Health, wealth, wisdom, work, love and freedom.
Those are the keys to the kingdom of happiness.
But, health always comes first. As the saying goes — without it, you've got nothing. Now, here are the keys to good health — nutrition, sleep, exercise, freedom from pain and stress, and freedom from infections and toxins. (Toxic relationships are also potent poisons. Stanford Biz school's Prof. Bob Sutton calls this the "No A**hole Rule!" )
Nutrition is a difficult piece to get right, but it's well worth the effort.
You're a community of thirty seven trillion cells each in equilibrium with what you eat. So, what's the optimal recipe?
Let's say you eat 2400 calories a day, and let's say 400 calories are protein. How many of the remaining 2000 calories should come from carbs and (hence) how many should come from fats.
This issue has vexed medical researchers for decades. Here, I examine this in detail and show you some of the best free articles and videos on nutrition.
After two years on a very spartan diet, my health took a nosedive. With intolerable dizziness and burning in my feet, I was desperate for an answer.
I got a first clue after a lengthy workup. My vitamin B1 (thiamine) had dropped to a dangerously low level
After taking vitamin B1 supplements my health gradually began to improve, but I wondered "what else might I be low in?"
The answer was "a lot." My blood plasma and WBCs (specifically, lymphocytes) were low on over a dozen intermediary metabolites and other micronutrients. The only way to determine their levels is to measure them in a lab.
Here, I describe the extensive micronutrient panels that I got from two companies: SpectraCell and Vibrant America. If you can get a micronutrient panel cheaply though your health insurance, do that — it's a no-brainer. If you're paying cash, it may still be worth it.
A computer, tirelessly combing through patient records, looking for new medical knowledge. That was my Stanford PhD thesis project almost 40 years ago — an early example of data mining and machine learning under AI control.
RX garnered many awards and contracts and was presented worldwide by myself and my co-PI and thesis advisor, Stanford CSD Professor (now Emeritus), Gio Wiederhold.
Imagine how hard it was to do in the late 1970s in the era of mag tape and crawling CPUs.
Nobody else (was foolish enough to try or) tried to do this in the seventies. Now, in the current era of big data, everybody's trying to do it.
If famed newscaster Tim Russert had had a coronary CT Scan, he might still be alive.
Here, I argue in favor of getting scanned. (If you've got calcified arteries, they show up like Christmas tree lights.)
This is a story with a highly personal angle. (I've got coronary calcifications, and if you're a man my age you do, too.)
Ladies — your biology gives you a ten year reprieve. (But, here's what many of my women friends also do that contributes to their longevity: watch their weight, eat salads, relax, take care of themselves, and "tend and befriend.")
French biotech Carmat has developed a totally implantable artificial heart — a stunning breakthrough. Although a heart transplant is preferable (if you're one of the few to get a suitable donor heart,) Carmat's device could become the second best option for terminal heart patients — and there are millions. (In this review I also cite competing American biotech makers of left- and bi-ventricular assist devices (Syncardia, Heartware, and Thoratec,) all recently acquired.)
In 2018 Carmat announced it had completed six implants in its PIVOTAL study toward obtaining a CE Mark. All these patients had survived at least one month. As Carmat ramps for European sales, in 2018 they also opened a new, high-volume assembly plant.
On January 15, 2019 in their 2018H2 report they announced that seven of their first ten patients had survived at least six months. Carmat's goal is to recruit ten more patients in 2019 to finish their PIVOTAL trial. They hope to start implanting patients in the USA in 2019 under an FDA IDE.
Here's former Vice President Dick Cheney "arrestingly" chatting about his heart transplant.
This was a "stop-the-presses" story that broke in July, 2009. A 20 year study found that Rhesus monkeys fed a nutritious, low-calorie diet had far less heart disease, cancer, and diabetes than controls that ate 30% more. Monkeys on the diet out-survived the controls by 50% and had much less cerebral atrophy. Lose weight now — if you want to look more like the sleek fellow on your left.
Transcend is a 2009 work by Ray Kurzweil and Terry Grossman.
I had avidly read their previous health book, Fantastic Voyage and benefited by its recommendations.
This is my review, as posted on Amazon. The book rated a B+.
(My review got over a thousand upvotes — pretty good — but not as good as Bruno Mars, doing Uptown Funk, at 2.9 billion!)
My personal favorite longevity recommention is dancing.
Here's Dick Van Dyke, now 90!
Dick's agent wanted him to write a "secrets of longevity" book, and Dick replied, "it would only be two words long - keep movin'!"
After finishing Ray's and Terry's book above, I wondered which (if any) of their recommended vitamins and supplements I should take. I researched them all.
At that time I had access to the Natural Standard — an encyclopedic reference written by a group of university clinicians. Here, I posted my findings.
My general rule is — get your nutrition from food. Skip the supplements!
I do take a few of those recommended in the book (eg, vitamin D.)
Want a one-word answer? "No!"
(The snake oil merchants are always ahead of the scientists.)
This was a long overdue essay on evaluating medical evidence.
Every new vitamin or supplement is greeted by unbridled enthusiasm.
I spent a decade studying biostatistics. The default hypothesis is that drug X does not work. This essay shows you what it takes to show it does.
(It takes years of effort!)
Atherosclerotic coronary artery disease is the major killer in the United States.
If the artery was a plugged kitchen drain pipe, you'd simply buy a replacement. So, why aren't replacement (synthetic) coronaries available?
This is a brief overview of one company's struggle to develop a synthetic graft. (2012 Note: That company, known as Cardiotech in 2009, discontinued this development.)
There's been plenty of R & D since then — that's a reminder to me to update this.
This beautiful animation was done for Harvard by BioVisions.
Their director, David Bolinksy (TED Talk) tells the whole story here.
And, this version labels the molecules and subcellular organelles.
All three videos somehow managed to omit the key topic of the animation — the biochemistry of atherogenesis. Atherosclerosis is the major killer in the developed world.
And here, biology animator Drew Berry shows us the incredible "nanotech" involved during cell division, when DNA replicates and is pulled apart by microtubules.
Meanwhile, kinesin (a motor transport protein) walking along a microtubule towing a vesicle manages to be simultaneously funny and instructive.
And, here's a brand new one (2016.) This supercomputer model/ animation of DNA wrapped around histones (from the Riken Institute, Japan) is must-viewing. Watch this now — and memorize it!
In each of your ten trillion+ cells, two meters of DNA is stuffed into a ten micron diameter nucleus. The DNA is tightly wrapped around histone proteins like thread wrapped around hundreds of spools. Thousands of segments of that DNA must be unspooled and transcribed by RNA in real-time.
Among the hundreds of molecular biology and neurobiology talks I attend every year, none attract larger crowds than those presenting new tools for high resolution light microscopy. The 2014 Nobel for Chemistry was awarded to Stefan Hell, Eric Betzig, and William Moerner, each of whom contributed separately to these stunning advances.
In February, 2017, HHMI Prof. Eric Betzig presented his work on lattice light-sheet microscopy to an SRO crowd at Stanford's annual lecture honoring Linus Pauling. Some of Betzig's stunning videos are shown above. And here Prof. Betzig tells us how his twenty year collaboration with Herald Hess led to the elaboration of photoactivated localization microscopy (PALM.)
The DRC is a brand new approach to funding research to prevent and cure Type 1 (insulin-dependent) Diabetes (T1DM.) Founded by entrepreneur David Winkler and inspired by Kickstarter, one hundred percent of donations goes to funding distinguished young investigators with new approaches to T1DM. During 2017 the DRC launched seventeen projects (at about fifty thousand dollars each.) And, one successful project (Replacement Beta-Cells from an Unexpected Source) has already precipitated an addition million dollar grant (from the Keck Foundation.)
Separately, in other T1DM news, in April, 2018, Eli Lilly announced a huge collaboration with beta-cell start-up Sigilon Therapeutics. Sigilon is a new, beta-cell encapsulation device maker that was spun off from work at Harvard from the lab of Douglas Melton and from MIT from the labs of Robert Langer and Daniel Anderson.
One of the show-stoppers of the 2010 Foresight Nanotech Conference was the above video showing Pacific Biosciences' SMRT tech, which sequences DNA bases in real-time (msecs) as DNA polymerase incorporates each base.