Potatoes, tomatoes and aubergines could hold the key to fighting cancer, experts believe.
Polish researchers say studies suggest glycoalkaloids, naturally occurring chemicals also found in peppers, goji berries and blueberries, may possess some cancer-fighting properties.
And they believe bioactive compounds in vegetables may also help patients avoid the brutal side effects of existing treatments.
Scientists say glycoalkaloids — naturally occurring chemicals found in potatoes — have cancer-fighting properties that might stall cancer-causing chemicals
Although chemotherapy is very effective at killing cancer cells, it can trigger a number of uncomfortable side effects, including hair loss, nausea, and fatigue.
This is because the drugs accidentally kill healthy cells elsewhere in the body while also targeting the cancerous cells.
Magdalena Winkiel from Adam Mickiewicz University in Poznań and colleagues said this makes it worthwhile to re-examine the properties of medicinal plants.
Her team reviewed the evidence for glycoalkaloids — compounds that are abundant in the nightshade family of plants, which includes potatoes, tomatoes and eggplant.
In the right dosages, these chemicals can be “powerful clinical tools,” Ms Winkiel’s team said.
They focused on five glycoalkaloids – solanine, chaconine, solasonine, solamargine and tomato – which Ms Winkiel believes could be used to develop drugs in the future.
The results, detailed in Frontiers in Pharmacology, show that solanine has been shown to prevent potentially cancer-causing chemicals — known to cause cancer — from being converted into carcinogens in the body.
Studies on a certain type of leukemia cells also showed that solanine kills them in small doses.
Meanwhile, chaconin has anti-inflammatory properties, with the potential to treat sepsis, the team said.
Solamargin can stop liver cancer cells from reproducing, according to research.
Researchers say it could be a crucial adjunctive treatment because it targets cancer stem cells, which are thought to play a significant role in anticancer drug resistance.
Solasonine is thought to work in a similar way.
The tomato supports the body’s regulation of cell cycles and helps the body kill cancer cells, the results show.
However, how the chemicals can fight cancer in human cells, one of the earliest stages of research, has not yet been studied.
Ms Winkiel said these tests are vital to confirm which glycoalkaloids are “safe and promising enough to be tested in humans”.
She added: “Scientists around the world are still searching for drugs that are deadly for cancer cells but safe for healthy cells at the same time.
“Despite advances in medicine and the strong development of modern treatment techniques, it is not easy.
“Therefore, it might be worth resorting to medicinal plants that were successfully used years ago to treat various ailments.”
Ms Winkiel noted that if the chemicals “cannot replicate the cancer drugs used today, a combination therapy will potentially increase the effectiveness of the treatment”.
Plants have been used to fight cancer for decades, such as the chemotherapy drug taxol, which is made from tree bark.
But there’s no research to say that simply eating five a day kills cancer cells, even though a healthy diet can help prevent tumors in the first place.
They are not a substitute for cancer treatments such as chemotherapy, radiation therapy and surgery, which can cure people of the disease if caught early enough.
dr Charles Evans, Research Information Manager at Cancer Research UK said: “Plants produce a huge and varied range of interesting and understudied chemicals.
“Some of these chemicals show anti-cancer effects in laboratory tests, and some, like Taxol, have even become drugs that we use today to treat cancer.
“It is important to emphasize that many of these compounds are not suitable as drugs, either because they are not effective enough or because they are not safe enough to administer to humans.
“It’s critical that we explore all possible avenues to discover new treatments, which is why it’s critical that researchers study these chemicals to see if they have the potential to become new medicines.”
Breast cancer is one of the most common types of cancer in the world, affecting more than two MILLION women each year
Breast cancer is one of the most common types of cancer in the world. There are more than 55,000 new cases in the UK each year and the disease claims the lives of 11,500 women. In the US, it strikes 266,000 and kills 40,000 each year. But what causes it and how can it be treated?
What is breast cancer?
Breast cancer develops from a cancer cell that develops in the lining of a milk duct, or lobule, in one of the breasts.
When breast cancer has spread to surrounding breast tissue, it is called ‘invasive’ breast cancer. Some people are diagnosed with “carcinoma in situ,” where no cancer cells have grown beyond the duct or lobe.
Most cases develop in women over the age of 50, but younger women are sometimes affected. Breast cancer can develop in men, although this is rare.
Staging means how big the cancer is and whether it has spread. Stage 1 is the earliest stage and stage 4 means the cancer has spread to another part of the body.
Cancer cells are ranked from low, meaning slow growth, to high, meaning fast growth. High-grade cancers are more likely to come back after being treated first.
What Causes Breast Cancer?
A cancerous tumor starts from an abnormal cell. The exact reason why a cell becomes cancerous is unclear. Something is thought to damage or change certain genes in the cell. This causes the cell to become abnormal and multiply “out of control”.
Although breast cancer can develop for no apparent reason, there are some risk factors that can increase the chance of developing breast cancer, such as: B. Genetics.
What are the symptoms of breast cancer?
The usual first symptom is a painless breast lump, although most breast lumps are noncancerous and are fluid-filled cysts that are benign.
The first place where breast cancer usually spreads is in the armpit lymph nodes. If this occurs, you’ll develop a swelling or lump in an armpit.
How is breast cancer diagnosed?
- Initial assessment: A doctor examines the breasts and armpits. They may do tests like a mammogram, a special X-ray of breast tissue that can indicate the possibility of tumors.
- Biopsy: In a biopsy, a small sample of tissue is taken from a part of the body. The sample is then examined under a microscope to look for abnormal cells. The sample can confirm or rule out cancer.
If you are confirmed to have breast cancer, further tests may be needed to determine if it has spread. For example, blood tests, an ultrasound of the liver, or a chest X-ray.
How is breast cancer treated?
Treatment options that may be considered include surgery, chemotherapy, radiation therapy, and hormone treatment. A combination of two or more of these treatments is often used.
- Surgery: Breast-conserving surgery or removal of the affected breast, depending on the size of the tumor.
- Radiation therapy: A treatment that uses high-energy rays focused on cancerous tissue. This kills cancer cells or stops cancer cells from multiplying. It is mainly used in addition to the operation.
- Chemotherapy: A treatment for cancer through the use of anti-cancer drugs that kill or stop cancer cells from multiplying
- Hormone Treatments: Some types of breast cancer are influenced by the “female” hormone estrogen, which can stimulate cancer cells to divide and multiply. Treatments that lower the levels of these hormones or stop them from working are often used in patients with breast cancer.
How successful is the treatment?
The outlook is best for those diagnosed when the cancer is small and has not spread. Surgical removal of a tumor at an early stage can then offer good chances of recovery.
The routine mammogram offered to women in their 50s and 70s means more breast cancer is being diagnosed and treated at an early stage.
For more information visit breastcancernow.org or call toll free on 0808 800 6000