Quotes of All Topics . Occasions . Authors
You don't inherit cancer; you actually get it.
The pancreas is by far the most complex organ in the body.
I want to do transformational work to actually fix the world.
I like to look for patterns in science and life. It's what I do.
I like to look for patterns, in science and life. It’s what I do.
I think of L.A. as truly the melting pot. It’s basically a mini country unto itself.
I think of L.A. as truly the melting pot. It's basically a mini-country unto itself.
I love doing a lot of things I'm told I can't do. I think that's what drives me and keeps me awake every day.
The foundations and the intent of the Affordable Care Act are laudable. The way it's being implemented is a disaster.
We need to think of chronic disease, hypertension, cancer, like H1N1. In fact, there's an epidemic of chronic disease.
I have an obligation to use what I know to try to bring real, usable medical science to every doctor and bedside and patient.
I'm a physician. I've been blessed with ideas and resources to use technology to make the world a better place. That's what I would like to leave behind.
It's unconscionable that cancer patients get the wrong diagnosis 30 percent of the time and that it takes so long to treat them with appropriate drugs for their cancer.
We need to and must protect privacy. But I think that people will be willing and even eager to share medical information about themselves for the greater good of mankind.
I'm truly passionate about basketball. I'm not as passionate about baseball as I am about basketball, but I watch baseball and I watch football. I love sports in general.
My commitment is to Los Angeles, so whatever helps this continue to be a great city, that's what I would be focused to do, and the Dodgers are certainly iconic to Los Angeles.
There is no right or wrong way of giving. People in Los Angeles have made major contributions in different ways to the city: Eli Broad to art. David Geffen to hospitals. I'm not judgmental.
I was working with stem cells as part of a NASA programme. We realised that the science of stem-cell proliferation was also fundamental to cancer cells when cancer enters the phase of metastasis.
We know that if you just were to take the drugs that you were supposed to take for diabetes or hypertension, just take it, as opposed to not take it, we could save $7,000, $3,000 per patient per year.
Yes, iD is a machine vision and sensor browser for the physical world. That's what we have been working on with Coca-Cola, Verizon, Bank of America and Disney to launch content when an image is recognised.
We're really going after truly creating sustainability of a disease-free state, creating a complete system for managing cancer patients for life, so that you can manage from onset of disease all the way through.
Every patient is a consumer, and every consumer is a potential patient. What NantWorks is doing is building the world the way Da Vinci saw it, and augmenting every frame a human being sees as they work, live and play.
If you look upon chronic diseases as an epidemic, and you see that the chronically ill are the poor, then you see that this issue of the uninsured is not really a moral but a financial obligation to change health care.
Baseball is like cricket, and I grew up in a country where they had cricket. So I understand cricket, soccer and basketball. I played basketball at the club level and a little bit in college, so thats why Im a basketball fanatic.
It was really an easy decision for me to be a part of the Lakers. It's priceless. It is one of the few places where I truly get lost in the joy of the moment of that game. All of the stresses and all the responsibilities are gone.
Baseball is like cricket, and I grew up in a country where they had cricket. So I understand cricket, soccer and basketball. I played basketball at the club level and a little bit in college, so that's why I'm a basketball fanatic.
What we discovered, counter-intuitively, is that when you start killing a cancer cell, one of the things it does in order to survive is to spread even further. It causes itself to form new blood vessels. We've termed this 'reactionary angiogenesis.'
You have in the U.S. around two million new diagnoses of cancer a year, and 13 million survivors, so you have about 10,000 patients that require analysis every day. That's about five petabytes that need to be transmitted and computed on a daily basis.
It took 23 years from Abraxane being conceived to us showing now with conclusiveness that it works in pancreatic cancer. We cannot afford as a society to wait another 23 years to make sure that the patients get the right care, at the right time, at the right place.
Cancer is really a slew of rare diseases. Lung cancer has 700 sub-types, breast cancer has 30,000 mutations which means that every cancer in its own right is a rare disease. Sharing data globally in this context is really important from a life-threatening perspective.
I am convinced that in order for you, as a patient, to be protected, it has to be transparent, evidence-based, objective information. Not self-serving information. Not pharma-driven information. Not ad-driven information. It is transparent, objective, evidence-based information.
You'd believe that a patient with hypertension, if you know you have hypertension or diabetes, you would take your drug every day. The compliance rate is more like 30% or 40%. Which means that 60% of patients don't take their drugs, and they actually go into these crises, end up in the hospital.
In South Africa, being Chinese meant I wasn't white and I wasn't black. I trained in Baragwanath Hospital, the largest black hospital in South Africa. That was around 1976, the time of the Soweto Uprising, when police fired on children and students who were protesting. I was part of the group of interns who volunteered to treat them.
The idea would be in my mind - and I know it sounds strange - is that the most important advances in medicine would be made not by new knowledge in molecular biology, because that's exceeding what we can even use. It'll be made by mathematicians, physicists, computer scientists, figuring out a way to get all that information together.