We recently reported the existing news that our portfolio partner, Provia Laboratories LLC (Provia), had engaged US Capital Partners Inc. (US Capital) as its strategic advisor for a $2M capital raise.
The details of the engagement are now available at http://www.provialabs.com/investor-relations.
Prove are planning to utilise the new financing primarily to grow its sales and marketing function to support new products and services.
A full press release on the engagement is now available by clicking on this link.
Scott Wolf, President and Director of Research for Grace Century, commented “Grace Century is thrilled to have handed over the reins to Provia’ s first Institutional funder U.S. Capital. As a Board advisor, we will continue to assist in all other areas, especially in help Provia expand here in the Middle east and Asia.”
Once again, Store-A-Tooth is in the news.
Recently, Store-A-Tooth – the dental stem cell storage system created by Grace Century project partner Provia – started accepting Canadian teeth to be frozen and stored in its Massachusetts lab, which stimulated new media attention and further opinion from medical professionals, as recent article on Global News reported.
Dr. Joe Laning is Provia’s chief technology officer, and he recently said “Cellular medicine is going to be a big part of what we rely on to rebuild broken parts of the body. Theoretically, I think (teeth stem cells) would be used for reconstituting organ function or to build bone.”
Dr. Laning says teeth should be transited to the company’s special transport kit within 48 hours of being pulled to ensure the best results in terms. So far, 60 Canadians have sent their baby teeth to Store-A-Tooth.
Read the fill story and watch the video on Global News here.
A recent article on Fox News chronicles the story of Juno Wozniak, who diagnosed with Diabetes when just 11 months old
Her mother Billie Sue had feared her daughter was an risk of a significantly shorter life span, however she soon learned about encapsulation therapy, in which an encapsulated device containing insulin-producing islet cells derived from stem cells is implanted under the skin. She then discovered Store-A-Tooth, and subsequently Juno had 4 teeth extracted and stored so her stem cells could be cryopreserved and potentially used for future encapsulation therapy.
Billie is aware that this approach is“a risk” and she “doesn’t know for sure if it will work out,” however there is an increasing body of medical evidence to suggest that stem cell therapy has huge potential for future treatments of multiple illness, with type 1 diabetes being high on the list of possibilities.
Read the full Fox News article here.
Scientists believe they are on the brink of a cure for congenital deafness after producing stem cells to correct a hereditary defect.
Researchers have found a way of growing human cochlear cells which can be used to replace faulty ones in people deaf from birth due to a genetic error.
They hope a treatment could be available to patients within five to 10 years.Professor Kazusaku Kamiya, a specialist in ear diseases who is leading the research,
In the past, people having babies were making decisions about banking stem cells in the delivery room. Now, they may get a second chance, when their kids are sitting in the dentist’s chair.
Stem cells harvested through umbilical cords, or blood banking, has been one way. Parents have been taking precautionary steps to protect their children’s health should disease or injury strike down the road.
Now there is a less invasive way as researchers say there are viable stem cells in our teeth.
Very few people actually know that baby teeth can be harvested and cryogenically preserved to potentially save lives in the future.
A story, recently published in Northeast Herald tells about Dr. Douglas Colthurst of Colthurst DDS General Dentistry, based in McHenry, IL, who recommends his patients to donate their teeth to dental stem cell banks.
About 10 years ago, Colthurst received a dental stem cell banking newsletter and decided to take advantage of it.
LITTLETON, MA (PRWEB) SEPTEMBER 29, 2016
The proper collection, transport, processing, testing and preservation of stem cells is a crucial and significant part of the regenerative medicine value chain and stem cell therapy. The stem cell therapy market is estimated to exceed $180B in 2030 (Frost and Sullivan). In preparation for a future where stem cell therapies are a significant part of healthcare, companies have provided stem cell banking services from bone marrow and umbilical cord blood for over two decades. Thousands of patients have been treated with stem cells and well over a million families have privately preserved stem cells for their families own future use.
Actual replication of human organs is gradually migrating from science fiction to real life. Nano Dimension, a company specializing in the production of 3D printers is taking the first steps to make this a reality.
The company’s collaboration with another biotechnology firm – Accellta -resulted in the development of a technology which is based on mixing stem cells with the 3D printer ink. The mixture is expelled through 1000 tiny nozzles of Nano Dimension’s DragonFly 3D printer and forms an actual, functional human tissue.
As anyone who has undergone the procedure can testify, the removal of a wisdom teeth can often be an unpleasant experience, but for one family this very procedure resulted in some unexpected benefits.
A 20-year-old college student Steven Lewis suffers from type one Diabetes, as does his 16-year-old sister. However, they both believe that one day their teeth will become a source of cure for their disease.
Once again we see the news media covering the recent scientific findings on stem cells and the significant progress made in recent years to give hope to finding cures for a wide scope of diseases and regrowth of tissues or bones.A recent video news feature on azfamily.com looks at the new methodologies of stem cells harvesting and in particular the use of babyteeth teeth as a source, with the article featuring Grace Century project partner Provia Labs and their dental stem cell storage product Store-A-Tooth as a perfect example of how the possibilities afforded by dental stems can become a clinical reality in the the future.
Patient can request the stem cells extraction from the removed teeth, with collected samples then being frozen and stored for possible use in years to come.