Monday, July 15, 2013
3D Printers, Organs, and
Organizations: A New Dimension in Health
Care
A mind that is stretched be a new
experience can never return to its old dimension.
Oliver Wendell Holmes Jr (1809-1894)
Additive manufacturing or 3D printing is a process of making a three-dimensional solid object of
virtually any shape from a digital model. 3D printing is achieved
using an additive process,
where successive layers of material are laid down in different shapes.3D
printing is considered distinct from traditional machining
techniques, which mostly rely on the removal of material by methods such as
cutting or drilling (subtractive
processes).
The 3D printing technology is used for
both prototyping
and distributed manufacturing with
applications in architecture, construction (AEC), industrial
design, automotive, aerospace, military, engineering,
civil engineering, dental and medical industries, biotech (human tissue
replacement), fashion, footwear, jewelry, eyewear, education, geographic
information systems, food, and many other fields.
Wikipedia
3D printers
have introduced a new dimension in health care.
By inserting stem cells into a
digital model, researchers have been able to build human organs, such as ears,
skin, and tracheas, and even primitive bones, hearts, kidneys, and livers.
The
promises for health care are enormous, e.g.
1) cutting down on backlog of transplant kidneys;
\2) regulating diabetes by creating
pancreatic-like organs;
3) creating skin for burn victims;
4) making prostheses
that resemble the original limbs;
5) using dental images to build crowns,
bridges, and dentures are one setting. There is talk of using stem cells to
create blood vessels and nerve-connections to these newly constructed
organs.
The possibilities, claim the
makers of 3-D printers, are endless and portend a new era in medicine.
So much for
human organs, what about human organizations?
Is it possible to use this new technology, 3-D printers, to build new
organizations, using existing organization
“stem cells,” such as disruptive innovation,
medical homes, accountable care
organizations, and techniques now being
employed in those myriad integrated care organizations now springing up across
the medical landscape?
For 3-D
printers to create a more perfect organization is a stretch. Still, the words “organ”
and “organization” have a common stem. Organizations are an organ of man. The predominant metaphor of organizations is
machine or a military organization.
All we have to do , the reasoning goes, is to build parts and make sure each part does
its part, and command and control and
communication between parts follow the leader, be it a president or a corporate
CEO.
The problem, of
course, is that man is not a machine, and health care is not a military
operation. It is more complex than
either machines or human hierarchies,
dictated from the to-down.
People are not compliant cogs in the machine. As John Naisbitt pointed out in Megatrends, we do not live in a forced
technology world, but in a high tech/high touch environment, and it’s not either/or, but multiple choice. And as the authors of Edgeware, so cogently put it, “Science
can now say rather clearly that structure and control are great for
simple-machine like situations; but things such as open communication,
diversity, and so on are needed in complex adaptive systems- such as in modern
organizations. “
At present, we act
like we live in a two-dimension world – doctors visa-a-vis hospitals, primary care vis-a-vis nurse
practitioners, Obamacare vis-a-vis open
health care markets, Democrats vis-a-vis Republicans, capitalism vis-a-vis socialism., blacks vis a vis whites. The real world is more complex. While we may disagree on certain
doctrines, we can agree that
technological innovations like 3-D printers offer great hopes for bettering the
human condition. We can also agree that
technology advances offer a new dimension and cross party lines;
Tweet:
3-D printing technologies are transforming
health care by building replacement organs, but may not transform health care
organizations.
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