Tag Archives: heart

E-cigarettes containing nicotine linked to raised heart attack risk

E-cigarettes containing nicotine could increase the risk of heart attacks and strokes, researchers have found.

A study discovered that vaping devices containing the stimulant could cause a stiffening of the arteries, as well as an increased heart rate and blood pressure.

Swedish scientists recruited 15 healthy volunteers to take part in the experiment, none of whom had used e-cigarettes before.

The tests found in the 30 minutes after smoking the e-cigarettes containing nicotine, there was a significant increase in blood pressure, heart rate and arterial stiffness.

There was no such effect in the volunteers who smoked the e-cigarettes without nicotine.

Dr Magnus Lundback of the Karolinska Institute, a medical university in Stockholm, said: “The number of e-cigarette users has increased dramatically in the last few years. E-cigarettes are regarded by the general public as almost harmless.

“The industry markets their product as a way to reduce harm and to help people to stop smoking tobacco cigarettes. However, the safety of e-cigarettes is debated, and a growing body of evidence is suggesting several adverse health effects.

“The results are preliminary, but in this study we found there was a significant increase in heart rate and blood pressure in the volunteers who were exposed to e-cigarettes containing nicotine. Arterial stiffness increased around three-fold in those who were exposed to nicotine-containing e-cigarettes compared with the nicotine-free group.”

While the effects seen in the tests were temporary, Lundback said that chronic exposure to e-cigarettes with nicotine could have permanent effects.

E-cigarettes containing nicotine linked to raised heart attack risk

E-cigarettes containing nicotine could increase the risk of heart attacks and strokes, researchers have found.

A study discovered that vaping devices containing the stimulant could cause a stiffening of the arteries, as well as an increased heart rate and blood pressure.

Swedish scientists recruited 15 healthy volunteers to take part in the experiment, none of whom had used e-cigarettes before.

The tests found in the 30 minutes after smoking the e-cigarettes containing nicotine, there was a significant increase in blood pressure, heart rate and arterial stiffness.

There was no such effect in the volunteers who smoked the e-cigarettes without nicotine.

Dr Magnus Lundback of the Karolinska Institute, a medical university in Stockholm, said: “The number of e-cigarette users has increased dramatically in the last few years. E-cigarettes are regarded by the general public as almost harmless.

“The industry markets their product as a way to reduce harm and to help people to stop smoking tobacco cigarettes. However, the safety of e-cigarettes is debated, and a growing body of evidence is suggesting several adverse health effects.

“The results are preliminary, but in this study we found there was a significant increase in heart rate and blood pressure in the volunteers who were exposed to e-cigarettes containing nicotine. Arterial stiffness increased around three-fold in those who were exposed to nicotine-containing e-cigarettes compared with the nicotine-free group.”

While the effects seen in the tests were temporary, Lundback said that chronic exposure to e-cigarettes with nicotine could have permanent effects.

New heart treatment is biggest breakthrough since statins, scientists say

Anti-inflammatory injections could lower the risk of heart attacks and may slow the progression of cancer, a study has found, in what researchers say is the biggest breakthrough since the discovery of statins.

Heart attack survivors given injections of a targeted anti-inflammatory drug called canakinumab had fewer attacks in the future, scientists found. Cancer deaths were also halved in those treated with the drug, which is normally used only for rare inflammatory conditions.

Statins are the mainstay drugs for heart attack prevention and work primarily by lowering cholesterol levels. But a quarter of people who have one heart attack will suffer another within five years despite taking statins regularly. It is believed this is because of unchecked inflammation within the heart’s arteries.

The research team, led from Brigham and Women’s hospital in Boston, tested whether targeting the inflammation with a potent anti-inflammatory agent would provide an extra benefit over statin treatment.

The researchers enrolled more than 10,000 patients who had had a heart attack and had a positive blood test for inflammation into the trial, known as the Cantos study. All patients received high doses of statins as well as either canakinumab or a placebo, both administered by injection every three months. The trial lasted for four years.

For patients who received the canakinumab injections the team reported a 15% reduction in the risk of a cardiovascular event, including fatal and non-fatal heart attacks and strokes. Also, the need for expensive interventional procedures, such as bypass surgery and inserting stents, was cut by more than 30%. There was no overall difference in death rates between patients on canakinumab and those given placebo injections, and the drug did not change cholesterol levels.

Dr Paul Ridker, who led the research team, said the study “usher in a new era of therapeutics”.

“For the first time, we’ve been able to definitively show that lowering inflammation independent of cholesterol reduces cardiovascular risk,” he said.

“This has far-reaching implications. It tells us that by leveraging an entirely new way to treat patients – targeting inflammation – we may be able to significantly improve outcomes for certain very high-risk populations.”

The hospital said the reductions in risk were “above and beyond” those seen in patients who only took statins.

Ridker said the study showed that the use of anti-inflammatories was the next big breakthrough following the linkage of lifestyle issues and then statins.

“In my lifetime, I’ve gotten to see three broad eras of preventative cardiology,” he said. “In the first, we recognised the importance of diet, exercise and smoking cessation. In the second, we saw the tremendous value of lipid-lowering drugs such as statins. Now, we’re cracking the door open on the third era. This is very exciting.”

But there were some downsides to the treatment. The researchers reported an increase in the chances of dying from a severe infection of about one for every 1,000 people treated, although this was offset by an unexpected halving of cancer deaths across all cancer types. In particular, the odds of succumbing to lung cancer were cut by over 75%, for reasons the team do not yet understand. The researchers are planning further trials to investigate canakinumab’s potentially protective effect against cancer.

Dr Paul Ridker, who led the study, which was published in the New England Journal of Medicine, said it had far-reaching implications.

“It tells us that by leveraging an entirely new way to treat patients – targeting inflammation – we may be able to improve outcomes for certain very high-risk populations,” he said.

Prof Martin Bennett, a cardiologist from Cambridge who was not involved in the study, said the trial results were an important advance in understanding why heart attacks happen. But, he said, he had concerns about the side effects, the high cost of the drug and the fact that death rates were not better in those given the drug.

“Treatment of UK patients is unlikely to change very much as a result of this trial, but the results do support investigation of other drugs that inhibit inflammation for cardiovascular disease, and the use of this drug in cancer,” he said.

Prof Jeremy Pearson, associate medical director at the British Heart Foundation, was optimistic about the trial opening the door to new types of treatment for heart attacks.

“Nearly 200,000 people are hospitalised due to heart attacks every year in the UK,” Pearson said. “Cholesterol-lowering drugs like statins are given to these people to reduce their risk of another heart attack and this undoubtedly saves lives. But we know that lowering cholesterol alone is not always enough.

“These exciting and long-awaited trial results finally confirm that ongoing inflammation contributes to risk of heart disease, and [lowering it] could help save lives.”

New heart treatment is biggest breakthrough since statins, scientists say

Anti-inflammatory injections could lower the risk of heart attacks and may slow the progression of cancer, a study has found, in what researchers say is the biggest breakthrough since the discovery of statins.

Heart attack survivors given injections of a targeted anti-inflammatory drug called canakinumab had fewer attacks in the future, scientists found. Cancer deaths were also halved in those treated with the drug, which is normally used only for rare inflammatory conditions.

Statins are the mainstay drugs for heart attack prevention and work primarily by lowering cholesterol levels. But a quarter of people who have one heart attack will suffer another within five years despite taking statins regularly. It is believed this is because of unchecked inflammation within the heart’s arteries.

The research team, led from Brigham and Women’s Hhospital in Boston, tested whether targeting the inflammation with a potent anti-inflammatory agent would provide an extra benefit over statin treatment.

The researchers enrolled more than 10,000 patients who had had a heart attack and had a positive blood test for inflammation into the trial, known as the Cantos study. All patients received high doses of statins as well as either canakinumab or a placebo, both administered by injection every three months. The trial lasted for four years.

For patients who received the canakinumab injections the team reported a 15% reduction in the risk of a cardiovascular event, including fatal and non-fatal heart attacks and strokes. Also, the need for expensive interventional procedures, such as bypass surgery and inserting stents, was cut by more than 30%. There was no overall difference in death rates between patients on canakinumab and those given placebo injections, and the drug did not change cholesterol levels.

Dr Paul Ridker, who led the research team, said the study “usher in a new era of therapeutics”.

“For the first time, we’ve been able to definitively show that lowering inflammation independent of cholesterol reduces cardiovascular risk,” he said.

“This has far-reaching implications. It tells us that by leveraging an entirely new way to treat patients – targeting inflammation – we may be able to significantly improve outcomes for certain very high-risk populations.”

The hospital said the reductions in risk were “above and beyond” those seen in patients who only took statins.

Ridker said the study showed that the use of anti-inflammatories was the next big breakthrough following the linkage of lifestyle issues and then statins.

“In my lifetime, I’ve gotten to see three broad eras of preventative cardiology,” he said. “In the first, we recognised the importance of diet, exercise and smoking cessation. In the second, we saw the tremendous value of lipid-lowering drugs such as statins. Now, we’re cracking the door open on the third era. This is very exciting.”

But there were some downsides to the treatment. The researchers reported an increase in the chances of dying from a severe infection of about one for every 1,000 people treated, although this was offset by an unexpected halving of cancer deaths across all cancer types. In particular, the odds of succumbing to lung cancer were cut by over 75%, for reasons the team do not yet understand. The researchers are planning further trials to investigate canakinumab’s potentially protective effect against cancer.

Dr Paul Ridker, who led the study, which was published in the New England Journal of Medicine, said it had far-reaching implications.

“It tells us that by leveraging an entirely new way to treat patients – targeting inflammation – we may be able to improve outcomes for certain very high-risk populations,” he said.

Prof Martin Bennett, a cardiologist from Cambridge who was not involved in the study, said the trial results were an important advance in understanding why heart attacks happen. But, he said, he had concerns about the side effects, the high cost of the drug and the fact that death rates were not better in those given the drug.

“Treatment of UK patients is unlikely to change very much as a result of this trial, but the results do support investigation of other drugs that inhibit inflammation for cardiovascular disease, and the use of this drug in cancer,” he said.

Prof Jeremy Pearson, associate medical director at the British Heart Foundation, was optimistic about the trial opening the door to new types of treatment for heart attacks.

“Nearly 200,000 people are hospitalised due to heart attacks every year in the UK,” Pearson said. “Cholesterol-lowering drugs like statins are given to these people to reduce their risk of another heart attack and this undoubtedly saves lives. But we know that lowering cholesterol alone is not always enough.

“These exciting and long-awaited trial results finally confirm that ongoing inflammation contributes to risk of heart disease, and [lowering it] could help save lives.”

Anti-inflammatory drugs may lower heart attack risk, study finds

Anti-inflammatory injections could lower the risk of heart attacks and may slow the progression of cancer, a study has found, in what researchers say is the biggest breakthrough since the discovery of statins.

Heart attack survivors given injections of a targeted anti-inflammatory drug called canakinumab had fewer attacks in the future, scientists found. Cancer deaths were also halved in those treated with the drug, which is normally used only for rare inflammatory conditions.

Statins are the mainstay drugs for heart attack prevention and work primarily by lowering cholesterol levels. But a quarter of people who have one heart attack will suffer another within five years despite taking statins regularly. It is believed this is because of unchecked inflammation within the heart’s arteries.

The research team, led from Brigham and Women’s Hhospital in Boston, tested whether targeting the inflammation with a potent anti-inflammatory agent would provide an extra benefit over statin treatment.

The researchers enrolled more than 10,000 patients who had had a heart attack and had a positive blood test for inflammation into the trial, known as the Cantos study. All patients received high doses of statins as well as either canakinumab or a placebo, both administered by injection every three months. The trial lasted for four years.

For patients who received the canakinumab injections the team reported a 15% reduction in the risk of a cardiovascular event, including fatal and non-fatal heart attacks and strokes. Also, the need for expensive interventional procedures, such as bypass surgery and inserting stents, was cut by more than 30%. There was no overall difference in death rates between patients on canakinumab and those given placebo injections, and the drug did not change cholesterol levels.

Dr Paul Ridker, who led the research team, said the study “usher in a new era of therapeutics”.

“For the first time, we’ve been able to definitively show that lowering inflammation independent of cholesterol reduces cardiovascular risk,” he said.

“This has far-reaching implications. It tells us that by leveraging an entirely new way to treat patients – targeting inflammation – we may be able to significantly improve outcomes for certain very high-risk populations.”

The hospital said the reductions in risk were “above and beyond” those seen in patients who only took statins.

Ridker said the study showed that the use of anti-inflammatories was the next big breakthrough following the linkage of lifestyle issues and then statins.

“In my lifetime, I’ve gotten to see three broad eras of preventative cardiology,” he said. “In the first, we recognised the importance of diet, exercise and smoking cessation. In the second, we saw the tremendous value of lipid-lowering drugs such as statins. Now, we’re cracking the door open on the third era. This is very exciting.”

But there were some downsides to the treatment. The researchers reported an increase in the chances of dying from a severe infection of about one for every 1,000 people treated, although this was offset by an unexpected halving of cancer deaths across all cancer types. In particular, the odds of succumbing to lung cancer were cut by over 75%, for reasons the team do not yet understand. The researchers are planning further trials to investigate canakinumab’s potentially protective effect against cancer.

Dr Paul Ridker, who led the study, which was published in the New England Journal of Medicine, said it had far-reaching implications.

“It tells us that by leveraging an entirely new way to treat patients – targeting inflammation – we may be able to improve outcomes for certain very high-risk populations,” he said.

Prof Martin Bennett, a cardiologist from Cambridge who was not involved in the study, said the trial results were an important advance in understanding why heart attacks happen. But, he said, he had concerns about the side effects, the high cost of the drug and the fact that death rates were not better in those given the drug.

“Treatment of UK patients is unlikely to change very much as a result of this trial, but the results do support investigation of other drugs that inhibit inflammation for cardiovascular disease, and the use of this drug in cancer,” he said.

Prof Jeremy Pearson, associate medical director at the British Heart Foundation, was optimistic about the trial opening the door to new types of treatment for heart attacks.

“Nearly 200,000 people are hospitalised due to heart attacks every year in the UK,” Pearson said. “Cholesterol-lowering drugs like statins are given to these people to reduce their risk of another heart attack and this undoubtedly saves lives. But we know that lowering cholesterol alone is not always enough.

“These exciting and long-awaited trial results finally confirm that ongoing inflammation contributes to risk of heart disease, and [lowering it] could help save lives.”

Anti-inflammatory drugs may lower heart attack risk, study finds

Anti-inflammatory injections could lower the risk of heart attacks and may slow the progression of cancer, a study has found, in what researchers say is the biggest breakthrough since the discovery of statins.

Heart attack survivors given injections of a targeted anti-inflammatory drug called canakinumab had fewer attacks in the future, scientists found. Cancer deaths were also halved in those treated with the drug, which is normally used only for rare inflammatory conditions.

Statins are the mainstay drugs for heart attack prevention and work primarily by lowering cholesterol levels. But a quarter of people who have one heart attack will suffer another within five years despite taking statins regularly. It is believed this is because of unchecked inflammation within the heart’s arteries.

The research team, led from Brigham and Women’s Hhospital in Boston, tested whether targeting the inflammation with a potent anti-inflammatory agent would provide an extra benefit over statin treatment.

The researchers enrolled more than 10,000 patients who had had a heart attack and had a positive blood test for inflammation into the trial, known as the Cantos study. All patients received high doses of statins as well as either canakinumab or a placebo, both administered by injection every three months. The trial lasted for four years.

For patients who received the canakinumab injections the team reported a 15% reduction in the risk of a cardiovascular event, including fatal and non-fatal heart attacks and strokes. Also, the need for expensive interventional procedures, such as bypass surgery and inserting stents, was cut by more than 30%. There was no overall difference in death rates between patients on canakinumab and those given placebo injections, and the drug did not change cholesterol levels.

Dr Paul Ridker, who led the research team, said the study “usher in a new era of therapeutics”.

“For the first time, we’ve been able to definitively show that lowering inflammation independent of cholesterol reduces cardiovascular risk,” he said.

“This has far-reaching implications. It tells us that by leveraging an entirely new way to treat patients – targeting inflammation – we may be able to significantly improve outcomes for certain very high-risk populations.”

The hospital said the reductions in risk were “above and beyond” those seen in patients who only took statins.

Ridker said the study showed that the use of anti-inflammatories was the next big breakthrough following the linkage of lifestyle issues and then statins.

“In my lifetime, I’ve gotten to see three broad eras of preventative cardiology,” he said. “In the first, we recognised the importance of diet, exercise and smoking cessation. In the second, we saw the tremendous value of lipid-lowering drugs such as statins. Now, we’re cracking the door open on the third era. This is very exciting.”

But there were some downsides to the treatment. The researchers reported an increase in the chances of dying from a severe infection of about one for every 1,000 people treated, although this was offset by an unexpected halving of cancer deaths across all cancer types. In particular, the odds of succumbing to lung cancer were cut by over 75%, for reasons the team do not yet understand. The researchers are planning further trials to investigate canakinumab’s potentially protective effect against cancer.

Dr Paul Ridker, who led the study, which was published in the New England Journal of Medicine, said it had far-reaching implications.

“It tells us that by leveraging an entirely new way to treat patients – targeting inflammation – we may be able to improve outcomes for certain very high-risk populations,” he said.

Prof Martin Bennett, a cardiologist from Cambridge who was not involved in the study, said the trial results were an important advance in understanding why heart attacks happen. But, he said, he had concerns about the side effects, the high cost of the drug and the fact that death rates were not better in those given the drug.

“Treatment of UK patients is unlikely to change very much as a result of this trial, but the results do support investigation of other drugs that inhibit inflammation for cardiovascular disease, and the use of this drug in cancer,” he said.

Prof Jeremy Pearson, associate medical director at the British Heart Foundation, was optimistic about the trial opening the door to new types of treatment for heart attacks.

“Nearly 200,000 people are hospitalised due to heart attacks every year in the UK,” Pearson said. “Cholesterol-lowering drugs like statins are given to these people to reduce their risk of another heart attack and this undoubtedly saves lives. But we know that lowering cholesterol alone is not always enough.

“These exciting and long-awaited trial results finally confirm that ongoing inflammation contributes to risk of heart disease, and [lowering it] could help save lives.”

Anti-inflammatory drugs may lower heart attack risk, study finds

Anti-inflammatory injections could lower the risk of heart attacks and may slow the progression of cancer, a study has found.

Heart attack survivors given injections of a targeted anti-inflammatory drug called canakinumab had fewer attacks in the future, scientists found. Cancer deaths were also halved in those treated with the drug, which is normally used only for rare inflammatory conditions.

Statins are the mainstay drugs for heart attack prevention and work primarily by lowering cholesterol levels. But a quarter of people who have one heart attack will suffer another within five years despite taking statins regularly. It is believed this is because of unchecked inflammation within the heart’s arteries.

The research team, led from Brigham and Women’s hospital in Boston, tested whether targeting this inflammation with a potent anti-inflammatory agent would provide an extra benefit over statin treatment.

They enrolled more than 10,000 patients who had had a heart attack and had a positive blood test for inflammation into the trial, known as the Cantos study. All patients received high doses of statins as well as either canakinumab or a placebo, both administered by injection every three months. The trial lasted for four years.

For patients who received the canakinumab injections the team reported a 15% reduction in the risk of a cardiovascular event, including fatal and non-fatal heart attacks and strokes. Also, the need for expensive interventional procedures, such as bypass surgery and inserting stents, was cut by more than 30%. There was no overall difference in death rates between patients on canakinumab and those given placebo injections, and the drug did not change cholesterol levels.

But there were some downsides to the treatment. The researchers reported an increase in the chances of dying from a severe infection of about one for every 1,000 people treated, although this was offset by an unexpected halving of cancer deaths across all cancer types. In particular, the odds of succumbing to lung cancer were cut by over 75%, for reasons the team do not yet understand. The researchers are planning further trials to investigate canakinumab’s potentially protective effect against cancer.

Dr Paul Ridker, who led the study, which was published in the New England Journal of Medicine, said it had far-reaching implications.

“It tells us that by leveraging an entirely new way to treat patients – targeting inflammation – we may be able to improve outcomes for certain very high-risk populations,” he said.

Prof Martin Bennett, a cardiologist from Cambridge who was not involved in the study, said the trial results were an important advance in understanding why heart attacks happen. But, he said, he had concerns about the side effects, the high cost of the drug and the fact that death rates were not better in those given the drug.

“Treatment of UK patients is unlikely to change very much as a result of this trial, but the results do support investigation of other drugs that inhibit inflammation for cardiovascular disease, and the use of this drug in cancer,” he said.

Prof Jeremy Pearson, associate medical director at the British Heart Foundation, was optimistic about the trial opening the door to new types of treatment for heart attacks.

“Nearly 200,000 people are hospitalised due to heart attacks every year in the UK,” Pearson said. “Cholesterol-lowering drugs like statins are given to these people to reduce their risk of another heart attack and this undoubtedly saves lives. But we know that lowering cholesterol alone is not always enough.

“These exciting and long-awaited trial results finally confirm that ongoing inflammation contributes to risk of heart disease, and [lowering it] could help save lives.”

Anti-inflammatory drugs may lower heart attack risk, study finds

Anti-inflammatory injections could lower the risk of heart attacks and may slow the progression of cancer, a study has found.

Heart attack survivors given injections of a targeted anti-inflammatory drug called canakinumab had fewer attacks in the future, scientists found. Cancer deaths were also halved in those treated with the drug, which is normally used only for rare inflammatory conditions.

Statins are the mainstay drugs for heart attack prevention and work primarily by lowering cholesterol levels. But a quarter of people who have one heart attack will suffer another within five years despite taking statins regularly. It is believed this is because of unchecked inflammation within the heart’s arteries.

The research team, led from Brigham and Women’s hospital in Boston, tested whether targeting this inflammation with a potent anti-inflammatory agent would provide an extra benefit over statin treatment.

They enrolled more than 10,000 patients who had had a heart attack and had a positive blood test for inflammation into the trial, known as the Cantos study. All patients received high doses of statins as well as either canakinumab or a placebo, both administered by injection every three months. The trial lasted for four years.

For patients who received the canakinumab injections the team reported a 15% reduction in the risk of a cardiovascular event, including fatal and non-fatal heart attacks and strokes. Also, the need for expensive interventional procedures, such as bypass surgery and inserting stents, was cut by more than 30%. There was no overall difference in death rates between patients on canakinumab and those given placebo injections, and the drug did not change cholesterol levels.

But there were some downsides to the treatment. The researchers reported an increase in the chances of dying from a severe infection of about one for every 1,000 people treated, although this was offset by an unexpected halving of cancer deaths across all cancer types. In particular, the odds of succumbing to lung cancer were cut by over 75%, for reasons the team do not yet understand. The researchers are planning further trials to investigate canakinumab’s potentially protective effect against cancer.

Dr Paul Ridker, who led the study, which was published in the New England Journal of Medicine, said it had far-reaching implications.

“It tells us that by leveraging an entirely new way to treat patients – targeting inflammation – we may be able to improve outcomes for certain very high-risk populations,” he said.

Prof Martin Bennett, a cardiologist from Cambridge who was not involved in the study, said the trial results were an important advance in understanding why heart attacks happen. But, he said, he had concerns about the side effects, the high cost of the drug and the fact that death rates were not better in those given the drug.

“Treatment of UK patients is unlikely to change very much as a result of this trial, but the results do support investigation of other drugs that inhibit inflammation for cardiovascular disease, and the use of this drug in cancer,” he said.

Prof Jeremy Pearson, associate medical director at the British Heart Foundation, was optimistic about the trial opening the door to new types of treatment for heart attacks.

“Nearly 200,000 people are hospitalised due to heart attacks every year in the UK,” Pearson said. “Cholesterol-lowering drugs like statins are given to these people to reduce their risk of another heart attack and this undoubtedly saves lives. But we know that lowering cholesterol alone is not always enough.

“These exciting and long-awaited trial results finally confirm that ongoing inflammation contributes to risk of heart disease, and [lowering it] could help save lives.”

Anti-inflammatory drugs may lower heart attack risk, study finds

Anti-inflammatory injections could lower the risk of heart attacks and may slow the progression of cancer, a study has found.

Heart attack survivors given injections of a targeted anti-inflammatory drug called canakinumab had fewer attacks in the future, scientists found. Cancer deaths were also halved in those treated with the drug, which is normally used only for rare inflammatory conditions.

Statins are the mainstay drugs for heart attack prevention and work primarily by lowering cholesterol levels. But a quarter of people who have one heart attack will suffer another within five years despite taking statins regularly. It is believed this is because of unchecked inflammation within the heart’s arteries.

The research team, led from Brigham and Women’s hospital in Boston, tested whether targeting this inflammation with a potent anti-inflammatory agent would provide an extra benefit over statin treatment.

They enrolled more than 10,000 patients who had had a heart attack and had a positive blood test for inflammation into the trial, known as the Cantos study. All patients received high doses of statins as well as either canakinumab or a placebo, both administered by injection every three months. The trial lasted for four years.

For patients who received the canakinumab injections the team reported a 15% reduction in the risk of a cardiovascular event, including fatal and non-fatal heart attacks and strokes. Also, the need for expensive interventional procedures, such as bypass surgery and inserting stents, was cut by more than 30%. There was no overall difference in death rates between patients on canakinumab and those given placebo injections, and the drug did not change cholesterol levels.

But there were some downsides to the treatment. The researchers reported an increase in the chances of dying from a severe infection of about one for every 1,000 people treated, although this was offset by an unexpected halving of cancer deaths across all cancer types. In particular, the odds of succumbing to lung cancer were cut by over 75%, for reasons the team do not yet understand. The researchers are planning further trials to investigate canakinumab’s potentially protective effect against cancer.

Dr Paul Ridker, who led the study, which was published in the New England Journal of Medicine, said it had far-reaching implications.

“It tells us that by leveraging an entirely new way to treat patients – targeting inflammation – we may be able to improve outcomes for certain very high-risk populations,” he said.

Prof Martin Bennett, a cardiologist from Cambridge who was not involved in the study, said the trial results were an important advance in understanding why heart attacks happen. But, he said, he had concerns about the side effects, the high cost of the drug and the fact that death rates were not better in those given the drug.

“Treatment of UK patients is unlikely to change very much as a result of this trial, but the results do support investigation of other drugs that inhibit inflammation for cardiovascular disease, and the use of this drug in cancer,” he said.

Prof Jeremy Pearson, associate medical director at the British Heart Foundation, was optimistic about the trial opening the door to new types of treatment for heart attacks.

“Nearly 200,000 people are hospitalised due to heart attacks every year in the UK,” Pearson said. “Cholesterol-lowering drugs like statins are given to these people to reduce their risk of another heart attack and this undoubtedly saves lives. But we know that lowering cholesterol alone is not always enough.

“These exciting and long-awaited trial results finally confirm that ongoing inflammation contributes to risk of heart disease, and [lowering it] could help save lives.”

Anti-inflammatory drugs may lower heart attack risk, study finds

Anti-inflammatory injections could lower the risk of heart attacks and may slow the progression of cancer, a study has found.

Heart attack survivors given injections of a targeted anti-inflammatory drug called canakinumab had fewer attacks in the future, scientists found. Cancer deaths were also halved in those treated with the drug, which is normally used only for rare inflammatory conditions.

Statins are the mainstay drugs for heart attack prevention and work primarily by lowering cholesterol levels. But a quarter of people who have one heart attack will suffer another within five years despite taking statins regularly. It is believed this is because of unchecked inflammation within the heart’s arteries.

The research team, led from Brigham and Women’s hospital in Boston, tested whether targeting this inflammation with a potent anti-inflammatory agent would provide an extra benefit over statin treatment.

They enrolled more than 10,000 patients who had had a heart attack and had a positive blood test for inflammation into the trial, known as the Cantos study. All patients received high doses of statins as well as either canakinumab or a placebo, both administered by injection every three months. The trial lasted for four years.

For patients who received the canakinumab injections the team reported a 15% reduction in the risk of a cardiovascular event, including fatal and non-fatal heart attacks and strokes. Also, the need for expensive interventional procedures, such as bypass surgery and inserting stents, was cut by more than 30%. There was no overall difference in death rates between patients on canakinumab and those given placebo injections, and the drug did not change cholesterol levels.

But there were some downsides to the treatment. The researchers reported an increase in the chances of dying from a severe infection of about one for every 1,000 people treated, although this was offset by an unexpected halving of cancer deaths across all cancer types. In particular, the odds of succumbing to lung cancer were cut by over 75%, for reasons the team do not yet understand. The researchers are planning further trials to investigate canakinumab’s potentially protective effect against cancer.

Dr Paul Ridker, who led the study, which was published in the New England Journal of Medicine, said it had far-reaching implications.

“It tells us that by leveraging an entirely new way to treat patients – targeting inflammation – we may be able to improve outcomes for certain very high-risk populations,” he said.

Prof Martin Bennett, a cardiologist from Cambridge who was not involved in the study, said the trial results were an important advance in understanding why heart attacks happen. But, he said, he had concerns about the side effects, the high cost of the drug and the fact that death rates were not better in those given the drug.

“Treatment of UK patients is unlikely to change very much as a result of this trial, but the results do support investigation of other drugs that inhibit inflammation for cardiovascular disease, and the use of this drug in cancer,” he said.

Prof Jeremy Pearson, associate medical director at the British Heart Foundation, was optimistic about the trial opening the door to new types of treatment for heart attacks.

“Nearly 200,000 people are hospitalised due to heart attacks every year in the UK,” Pearson said. “Cholesterol-lowering drugs like statins are given to these people to reduce their risk of another heart attack and this undoubtedly saves lives. But we know that lowering cholesterol alone is not always enough.

“These exciting and long-awaited trial results finally confirm that ongoing inflammation contributes to risk of heart disease, and [lowering it] could help save lives.”