Monday, November 25, 2019

A scientist builds' breakthrough" cytotron device for cancer treatment

" Cytotron stops the cancer tissue from multiplying. The device also inhibits it from spreading to other organs.

Earlier this month, the ' Cytotron', a medical invention by Dr. Rajah Vijay Kumar, a Bengaluru based scientist, received the honour of being called a ' breakthrough devices' in cancer care by the Centre for Devices and Radiological Health, a branch of the U.S> Food and Drug Administration (USFDA), responsible for the pre-market approval of all medical devices.


The machine, " intended to stop the cancer tissue from multiplying, growing and spreading", is the outcome of 32  years of continuous research and had been designated as a breakthrough device since it is an entirely new way to treat cancer.


Speaking to the media, Dr. Kumar, who is the Chairman and Chief Scientific Officer at the Centre for Advanced Research and Development (CARD), a research wing under the Organisation de Scalene Foundation, talked about the happiness and hope at receiving this letter of approval.


It is something we've worked on for more than 3 decades, and research is till ongoing. Naturally, the process of developing any new medical device takes a long time taking into account the need for a lot of tests, addressing safety aspects and adverse effects. Nevertheless, in receiving the ' breakthrough device' designation from the USFDA, we feel that our work has been good enough. We hope it will also offer a breakthrough in the lives of cancer patients, he said.


The cytotron works on the tissue engineering principles of human cells, altering how certain proteins are regulated to prevent them from multiplying and spreading in case of cancer, or promote growth of cells where required, and is essentially a new way to think about repairing cellular disorders.


We have moved away from ' destroying, killing or obliterating cancer tissues'  to a method of communicating with the cellular command and control, and stop it from growing and spreading to other parts of the body. Cancer cells are cells that have just gone out of control. By appropriately addressing the right methodology and specific protein pathways, you can drive the cancer cells into old age, push them into accelerated ageing, and finally. apoptosis   ( programmer cell death). Once this stage is achieved, your body's immune system takes over time and the cancer cells are recycled. This is the philosophy of Cytotron, he argues.


So, what does Cytotron do in cancer cells?


Any cell in our body can multiply anywhere upto 50 times before becoming senescent, which means it can no longer further that process. After the 50th division, there is a flag planted down, where a protein called p53, a programmed cell death protein, is expressed in old age cells. This ensures the cell doesn't multiply any further.


This process is driven by the pro-apoptotic protein p53, which regulates apoptosis. Unfortunately, in cancer cells, this process doesn't happen because the protein is updated or is not expressed, as they do not receive the signal to do so.


Naturally, these cells don't know when to stop multiplying and eventually progress to grow as an organ in the body or a life form. As they grow, they land up with a resource crunch.


The, these cells look are forming new colonies and start spreading with their ' survival instincts' taking over. Cancare produces a very special kind of cell, called EMT cells or cancer stem cells ( CSCs), that spread to another location and then it builds up new colonies.


As long as the cancer is growing, the body's immune system does not attack it. On the contrary, it protects the cancer tissue. Cancer cells take advantage of this situation, and conquer different organs of the body, until the body can't function normally.


Cytotron stops the cancer tissue from multiplying and spreading to other organs Once the tumour stops growing or spreading, what we do at Cytotron is plant the flag (protein) down, which determines that the cell is old enough to die. The moment this happens, the cells stops growing and once that happens, the 1st reaction of the immune system is to grab the cell and throw  it out. The cancer tissue is recycled, and this device also works to convert or transform the cancer stem cells into cells that don't multiply. These are 2 things that happen when we treat a cancer patient with Cytotron. Depending on which stage of cancer you're being treated at, it stops the cancer cells from spreading, The earlier you go inside the Cytotron, your cancer cells get arrested at that point. Once you stop the tumour from growing and spreading, there are other way you can manage the disease, says the Dr.


The Cytotron itself is a vast machine and has 1000s of components. Genetically known as rotational field quantum magnetic resonance, Cytotron produces fast radio bursts, which modulate the life systems and communicate with cells in the body, at present, the machine is being made at the CARD campus in Bengalaru. When we need to scale up production, we may rope in another entity, he says.
The device is approved for clinical use by the Medical Devices Directive (MDD) of the European Council, the SFDA in the Middle East and the Commision Federal para la Proteccion contra Riesgos Sanitarios (COFEPRIS) in South America. Cytotron cancer treatment is currently in use in about 9 countries and has treated 100s of patients already, claims Dr. Kumar.


In India, this machine is not yet available, although they give free treatment to as many people at their centre. From January 2020, they will start supplying these machines to hospitals and institutions.

However, addressing cancer is just one such aplication. The development of this machine is only one aspect of their broader research in tissue engineering, like chondrogenesis, where they grow cartilage tissue and bone tissue.


Cytotron first, the rest later


In India, the Cytotron will cost anywhere between 2.5-3 crore Rs., says Dr. Kumar. For patients diagnosed with cancer, he suggests that before any surgery, they should ideally be sent straight into the Cytotron so the tumour can be stopped from growing or spreading.


In my opinion, you essentially cut down the risk of cancer spreading by going through the Cytotron. If there is a tumour that is causing pain or discomfort, you  could do a surgery later on. But before doing it, you must go through the Cytotron. Cancer activity stops, people feel more energetic, they out in weight and the effects are generally good after patients undergo Cytotron treatment , he argues.


While humans haven't found cure for cancer, what we've here is the next best thing !


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Wednesday, October 09, 2019

Saffron can fight liver cancer

It may be an expensive spice but you cannot put a label or price on health, said a Prof. who has researched a breakthrough in the properties of saffron in fighting liver cancer.

The Prof. said that researchers have investigated and found saffron to have anti-liver cancer properties.

"Safranal, a major biomolecule of the golden spice saffron arrests and stops the cancer cell division at two different stages," he said.

"It can now be made into drugs and we are looking into whether the same can be used to fight breast and colorectal cancers as well," said the Prof.

The researchers have been working on this project since 2011 when they first published the research in the Journal.

The study suggests a novel mechanism of anti-proliferative activity of safranal against human liver cancer cells.

"This molecule could serve as a novel and/or adjuvant drug to treat liver cancer," said the Dr.

The work is in collaboration with experts in RNAseq analysis and System Biology from New York University Abu Dhabi and in Pharmacology from the University of Sharjah.

Hepatocellular carcinoma (HCC) accounts for about 80 per cent of all liver cancers, among top common cancers in the world and is the second leading cause of cancer death worldwide.

Poor prognoses remain the most challenging aspect of HCC therapy. Consequently, alternative therapeutics are essential to control HCC.

"Liver cancer was the fifth cause of death in the UAE but now it is at number four.this is how serious the disease is here," he said.

Saffron has 160 ingredients and the team identified the active ingredient (molecule, safranal) fighting cancer.

"The ingredient works in two ways; it stops cell division and promotes cell death," he explained.

Researchers concluded that safranal exerts its anticancer effect in HepG2 cells by inhibiting DNA repair, resulting in increased DNA damage.

"To translate this in real life, we have already done the testing on rats/mice and in humans it will be done not in the far future," he said.

"We hope we can achieve a clinical trial soon," he added. Clinical trials depend on permissions and may take from anywhere between six months to one year before being developed into a drug.

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Monday, April 02, 2018

New cancer drug for children safe, effective

A first-of-its-kind drug targeting a fused gene found in many types of cancer has been found to be effective in 93 per cent of paediatric patients tested, scientists say.
Most cancer drugs are targeted to specific organs or locations in the body.
 

Larotrectinib is the first cancer drug to receive government approval,breakthrough therapy designation for patients with a specific fusion of two genes in the cancer cell, no matter what cancer type.
"In some cancers, a part of the TRK gene has become attached to another gene, which is called a fusion," said an assistant professor.


"When this occurs, it leads to the TRK gene being turned on when it's not supposed to be and that causes the cells to grow uncontrollably.

"What is unique about the drug is it is very selective; it only blocks TRK receptors," said the lead author of the research.

Larotrectinib, targets TRK fusions, which can occur in many types of cancer.

While the TRK fusions occur in only a small percentage of common adult cancers, they occur frequently in some rare paediatric cancers, such as infantile fibrosarcoma, cellular congenital mesoblastic nephroma, and papillary thyroid cancer.

"Every patient with a TRK fusion-positive solid tumour treated on this study had their tumour shrink. The nearly universal response rate seen with larotrectinib is unprecedented," the author said.


TRK, short for tropomyosin receptor kinase, is a gene that plays a key role in brain and nervous system development and has a limited role in nervous system functions such as regulating pain in later life.

Larotrectinib belongs to a class of molecules known as kinase inhibitors, which work by cutting back on the enzymatic activity of a key cellular reaction, researchers said.

The selectivity of the drug means it does not cause the severe side effects associated with many traditional cancer treatments, and none of the patients with TRK fusions had to quit the study because of a drug-induced side effect, they said. 


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