personalized cancer treatments. By analyzing a patient's genetic makeup and the specific characteristics of their tumor, oncologists can tailor therapies to individual cases, potentially increasing efficacy and reducing unnecessary treatments
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. Immunotherapy continues to be a promising field, with new approaches being developed to harness the body's immune system to fight cancer more effectively.Efforts to improve early detection of cancer are yielding promising results. Researchers are developing blood tests capable of detecting multiple types of cancer before symptoms appear. These "liquid biopsies" analyze DNA fragments shed by tumor cells, potentially revolutionizing cancer screening protocols
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. Such advancements could lead to earlier interventions and significantly improve survival rates across various cancer types.Related Stories
The fight against cancer is increasingly becoming a global, collaborative effort. International research initiatives are fostering data sharing and cross-border collaborations, accelerating the pace of discovery and innovation. These partnerships are crucial for tackling rare cancers and developing treatments that can benefit patients worldwide
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.Despite these advancements, challenges remain in cancer research and treatment. Issues such as drug resistance, treatment accessibility, and the high cost of new therapies continue to be significant hurdles. Researchers are actively working on addressing these challenges, exploring combination therapies to combat resistance and developing more cost-effective treatment options
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. The integration of AI and machine learning in drug discovery processes is expected to accelerate the development of new, more effective cancer treatments in the coming years.Summarized by
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