Wednesday , 17 July 2019

How Modern Cancer Research Findings May Lead To A Cure For Cancer

cancer-blood-in-cells

New technologies are developing daily, each designed with a specific purpose and audience. In medical research, advancing technologies have been designed to detect cancer cells in blood. In this post, you can discover information on these technologies, like these FDA approved medical apps, and why they are so important in modern cancer research.

Metabolism And Cell Growth

One of the latest developments in cancer research may revolutionize the way that scientific and medical researchers approach the subject. Cancer cells grow and spread, everyone knows that. However, it was not until recently that researchers, at PCF Citrix Healthcare and elsewhere, began to look at the link between metabolism and cell growth through the lens of cancer. Modern cancer research is now moving to focus on utilizing knowledge of this relationship to illustrate how cancer grows and spread in the body. This has implications for further cancer research in the areas of nutrition-based treatments and more. This is one modern cancer research trend that could prove to be ground breaking.

Immunotherapy Treatments

Immunotherapies are treatments that use the power of our own immune systems to fight cancer. This is the latest cancer research development to be making news all over the world. When immunotherapy works for a patient, it can produce long-lasting effects that some argue may even be cures for cancers of a particular type. Immunotherapy treatments are available to cancer patients presently. However, it was not until very recently that Cancer Research UK published a study that may tell us what intelligence is needed to guide these immunotherapy treatments. This is, without a doubt, one of the most exciting breakthroughs in cancer research in modern years.

Isolation of Breast Cancer Cells

One study is getting close to identifying the most effective drugs to treat tumors. Through isolation, circulating tumor cells (or CTCs) were extracted from patients’ blood and grown in a laboratory. Using iChip technology, normal blood cells are captured and removed without the need of a cancer cell marker. The other advancing technology was the development of a cell culture system. This new system allowed CTCs to be grown in a laboratory, so scientists could study and test the cells. Through the iChip and culture system, the research team found what cells were responsive to what medications and treatments. Extracting cancer cells in the blood is just one way that technology is helping make strides in the health industry. However, it is much more impressive than apps for pharmacists, right?

Nanowires In Lung Cancer Cells

Several research teams are working together to detect cancer cells through blood samples. This technology would allow oncologists to see the type of tumor a patient has, so treatment can be designed specifically around tumor. The research team conducting this study created a microchip and designed a method to test the blood. The microchip contains sensitive nanowires that detect the presence of cancer. The ability for new technology to detect a specific type of tumor is incredible, and exactly why technology innovations in health research is so important for everyone to know.

Miroculus

Miroculus’ technology could detect many different types of cancers through a single blood test. According to the company’s website, the blood is tested through MicroRNA profiling. This eliminates the need for specialized technicians and expensive lab machinery, which would also increase the risk of a debacle like the Premera data breach. The technology was created with the aim to make cancer testing easier and more affordable, according to Miroculus. Having affordable, accessible cancer-testing technology is a huge step in the health industry. Miroculus is another vital company to keep an eye on for cancer research.

Droplet-Based Bio Analysis

Droplet-based bio analysis is another new detection technology. With this test, cells contain a microscopic droplet of water in oil. According to Wallenberg.com, the droplets are easy to create and study, allowing the research team to analyze a high number of cells in a much shorter period of time. Cancer cells in the droplets are then taken out of the sample and analyzed. The key of this technology is its efficiency. Droplet-based bio analysis allows cancer research to be expedited due to the systematic and effective process.

Liquid Biopsies

Liquid biopsies, or routine blood samples, have been used to detect many different types of cancers. In one study, blood was drawn from 4,000 pregnant women to test the fetuses, however cancer was actually detected in three of the women. JAMA Oncology, who conducted the study, wrote that each woman had a different type of cancer, but the blood testing identified them all. Dr. Bert Vogelstein of Johns Hopkins University stands by testing for cancer through blood samples instead of other, newer digital technology. In an article with TheScientist.com, Vogelstein stated that while stool and urine testing can uncover two types of cancer, blood has the capacity to test for all cancers. Liquid biopsies can pick up on an array of cancers, which is why the technology is important for everyone to know about.

Staying Up To Date

Just like every other year and every other area of science and technology, including NoSQL, there have been huge changes in modern cancer research practices. If you care to find out about the latest cancer research trends of the year to stay up to date, you only have to wait a little bit longer. You may even want to join the event, so you can be the first to hear about all the latest developments. If so, you should sign up now. The annual community outreach program put on by Memorial Sloan Kettering Cancer Center is an excellent resource Keynote speakers from past years include three top cancer research scientists, Yu Chen, Stephen Long and  Elli Papaemmanuil. The event is targeted at high school and college students, however it is open to the public free of charge as well. To find out more, visit Sloan Kettering’s website.

Technology has developed at a quick rate in the health industry, and this does not always lead to bad news like it did with the Premera data breach. Researchers are able to detect cancer cells in blood through many means, five of which are described above. Unfortunately, about 564,800 Americans die from cancer every year, according to the Thomara Latimer Cancer Foundation website. Due to this alarming statistic, it is important for everyone to be aware of the latest cancer-fighting technologies.

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