Segway Inventor Hopes to Mass Produce Human Tissues and Organs

Segway Inventor Hopes to Mass Produce Human Tissues and Organs

Segway Inventor Hopes to Mass Produce Human Tissues and Organs

With greater than 440 patents below his belt, American engineer and inventor Dean Kamen has been trying to find technological options to medical and social welfare dilemmas since he was a youngster. Principally often known as the creator of the Segway, a two-wheel self-balancing transportation system that’s now ending manufacturing after 20 years available on the market with out ever attaining vast shopper acceptance, Kamen is already onto one thing new: pursuing the mass-production of human organs and tissues.

Fixing a few of healthcare’s most difficult issues will not be new to Kamen. After founding his first medical machine firm in 1976 to fabricate and market the primary wearable infusion pump, he went on to work with main diabetes researchers to pioneer one other first, this time a transportable insulin pump. This was adopted by an ongoing record of innovations, together with new expertise to assist end-stage kidney sufferers, a stair-climbing wheelchair, and even a prosthetics arm system that permits wearers to have “near-natural” management of their synthetic limbs.

Segway Inventor Hopes to Mass Produce Human Tissues and Organs 1 Dean Kamen (Credit score: FIRST Twitter account)

Nevertheless, nothing comes near his newest enterprise: the scaling up of tissue engineering, and finally, human organ fabrication. To that finish, Kamen introduced collectively over 100 private and non-private organizations to develop a wholly new and collaborative ecosystem for regenerative drugs. Main a nonprofit group often known as the Superior Regenerative Manufacturing Institute (ARMI), Kamen goals to fix a fragmented tissue engineering area that “lacks a mechanistic framework with which to translate laboratory discovery into manufactured merchandise.”

“There’s a lot work that must be performed on the intersection of engineering and drugs to create an entire trade and provides folks a spot for organs, whether or not it’s your liver or your kidney or your lung,” mentioned Kamen two years in the past throughout a chat he gave at Tufts College, in Massachusetts. “Each one of many issues we work on is a very massive want that if not solved, and solved quickly, the world will likely be sick or folks will die. There needs to be a core expertise, and there needs to be a necessity, and if we succeed, it’ll make a serious distinction.”

The group is headquartered at New Hampshire’s Manchester Millyard, a set of refurbished mill buildings that additionally home a number of of Kamen’s different corporations. ARMI is one in all 14 websites below the federal umbrella of the community of regional institutes Manufacturing USA and the USA Division of Protection (DoD) that’s targeted on catalyzing particular and promising superior manufacturing expertise areas.

In December 2016, the DoD awarded ARMI an $80 million grant to function the public-private partnership BioFabUSA, which launched mid-2017. The consortium contains over 150 corporations, tutorial establishments, and not-for-profit organizations that declare to be researching and constructing the gear wanted to fabricate lab-grown organs on a big scale.

From bioprinting startups like Cellink and Xylyx Bio to tutorial establishments just like the College of Massachusetts Lowell, Northwestern College, the College of Vermont, the College of Notre Dame, and extra, they’re all collaborating to help the event of tissue and organ manufacturing capabilities. With members eligible for funding, over $33.three million has been authorized for initiatives to fabricate tissue-engineered medical merchandise up to now.

“I’m astounded by the 21st century science fiction performed by scientists within the area of regenerative drugs. I’m equally astounded by the science fiction of their labs, the place the handbook labor carried out by technicians is paying homage to Louis Pasteur’s laboratory. It’s wonderful that these miracles may be carried out with out trendy course of controls, robotics, and sensors, however this area will want 21st century engineering and manufacturing to mature into an trade able to manufacturing FDA-approved tissues on the scale they’re wanted,” described Kamen, government director of BioFabUSA. “BioFabUSA will construct the coalition of trade, academia, and authorities that I hope will make that occur and allow the following massive advance on the market.”

Whereas ARMI’s mission is to make sensible the large-scale manufacturing of engineered tissues and tissue-related applied sciences, the technical scope for BioFabUSA work contains improvements throughout 5 thrust areas:

Cell choice, tradition, and scale-up
Biomaterial choice and scale-up
Tissue course of automation and monitoring
Tissue maturing applied sciences
Tissue preservation and transport.

To hold this out, BioFabUSA claims to combine modern cell and tissue cultures with advances in 3D bioprinting, automation, robotics, and analytical applied sciences to create disruptive analysis and growth instruments and FDA-compliant quantity manufacturing processes.

The institutes becoming a member of the ARMI-BiofabUSA group, have the chance to work collectively to develop trade requirements and convey ground-breaking merchandise to the clinic and market, with the last word objective of fabricating on-demand organs within the working room (OR).

“The tutorial and industrial R&D group has performed an incredible job driving innovation within the area of regenerative drugs,” mentioned Graham Chynoweth, startup mentor at ARMI/BioFabUSA, when the College of Vermont (UVM) joined the high-profile regenerative drugs consortium on January, 2018. “Now it’s time to transfer from bench and medical scale to commercial-scale manufacturing. New and several types of expertise and experience are wanted for this transition to succeed.  We’re thrilled that UVM will likely be becoming a member of forces with us to help this transition and develop this expertise pipeline.”

Segway Inventor Hopes to Mass Produce Human Tissues and Organs 2 Tissue Foundry course of (Credit score: ARMI/BioFabUSA)

Claiming to concentrate on creating state-of-the-art manufacturing improvements in biomaterial and cell processing for crucial DoD and civilian wants, one of many initiatives below growth at ARMI’s BioFabUSA is the Tissue Foundry prototype manufacturing platform. In response to ARMI, the long-term objective of this challenge is to construct a modular, versatile, GMP-compliant, closed, and totally automated manufacturing line for engineered tissues.

But, all that we all know up to now is that, within the brief time period, the group has targeted on constructing a prototype modular manufacturing system for engineered tissues, which is able to serve to focus on functionality gaps to refine BioFabUSA’s focus areas. The road is designed to have 5 modules, which is able to concentrate on seed pool tradition, cell harvest and wash, scaffold fabrication, scaffold seeding and tradition, and closing packaging of the product. In the end, the manufacturing line could have a typical core, however be modular sufficient to permit for the manufacture of all kinds of tissue-engineered medical product constructs, and will likely be used for course of validation, early part medical manufacturing and can type the premise for expertise switch actions. We count on extra info to turn out to be accessible as soon as the tip of the DoD five-year contract concludes in 2021.

Segway Inventor Hopes to Mass Produce Human Tissues and Organs 3 On the DoD Manufacturing Institute, attendees can get a digital actuality tour of ARMI’s Tissue Foundry Line, the output of the road is that this bone-ligament-bone assemble (Credit score: ARMI/Rockwell Automation)

This is likely one of the many growth actions obligatory to realize the group’s objective of a scalable, modular automated, and closed tissue manufacturing line. Final yr, Kamen advised the brand new Tissue Foundry challenge may result in the manufacture of tissue to be examined in animals earlier than human medical trials and hoped animal trials may begin someday this yr.

Whereas engaged on this challenge for 4 years, many corporations have turn out to be members of ARMI and contributed expertise and funding. This contains industrial management system developer Rockwell Automation, which dedicated $10 million to ARMI to develop methods to scale up the manufacturing of latest applied sciences to provide tissues, resembling rising synthetic pores and skin for grafts. Regenerative drugs firm, CollPlant, provided its experience in bioinks, primarily based on its rhCollagen, as a constructing block for 3D bioprinting tissues and organs. Whereas Louisville-based Superior Options—one other ARMI member with a subsidiary on the Millyard campus—offered its six-axis robotic, the BioAssemblyBot 3D bioprinter, to construct organic constructions, resembling rising blood vessels exterior of the human physique. One other disclosed challenge comes from a group of biomedical engineers at Boston College, who designed a low price, single-use bioreactor prototype that may develop tissue that’s appropriate with the Tissue Foundry fabrication line.

Segway Inventor Hopes to Mass Produce Human Tissues and Organs 4 Low price, single-use bioreactor for ARMI’s Tissue Foundry challenge (Credit score: Boston College/DEKA R&D)

Along with analysis, ARMI’s BioFabUSA can also be targeted on workforce growth designed to create a brand new technology of staff to fill expert, excessive paying jobs in regenerative drugs that hardly exist right this moment. In partnership with the College of Minnesota and its 3D Bioprinting Facility, BioFabUSA is growing academic packages to help the 3D bioprinting expertise required to coach future employees. These packages contain exposing younger college students to 3D printing, particularly targeted bioprinting programs for two- and four-year diploma packages and graduate college, Veterans schooling, and even intense one-week workshop programs for trade professionals. The truth is, one of many benefits to undergraduate and graduate college students on the universities which might be a part of the BioFabUSA ecosystem are the internship and employment alternatives accessible to them.

Despite the fact that plenty of the details about the continued initiatives at ARMI-BioFabUSA has not been fully disclosed but, Kamen and the consortium members are satisfied that by working collectively, they may play an vital position in the way forward for medical expertise to advance the tissue manufacturing trade for curing sure ailments, like diabetes, renal failure, and limb loss. We’ll be looking out for extra info popping out of ARMI-BioFabUSA sooner or later.

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