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Quantum computing will revolutionize cancer research, says D-Wave co-founder Farris

It will and I know some folks are also applying Quantum properties to their bio-research to look at ways to tackle certain brain cancers via (you guessed it) Quantum Biology.


Quantum computing and machine learning will impact most all parts of human life, but one of the first and most compelling benefits we will see is in the field of cancer research, says one expert.

Zero and One Media’s Katya Pinkowski sat down with D-Wave co-founder Haig Farris recently to talk about the world-leading, Burnaby-based quantum computing company as it creeps closer to commercialization. Asked what areas of life quantum computing would impact, Farris said there really won’t be part of society that won’t be touched by it, but that one of the most noticeable out of the gate will be cancer research.

“Whether it’s brain research or cancer research, understanding and being able to model and learn from various ways you might design a drug to address a particular cancer this is going to be probably the most important application that you and I will benefit and notice,” said Farris.

Superbugs Are Spreading, But We Can Stop It

In Brief Antibiotic misuse is a major cause of the rise of superbugs around the world. Doctors, patients, and farmers alike can work together to end the abuse of these essential drugs.

Nevada officials in January reported the death of a woman from an infection resistant to every antibiotic available in the U.S, the type of news we will likely hear more about in the future unless health care providers and consumers change their ways.

A high-level report in 2014 estimated that as many as 10 million people a year could die worldwide from antibiotic resistance by 2050.

Tyrants would live forever

A short rebuttal of the ‘immortal dictators’ objection.


C’mon now. This isn’t even a serious objection.

Preamble: I’m sure this is obvious, and I have repeated it who knows how many times, but rejuvenation would not make you immortal. Rejuvenation saves your butt from diseases, not from bullets.

That being said, let’s stick to the topic of bullets and guns for a little while. This particular objection to rejuvenation is something like this: Tyrants and oppressors would sure do anything in their power to get their hands on rejuvenation and use it to perpetuate their dictatorship indefinitely. Since an everlasting dictatorship is bad, the rejuvenation therapies that might lead to it are bad too.

This mysterious $2 billion biotech is revealing the secrets behind its new drugs and vaccines

I do hope people realize things like nanoparticles/ quantum bio revolutionizing everything in medicine beyond AI. Anyone, not considering in biotech and medical space in general will look dated as improved and advance options are presented that works in conjunction with our systems v. trying kill things or negatively altered our systems like chemo, radioactive treatments, and other drugs do today.


Moderna Therapeutics hopes to turn RNA into a new kind of drug. Can it live up to the hype?

Immunotherapy: Could the Human Body Be Trained to Fight Cancer?

Most definitely and quantum bio will be used to stimulate our immune systems. It is coming.


This article was originally published at The Conversation. The publication contributed the article to Live Science’s Expert Voices: Op-Ed & Insights.

The human immune system is powerful and complex.

It can identify and destroy invaders of nearly infinite variety, yet spare the more than 30 trillion cells of the healthy body.

‘In vivo’ reprogramming induces signs of telomere rejuvenation

During the ‘in vivo’ reprogramming process, cellular telomeres are extended due to an increase in endogenous telomerase. This is the main conclusion of a paper published in Stem Cell Reports by a team from the Spanish National Cancer Research Centre (CNIO). Their observations show, for the first time, that the reprogramming of living tissue results in telomerase activation and telomere elongation; thus reversing one of the hallmarks of aging: ‘the presence of short telomeres’.

“We have found that when you induce cell dedifferentiation in an adult organism, the telomeres become longer, which is consistent with cellular rejuvenation”, explains María A. Blasco, head of the CNIO Telomeres and Telomerase Group and leader of this research. This lengthening of the telomeres is an unequivocal sign of cell rejuvenation, which has been quantified for the first time here in a living organism.

Blasco and her colleagues have worked with the so-called “reprogrammable mice” –created by Manuel Serrano, also a CNIO researcher, whose group is also involved in this project. Broadly speaking, the cells of these transgenic animals carry the four Yamanaka factors (OSKM) whose expression is turned on when an antibiotic is administered. In doing so, the cells regress to an embryonic-like state, a condition known as known as pluripotency.

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