Infiltration

MG is really the game that popularize infiltration.

A diet including bone marrow fueled further brain growth.

So actually how do we harvest this bone marrow?

And we found, to our surprise, that we not only got bone marrow out, but we got 10 times the stem cell activity in the marrow from the Marrow Miner, compared to the normal device.

We use those in my field of bone marrow transplantation.

And the Marrow Miner, the way it works is shown here.

We've just come out, we're commercializing, this year, generation 2.0 of the Marrow Miner.

And, when they eventually betray us to the marrow, there is no way to resist !

I didn't bring a human brain, but I did bring a liter of bone marrow.

I invented a device called the MarrowMiner, a much less invasive way for harvesting bone marrow.

We're sending his marrow across the country to save the life of a child with leukemia.

So why should you care? Bone marrow is a very rich source of adult stem cells.

It may encourage more people to sign up to be potential live saving bone marrow donors.

We take our own bone marrow cells and treat a patient with a heart attack, we can see much improved heart function and actually better survival using our own bone marrow drive cells after a heart attack.

And so this informs, among other things, of course, a treatment for bone marrow transplant, which he undertakes.

So I thought of a minimally invasive approach, and a new device that we call the Marrow Miner.

So it enables you to very rapidly aspirate, or suck out, rich bone marrow very quickly through one hole.

Mice with multiple myeloma, an incurable malignancy of the bone marrow, respond dramatically to the treatment with this drug.

It is a fact that when our organs or tissues are injured, our bone marrow releases stem cells into our circulation.

I can once again celebrate in the marrow of my bones the very essence of living in Israel on the edge.

And ultimately and here's a picture of our bone marrow transplant survivors, who come together for a reunion each year at Stanford.

So I am a pediatric cancer doctor and stem cell researcher at Stanford University where my clinical focus has been bone marrow transplantation.

He has a character describing the snowflake, and he says he shuddered at its perfect precision, found it deathly, the very marrow of death.

And adult stem cells are found in you and me in our blood, in our bone marrow, in our fat, our skin and other organs.

Periodically, this drill, like a biopsy needle, plunges thousands of feet deep into the ice to extract a marrow of gases and isotopes for analysis.

It may even enable you to bank your own marrow stem cells, when you're younger and healthier, to use in the future should you need it.

What we do is we take a fire hydrant, a no parking space associated with a fire hydrant, and we prescribe the removal of the asphalt to create an engineered micro landscape, to create an infiltration opportunity.

And he took skin cells, healthy skin and cancerous bone marrow, and sequenced the whole genomes of both of them in a couple of weeks, no big deal.

You and all the assholes like you risk nothing, spend all day sucking the marrow out of real cops when you never had the balls to be one yourself.

Hopefully you can appreciate the device there curving through the patient's body and removing the patient's bone marrow, instead of with 200 punctures, with just a single puncture under local anesthesia.

And bone marrow is actually what we use to save the lives of tens of thousands of patients, most of whom have advanced malignancies like leukemia and lymphoma and some other diseases.

Adult stem cells are throughout our body, including the blood forming stem cells in our bone marrow, which we've been using as a form of stem cell therapy for over 40 years.

And we have a flexible, powered catheter with a special wire loop tip that stays inside the crunchy part of the marrow and follows the contours of the hip, as it moves around.

In the last decade there's been an explosion of use of bone marrow stem cells to treat the patient's other diseases such as heart disease, vascular disease, orthopedics, tissue engineering, even in neurology to treat Parkinson's and diabetes.

They're in our bone marrow to help produce red blood cells, other parts of our body, but the problem with somatic stem cells is they're not as plastic, which means that they can't form any type of cell in the human body.

And the way we do this is we basically place this through the soft tissue, and kind of punch it into the hard bone, into the tuchus that's a technical term and aspirate about 10 mls of bone marrow out, each time, with a syringe.

So Noam and I had this insight that if we want our students to understand how computers work, and understand it in the marrow of their bones, then perhaps the best way to go about it is to have them build a complete, working, general purpose, useful computer, hardware and software, from the ground up, from first principles.

Because of the Earth tilting on its axis and those catastrophic climate shifts, we had to figure out how to find better food, and we had to learn there's Lucy that's how we all began we had to learn how to crack open animal bones, use tools to do that, to feed on the marrow, to grow our brains more.