Rael-Science Post: Injection to Regrow Damaged Tissue Underway

Akanimo Sampson

Akanimo Sampson

Over the years, a simple injection that can help regrow damaged tissue has long been the dream of physicians and patients alike.
According to a Rael-Science post, a new study from researchers at UBC Okanagan is moving that dream closer to reality with a device that makes encapsulating cells much faster, cheaper and more effective.
“The idea of injecting different kinds of tissue cells is not a new one,” says Keekyoung Kim, assistant professor of engineering at UBC Okanagan and study co-author.
“It’s an enticing concept because by introducing cells into damaged tissue, we can supercharge the body’s own processes to regrow and repair an injury.”
Kim says everything from broken bones to torn ligaments could benefit from this kind of approach and suggests even whole organs could be repaired as the technology improves.
The problem, he says, is that cells on their own are delicate and tend not to survive when injected directly into the body.
“It turns out that to ensure cell survival, they need to be encased in a coating that protects them from physical damage and from the body’s own immune system,” says Mohamed Gamal, doctoral student in biomedical engineering and study lead author.
“But it has been extremely difficult to do that kind of cell encapsulation, which has until now been done in a very costly, time consuming and wasteful process.”
Kim and Gamal have solved that problem by developing an automated encapsulation device that encases many cells in a microgel using a specialized blue laser and purifies them to produce a clean useable sample in just a few minutes. The advantage of their system is that over 85 per cent of the cells survive and the process can be easily scaled up.
“Research in this area has been hampered by the cost and lack of availability of mass-produced cell encapsulated microgels,” says Kim. “We’ve solved that problem and our system could provide thousands or even tens of thousands of cell-encapsulated microgels rapidly, supercharging this field of bioengineering.”
In addition to developing a system that’s quick and efficient, Gamal says the equipment is made up of readily available and inexpensive components.
“Any lab doing this kind of work could set up a similar system anywhere from a few hundred to a couple of thousand dollars, which is pretty affordable for lab equipment,” says Gamal.
The team is already looking at the next step, which will be to embed different kinds of stem cells — cells that haven’t yet differentiated into specific tissue types — into the microgels alongside specialized proteins or hormones called growth factors. The idea would be to help the stem cells transform into the appropriate tissue type once they’re injected.
“I’m really excited to see where this technology goes next and what our encapsulated stem cells are capable of.”
The study was published in the journal Lab on a Chip with funding from the Natural Sciences and Engineering Research Council of Canada and the Canadian Foundation for Innovation.
Story Source: Materials provided by University of British Columbia Okanagan campus.

Our motto is: ‘We stand for the truth, irrespective of who tells it’. Driven by this philosophy, our aim has been to create a platform where every voice, every narrative – provided they are decently expressed –  is allowed expression. Our belief is that by promoting unfettered competition of ideas, the truth will eventually emerge. Obviously, doing this while resisting any temptation to be captured by any special interest or tendency makes survival as an online newspaper more challenging. This is why we will appreciate any support from our readers:

Bank details:

Account Name: The News Chronicle
Bank: UBA
Account No.: 1022603956 (Naira)

Domiciliary Account  – dollar-denominated:
Bank:  UBA
Account Number: 3002835294 ($)

Please email details of your bank transfer to: publisher@thenews-chronicle.com or send them by WhatsApp to: 07058078841

Professor Jideofor Adibe

Publisher

Leave a Reply

Your email address will not be published.

Related Posts

ADVERTISEMENT

What's New?

ADVERTISEMENT

Recommended