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Here’s Where Oramed Fits Into The Diabetes Space – Seeking Alpha

Posted: February 18, 2017 at 3:40 am

Drug pricing is a drawing a lot of column space across both mainstream and financial news media right now, and some of the bigger players in the pharmaceutical and healthcare spaces are taking a hit as a result. It's an industry wide pressure factor, but there is particular focus right now on the diabetes market leaders including Sanofi SA (NYSE:SNY), Novo Nordisk A/S (NYSE:NVO) and Eli Lilly and Co. (NYSE:LLY). All of them are under investigation as part of a lawsuit rooted in allegations of price-fixing for insulin products.

How the suit will play out is anyone's guess.

It's going to be tough to prove anything as the very definition of "price-fixing" is quite ill defined and subjective anyway. Nonetheless, if prosecutors do manage to bring something to the table and the ruling goes against the companies in question, while for any one company the ramifications may be minimal, they are likely to be big for the direction of the diabetes industry as a whole.

Investors are picking up on this as a number of smaller diabetes plays are drawing increased speculative volume as the bigger players come under increased pressure. If these smaller companies can play their cards right, now could be a great time to wrestle some speculative attention away from the more established entities, and for smaller players to gain strength near to medium term.

One company that is attempting to do exactly that right now, and that looks to have an attractive pitch, is Oramed Pharmaceuticals Inc. (NASDAQ:ORMP).

The company's CEO, Nadav Kidron, featured on CNBC's Squawk Box earlier this week and highlighted both the potential impact of the company's insulin product on the treatment landscape, and the way that product plays into the great insulin pricing debate that now rages. Both sides of the story reinforce an already intriguing investment pitch, and make Oramed a compelling contender in the insulin/diabetes space going forward.

A quick introduction

Oramed has spent the last twelve months or so slowly crawling out from under the radar in the biotech space. The firm is an Israeli biotech that has developed a technology capable of enabling oral delivery for compounds that wouldn't normally be viable orally because of their pharmacologic composition and the pharmacokinetics associated with their administration. Oramed's flagship candidate is oral insulin, and with Novo Nordisk recently dropping out of the oral insulin space, Oramed is now pretty much all alone.

There are a few problems with oral insulin as a concept, and these problems are the root of the fact that no company has been able to bring an oral insulin to market to date.

The first is that insulin is very unstable in its naked form, and as a result, it is extremely difficult to get it to the liver without it being broken down along the way. Our gastrointestinal tract is built to break things down, and even the most resilient of material falls foul to enzymes in the stomach. On its own, insulin doesn't stand a chance. The second is that even if insulin does get past the stomach, uptake and absorption through the intestine are very tough to achieve. Without intestinal absorption through to the liver, the insulin is essentially useless.

ORMD-0801

Oramed's drug candidate ORMD-0801 has a built in combination of protease inhibitors and absorption enhancers to try and get the insulin through intact. As has been noted in past coverage of this company, the technology behind the absorption enhancers is unclear, with Oramed holding its cards close to its chest on the proprietary tech that underpins the process. What we can assume with relative certainty, however, is that the protease inhibitors distract the enzymes (the proteases) that would normally break down the insulin, while the absorption enhancers enhance intestinal permeability to facilitate uptake and get the insulin where it needs to be.

From there, ORMD-0801 employs the portal vein to get the insulin to the liver. This vein is the same transport route taken by naturally-produced insulin in its journey from the pancreas to the liver. By mimicking this route, the theory is that the liver can regulate the insulin administered similar to what happens in a normal healthy person. Intramuscular insulin needs to be measured manually each time it is injected with overdoses and underdoses a chronic problem, since the insulin cannot be regulated automatically.

Many will read this and say that oral insulin isn't going to replace injectable insulin, as this sort of delivery doesn't facilitate long-acting insulin administration. That's true, but there's a key point here that many who have looked at this company and denounced its prospects have missed - Oramed isn't trying to replace long acting (basal) insulin; at least not right now and not with ORMD-0801.

Application to type 1 diabetes

Type I diabetes patients will generally inject long-acting insulin daily, and also rapid acting insulin (bolus) before meals. The goal of this bolus administration is to stabilize blood sugar levels before meals. The problem is that administering both types of insulin through injection results in a large number of daily injections, and it's a really unpleasant and tough regimen to stick to. The latter administration type, the bolus admin, is what Oramed is trying to replace with ORMD-0801, with the goal (at least at the beginning) being to reduce the daily injection count.

And the data that the company has collected to date supports this replacement.

Patients that took one capsule of 8mg insulin before meals, three times daily, demonstrated an 11.5% reduction in mean glucose pretreatment to post treatment. In a Phase IIa study that followed up on this data, across 21 type 1 patients, Oramed was able to show a consistently lower blood glucose level (as measured by FPG) in dosed patients compared to placebo.

Application to type 2 diabetes

In type II diabetes, the drug has shown a similar promise. Again, here, Oramed is not trying to replace current standard of care. Instead, it's trying to delay the point at which patients need to start administering standard of care. Type II diabetes treatment is lifestyle-based initially, and then moves on to active injection therapy. Oramed is trying to add a middle stage between these two points with ORMD-0801, to reduce insulin resistance and stimulate insulin secretion with the goal of a delay in onset of severity.

And this takes us full circle to the price-fixing issue in diabetes treatment. It's this delay that the CEP pointed to as potentially providing cost-saving to the consumer and market as a whole in the interview linked above. This could become a key point in the ongoing conversation about insulin and drug-pricing as a whole.

Again, data is in place that supports this hypothesis. In a Phase IIa designed to confirm safety and tolerability across 30 type 2 patients, ORMD-0801 demonstrated a reduction not just in fasting glucose levels, but also in nighttime mean glucose levels and daytime glucose levels, when compared to placebo.

A follow up to this, a Phase IIb, replicated these results, but to a more impressive degree. Against a primary endpoint of a reduction in mean nighttime glucose, ORMD-0801 hit across a patient population of 180 patients. The dose was one pill, nightly, for a month.

China

There's a licensing deal in place right now with a Chinese entity that brought in a little over $600K revenues for the last quarter and that promises to bring in up to $38 million in milestone payments related to ORMD-0801's development. There's also the promise of 10% royalties on what amounts to a 500 million patient population of prediabetic Chinese patients. Remember, this is a prophylaxis target, not a responsive one at core.

Risk

The primary risk right now is the standard development stage biotechnology company risk - operational cash. Cash on hand was $2.3 million as of November 30, 2016, but as per the most recent company presentation, here, this had risen to $44 million by start Feb, 2017. Even with this degree of cash on hand, however, chances are we are going to see some degree of dilution near term unless Oramed can complete a direct offering, especially as the company moves towards the initiation of a registration trial in the type II target later this year. Pivotal trials are expensive, especially in an indication like type 2 diabetes, and the company will have one eye funding commercialization as and when the trial closes and an NDA submission follows.

If data comes out as supportive of an efficacy thesis, however, and ORMD-0801 reaches commercialization, this dilution should have minimal impact on an early stage holding.

So where are the catalysts coming from?

The primary catalyst is the initiation of a phase III trial in the type 2 indication. Based on company communication, the type 2 target is the first that will move into a registration study, and initiation is expected at some point during late 2017.

During the same timeframe, Oramed also intends to initiate a phase II multi site study to investigate the efficacy of its GLP-1 analogue, which is built on the same technology as the insulin assets.

Both events are value creating.

Disclosure: I/we have no positions in any stocks mentioned, and no plans to initiate any positions within the next 72 hours.

I wrote this article myself, and it expresses my own opinions. I am not receiving compensation for it (other than from Seeking Alpha). I have no business relationship with any company whose stock is mentioned in this article.

Editor's Note: This article covers one or more stocks trading at less than $1 per share and/or with less than a $100 million market cap. Please be aware of the risks associated with these stocks.

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Marshall researcher lands grant for diabetes – The Independent

Posted: February 18, 2017 at 3:40 am

HUNTINGTON A health professor and researcher at the Department of Family and Community Health at Marshall University has received a $1.3 million grant to support health care work for high-risk diabetes patients.

Dr. Richard Crespo said the funds from the Appalachian Regional Commission will aid community health workers in Kentucky, West Virginia, and Ohio. He said the grant supports the creation of care coordination teams, which work with patients in their homes and communities.

What community health workers can do is invaluable, especially with patients with chronic conditions who are at high risk, Crespo said. What we are doing with this project is engaging the health insurance companies in coming up with a system for reimbursing the health care agencies who are doing this care coordination for the high-risk patients.

Crespo said community health workers rely on grants for much of their funding, so the project is important to the continued care of patients.

The critical outcome of this grant is sustainable employment for the community health workers, he said.

Crespo estimated the funds will support approximately 25 community health workers care for about 625 high-risk diabetes patients with the goal of providing them with self-management skills to control their condition.

In Kentucky, he is working with Big Sandy Healthcare, which operates in Magoffin, Martin and Pike counties.

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Two slices of buttered toast a day doubles diabetes risk, study suggests – Telegraph.co.uk

Posted: February 18, 2017 at 3:40 am

They added that increasing evidence is suggesting plant based diets benefit health and also have less impact on the environment.

Butter is rich in unhealthy saturated fatty acids and trans fats and has been linked to a high risk of suffering type 2 diabetes, the form linked with obesity.

So the international team of researchers evaluated the associations between the amount of fat, and the type, consumed by 3,349 people in the PREDIMED (Prevention With Mediterranean Diet) and their risk of diabetes.

At the start the participants, who were all Spanish, were free of diabetes but at high risk of heart disease or stroke.

After four and a half years 266 of them had diabetes and this was twice as likely among those who consumed higher amounts of saturated fatty acids and animal fat.

The consumption of whole fat yogurt was associated with a lower risk, reports the American Journal of Clinical Nutrition.

Dr Marta Guasch-Ferre, of Harvard University, said: "These findings emphasise the healthy benefits of a Mediterranean diet for preventing chronic diseases, particularly type 2 diabetes, and the importance of substituting saturated and animal fats, especially red and processed meat, for those found in vegetable sources such as olive oil and nuts."

Diabetes UK says as well as being protective against type 2 diabetes, Mediterranean diets rich in fruit, vegetables and fibre can help people with diabetes to control their blood sugar levels.

Previous large-scale studies have linked a Mediterranean diet with a lower chance of developing diabetes.

A traditional Mediterranean diet is principally composed of oily fish, poultry fresh fruit and vegetables, legumes, fresh bread, pasta and olive oil.

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Biotechnology : Finger Lakes – flcc.edu

Posted: February 17, 2017 at 9:45 am

Biotechnology The Degree

Associate in Science (A.S.)

From altering the genetic information of plants and animals to producing cells to create pharmaceutical products, the science of biotechnology is using cutting-edge technology and the basic ingredients of life to benefit society. Through the biotechnology degree program at FLCC, you will participate in what many consider to be the most important applied science of the 21st century.

Career opportunities in biotechnology are diverse and intriguing. Areas that are explored include:

According to the Occupational Outlook Handbook, employment of biological technicians is expected to grow 10 percent from 2012 to 2022, about as fast as the average for all occupations.

The A.S. Biotechnology degree program is designed to prepare you for transfer into a four-year institution as a biotechnology or biology major. Additionally, our hands-on approach to supporting the development of a suite of laboratory skills will prepare you for entrance into the job market.

Skills and Methods: Courses in the program focus on skill development in the following areas:

Facilities: Facilities for the program include a fully equipped biotechnology lab, extensive spectrophotometric resources, cell culture and cryogenic equipment, electrophoresis equipment, high and low pressure liquid chromatography, and a 3L and 5L bioreactor for scale up of cell culture for protein expression.

FLCC's online learning offers you a flexible and convenient way to reach your educational goals. With this option, you can pursue your A.S. in Biotechnology at least 50 percent online. Learn more about FLCC online learning.

Upon completion of this degree program, students will be able to:

Research: Under the guidance of faculty members, you will have the opportunity to participate in undergraduate research projects. Furthermore, you will collect samples in the field and process DNA samples in the lab at FLCC.

Resources: This program will allow you the opportunity to benefit from FLCC's connection to Bio-Link, which is affiliated with Biotechnology Industry Organization. Bio-Link is an advanced technological education center, funded by the National Science Foundation (NSF), which enhances and expands biotechnology education programs. Bio-Link serves as an educational resource and acts as a network for employment opportunities.

The National Science Foundation recently established the Northeast Biomanufacturing Center and Collaborative. FLCC is the lead institution for the New York hub of this regional center, which is designed to support biomanufacturing in the Northeast United States. The biotechnology program will provide unique opportunities for you. For more information, visit the following links:

With the hands-on experience and lab skills obtained through this program, you will be well-prepared to transfer with junior standing status to four-year colleges and universities that offer biotechnology-related baccalaureate degrees. Some institutions offering a bachelor's degree in this field include:

In addition, FLCC holds an articulation agreement with Rochester Institute of Technology (RIT) that guarantees you entrance as a full junior into their Bachelor of Science Biotechnology program. While at RIT, you will be able to explore co-op opportunities during your senior year.

Careers and Salary: Upon completion of a four-year degree, graduates are qualified to fill jobs as:

According to the Occupational Outlook Handbook, the median annual salary for biological technicians was $41,650 in May 2015.

With a two-year degree in biotechnology, graduates can expect positions as:

As a biotechnology major, if you meet specific award criteria, you may apply for the following scholarships:

For more information on these scholarships, contact the FLCC Foundation.

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A Major Recovery Is Brewing In The Biotech & Healthcare Space – ETF Daily News (blog)

Posted: February 17, 2017 at 9:45 am

February 17, 2017 6:33am NASDAQ:IBB NYSE:XLV

From Taki Tsaklanos: Biotechnology was once the darling of stock market investors. Not so anymore, since the summer of 2015 the sector collapsed from 400 points to 250 points in the IBB ETF.

Likewise, the health stock market sector lost its status of outperformer as the XLV ETF went from 75 points to 62 points. Note that biotech is part of the health sector (XLV).

Biotechnology is now showing the first signs of life. The IBB ETF is up 3 percent on the week.

We warned readers to watch closely the 250 level in this alert: Biotechnology and Health Sector Testing Long Time Support. Later on, we noticed that biotech refused to break down, and started to show a pattern of higher lows. Right now, the biotech stock market sector is testing a breakout level. Things will really get bullish once 300 points in the IBB ETF is cleared.

The iShares NASDAQ Biotechnology Index ETF (NASDAQ:IBB) fell $1.78 (-0.61%) in premarket trading Friday. Year-to-date, IBB has gained 10.40%, versus a 5.01% rise in the benchmark S&P 500 index during the same period.

IBB currently has an ETF Daily News SMART Grade of A (Strong Buy), and is ranked #2 of 36 ETFs in the Health & Biotech ETFs category.

The broader healthcare sector (XLV ETF) looks even more interesting. It recovered its losses, and is now ready to test all-time highs. Make no mistake, 75 points is a very important price level. A triple-test is significant as, mostly, three tests are sufficient for a breakout. However, a failure to breakout, after 3 tests, is bearish to say the least.

The Health Care SPDR ETF (NYSE:XLV) was unchanged in premarket trading Friday. Year-to-date, XLV has gained 6.70%, versus a 5.01% rise in the benchmark S&P 500 index during the same period.

XLV currently has an ETF Daily News SMART Grade of A (Strong Buy), and is ranked #1 of 36 ETFs in the Health & Biotech ETFs category.

This article is brought to you courtesy of Investing Haven.

Tags: biotech Health Care NASDAQ:IBB NYSE:XLV

Categories: NASDAQ:IBB NYSE:XLV

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Hoa Lac park hoped to become IT, biotechnology start-up centre … – VietNamNet Bridge

Posted: February 17, 2017 at 9:45 am

The Government will issue a new decree on mechanisms for the Hoa Lac Hi-Tech Park, enabling it to play an extremely important role in enhancing the countrys science and technology capacity, Prime Minister Nguyen Xuan Phuc has said.

Prime Minister Nguyen Xuan Phuc visits a production facility of Vietnam Post and Telecommunication Industry Technology JSC at Hoa Lac Hi-Tech Park

The PM and other Government and ministry officials visited the park on February 16.

Located in Thach That and Quoc Oai districts, Hanoi, on a land area of 1,586 hectares, the Hoa Lac Hi-Tech Park is expected to become a science city hosting investors in biotechnology, information communication, new material technology, and automation.

Modern infrastructure is being built at the park using the State budget and the official development assistance (ODA) supported by the Japanese government.

According to the parks management board, it has so far received 1,530 hectares of land out of the total 1,586 hectares.

The park counts 78 valid investment projects, including nine foreign ones, with a total registered capital of over 60 trillion VND (2.68 million USD), in the spheres of high technology, training, trade and services, and social infrastructure.

Thirty-six projects have been put into operation, involved by more than 10,000 people.

The total import-export turnover was estimated at over 2.4 billion USD in 2016.

FPT is currently the biggest investor of the park with two projects: FPT Software Village and FPT University.

After touring several infrastructural facilities and investment projects, the PM noted the foremost task is to build a brand for the Hoa Lac Hi-Tech Park to draw investors.

He pointed out a raft of shortcomings facing the park, including few hi-tech projects in comparison with that in other industrial parks and snail-speed land clearance.

He asked the Park Management Board and the capital city of Hanoi to complete land clearance this year while entrusting the Ministry of Planning and Investment and the Ministry of Finance to report him a plan to supplement capital for land clearance and technical infrastructure construction at the park.

The PM tasked the Ministry of Science and Technology and the Management Board to coordinate with Hanoi authorities along with the Vietnam Chamber of Commerce and Industry, the Government Office, and the Ministry of Planning and Investment to promote investment in the coming time, while ensuring environmental protection and sustainable development.

Apart from infrastructure investment, it is necessary to select and draw knowledge-intensive manufacturing businesses to create high-quality and internationally-recognised products, he advised.

The government leader also suggested persuading domestic scientists to seek technical solutions for pilot production.

Once in six months, the PM or Deputy PM will visit the park to seek to remove difficulties arising during the process of implementing the project, he added.

He expressed his hope that the Hoa Lac Hi-Tech Park will become an information technology and biotechnology start-up centre in the country.

VNA

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Maastricht, the Netherlands, Selected to Host European Congress on Biotechnology 2020 – Exhibitor Online

Posted: February 17, 2017 at 9:45 am

2/16/2017 The Executive Board of the European Federation of Biotechnology has selected Maastricht as the host city for their flagship congress from 28 June 1 July, 2020. The European Congress on Biotechnology is the longest established congress in biotechnology and attracts 1,000+ delegates from academia and industry. The scientific programme covers the spectrum of biotechnologies, reflecting the EFBs mission to promote the safe, sustainable and ethical use of biological systems for the benefit of mankind.

Jeff Cole, Vice President, EFB and Chair of the Congress Organising Committee, announced the win for Maastricht, saying Following a competitive process, we are delighted to confirm Maastricht as our host destination for ECB 2020. We were particularly impressed with the Local Organising Committee members from the Dutch Biotechnology Society who have committed their time and connections to ensure we have an outstanding scientific programme and the essential support of industry. The strength of Maastricht as a biotechnology hub will undoubtedly be an attraction for our delegates.

Caroline Windsor, TFI Group - professional conference organiser for the EFB added Maastricht is a superb location for ECB 2020. The MECC lends itself to our congress requirements including integrated space for exhibition, posters and catering as well as multiple auditoria for concurrent sessions. The city is compact with a good choice of hotels and social programme venues for networking out of conference hours.

The bid was led by Jurgen Moors, Managing Director, Maastricht Convention Bureau and Jordy Rijksen, Business Development Manager, Maastricht MECC. They reacted to the news by saying On behalf of the city of Maastricht and the Maastricht Convention Bureau we can state we are pleased to hear that Maastricht has officially been selected as destination for the 2020 edition of the ECB. This underlines that everything our city has to offer, the proactive local congress community and the fact that the Maastricht Region is internally recognised as a main European hub in the field of biotechnology were main decisive criteria for the Executive Board of the European Federation of Biotechnology.

The scientific ambassadors for the bid, Prof. Aldrik Velders, Chair of the BioNanoTechnology Group at Wageningen University, and Dr Emile van de Sandt, Director Research & Development of DSM Sinochem Pharmaceuticals, added The Dutch Society of Biotechnology is very pleased to host the ECB2020. With our strong academic and industrial network we are looking forward to organising an inspiring conference that will bring together scientists from all over Europe that are active in the more established as well as emerging fields of Biotechnology.

The biennial European Congress on Biotechnology circulates to cities that are centres of excellence in biotechnology. The ECB2018 congress will be in Geneva from 1 4 July 2018: for more information, see http://www.ecb2018.com.

The Maastricht Convention Bureau is the intermediary to promote convention and meeting visits to Maastricht and surroundings. Our goal is to make a structural contribution to the economic development of Maastricht and surroundings. The Maastricht Convention Bureau office is situated in building where the offices of MECC Maastricht are located as well. The complete address details are: Maastricht Convention Bureau | Duboisdomein 5b | 6229 GT MAASTRICHT | THE NETHERLANDS

Contact: info@maastrichtconventionbureau.com

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This startup preserves your cells for the future, to capitalize on … – GeekWire

Posted: February 17, 2017 at 9:45 am

Silene Biotech co-founders Alex Jiao, left, and Jenna Strully. (Silene Biotech Photo)

Silene Biotech wants to help you grow a new heart or liver, in case those organs fail when you get older. The ambitious Seattle startup founded two years ago and a member of the 2017 TechStars Seattle class today is launching a new service that freezes and stores your white blood cells so they can be used decades later when troubling ailments set in.

The big idea? You could preserve the cells from your 23-year-old body for use when you are 65, and possibly facing life-threatening diseases.

Founded by four Seattleites, including two former University of Washington researchers, Silene is on the cutting-edge of a new field of regenerative medicine, which rebuilds parts of the body.

While growing a new heart with your own cells may be decades off, two of Silenes co-founders, Alex Jiao and Jenna Strully, believe preparing for those medical breakthroughs now could be a huge advantage.

Jiao and Strully came up with the idea for Silene after meeting in a science business class at the University of Washington, where Jiao was studying bioengineering and Strully, who is also a medical doctor, was in the MBA program.

They competed in the UWs business plan competition and won some initial funding during the process. The startup has raised $450,000 in total from UW grants and awards, angel investments, the founders own cash and funds from TechStars.

Jiao, who is just28 years old, said he hopes the startup will educate and raise awareness and provide a service, along with pushing the needle towards personalized medicine, a kind of medicine that tailors treatments to specific individuals.

The company was originally named miPS Labs, a nod to its focus on induced pluripotent stem (iPS)cell technology. Unlike most stem cells, which naturally occur in the body, these cells are engineered from an average adults white blood cells and could be used in regenerative medicine to grow extra tissue or even entire organs.

The first applications of this regenerative medicine technology are starting to hit clinical trials, Jiao said.

But the older we get, the less effectively the process works, he said. Silene Biotech is collecting and storing cells now, so customers can use them years or decades down the line.

Part of their plan is a newly-developed collection system. Instead of collecting urine samples, which the startup did in their beta trial, it is now partnering with Bloodworks Northwest to collect samples of customers blood.

Starting Thursday, customers can sign up to have blood drawn at Bloodworks Northwests downtown Seattle location.Jiao said they will soon also be taking samples at other Bloodworks locations throughout the Northwest.

The sample will then be processed by the company and stored in a facility in Indianapolis, far from Seattles threat of disruptive earthquakes. The service costs $299 for the initial processing and first year of storage, and $50 per year after that.

Customers can access their cells at any time, retrieving them to be used in medical procedures. The cells areanonymized during processing to protect patient confidentiality, and customers also retain the right to have the cells destroyed at any time.

Theres no way to know exactly what these cells could be used for in the future, but early possibilities includegrowing tissue to repair organs, using lab-grown tissue to test patients for drug resistance, and even growing entire organs for patients who need transplants.

To explain the possible uses of these specialized cells, Jiao cited the first clinical trial in which they were studied. In the trial, researchers took skin cells from a patient with vision loss and converted them into lab-grown stem cells. The cells were then grown into retinal cells and implanted in the patients eye, and halted her vision loss.

Maybe a decade or so off is when well really start seeing the fruits of this research turn into viable therapies that can treat and cure diseases, and maybe a couple more decades until we can regrow entire organs, Jiao said. Were not going to grow a heart tomorrow, he said, but trials are about to begin that aim to growing parts of a heart.

While iPS cells are the area of Jiaos expertise, he said the company changed its namebecause itrealized there were many more applications to its service than just iPS cells. Stored white blood cells are being studied as a treatment for Leukemia, for example.

But the switch was also inspired by a remarkable story.

In 2007, in the Northern reaches of Siberia, Russian scientists dug up a cache of seeds hidden by a squirrel. The seeds were estimated to be 32,000 years old.

A few years later, scientists were able togerminate one of the seeds and grow it into an adult plant: the silene stenophylla. That seed is officially the oldest living organism to survive being frozen.

Jiao said he hopes Silene Biotech will do a better job than squirrels did 32,000 years ago.

We caught up with Silenes founders for this Startup Spotlight, a regular GeekWire feature. Keep reading for a Q&A with Jiaoand Strully, and check out all our Startup Spotlights here.

Explain what you do so our parents can understand it:We store your younger cells today so you can use them in personalized therapies and diagnostics in the future.

Inspiration hit us when: Alex (Jiao) worked on deriving patient stem cells and turning them into heart cells and he realized he could be doing this easily for himself.

VC, Angel or Bootstrap: Bootstrap and angels. Need a fair amount of capital to start a lab, now trying to prove the market.

Our secret sauce is: Our passion, backgrounds, and our partnerships with UW and BloodworksNW

The smartest move weve made so far: Switching to blood and partnering with BloodworksNW

The biggest mistake weve made so far: Not moving faster

Would you rather have Gates, Zuckerberg or Bezos in your corner: Zuckerberg. Goals are more in line regarding biotech, pretty audacious (Chan + Zuckerberg initiative).

Our favorite team-building activity is: Grabbing snacks or meals (team loves food).

The biggest thing we look for when hiring is: Chemistry

Whats the one piece of advice youd give to other entrepreneurs just starting out: Meet and talk to everyone and keep an open mind.

Company Site: http://www.silenebiotech.com

Twitter: http://www.twitter.com/silenebiotech

LinkedIN: https://www.linkedin.com/in/silenebiotech

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Mayo researcher Abba Zubair is sending stem cells for study on the International Space Station – Florida Times-Union

Posted: February 17, 2017 at 9:45 am

As a boy growing up in Nigeria, Abba Zubair dreamed of becoming an astronaut.

But as he prepared to apply to college, an advisor told him to find a different path.

He said it may be a long time before Nigeria sends rockets and astronauts into space, so I should consider something more practical, Zubair saud.

He decided to become a physician, and is currently the medical and scientific director of the Cell Therapy Laboratory at the Mayo Clinic in Jacksonville. And while hell almost certainly never get to make a journey outside the Earths atmosphere himself, if the weather stays good Saturday hell be sending a payload into space.

A SpaceX Falcon 9 rocket is scheduled to launch at 10:01 a.m. Saturday from the Kennedy Space Center on a cargo delivery mission to the International Space Station. Among the cargo it will be carrying are several samples of donated adult stem cells from Zubairs research lab.

Zubair believes adult stem cells, extracted from bone marrow, are the future of regenerative medicine. Currently at the Mayo Clinic in Jacksonville they are being used in clinical trials to treat knee injuries and transplanted lungs.

But a big problem with using stem cells to treat illnesses is that it may require up to 200 million cells to treat a human being and the cells take a long time to reproduce. Based on studies using simulators on Earth, Zubair believes that the stem cells will more quickly mass produce in microgravity.

Thats the hypothesis hell be testing as the stem cells from his lab spend a month aboard the space station. Astronauts will conduct experiments measuring changes in the cells. They will then be returned on an unmanned rocket and Zubair will continue to study them in his lab.

We want to undersrand the process by which stem cells divide so we can grow them at a faster rate and also so we can suppress them when treating cancer, he said.

Zubair became interested in the idea of sending stem cells into space four years ago, when he learned of a request for proposals that involved medicine and outer space. Hes been trying to arrange to send stem cells into space for three years.

In May 2015, he sent stem cells to the edge of space as a hot-air balloon carried a capsule filled with cells from his lab to about 100,000 feet then dropped the capsule. The idea was to test how the cells handled re-entry into the Earths atmosphere.

It turned out well, he said. The cells were alive and functioning.

Zubair was supported in that effort as he is being supported in sending cells to the space station by the Center for Applied Science Technology. Its chief executive is Lee Harvey, a retired Navy pilot and former astronaut candidate who lives in Orange Park.

While stem cells have myriad potential medical applications, one that particularly interests Zubair is the use of them in treating stroke patients. Its a personal cause to Zubair, whose mother died of a stroke in 1997.

Weve shown that an infusion of stem cells at the site of stroke improves the inflammation and also secretes factors for the regeneration of neurons and blood vessels, he said.

Zubair hasnt entirely given up on his old dream of being an astronaut. Hes applied for the civilian astronaut program. But he doesnt expect that to happen.

Im not sure I made a cut, he said. I just wanted to apply.

And he realizes what a long, strange trip hes made.

I have come so far from Africa to here, he said, and now Im sending stem cells into space.

Charlie Patton: (904) 359-4413

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Mayo researcher Abba Zubair is sending stem cells for study on the International Space Station - Florida Times-Union

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Takeda, TiGenix stem cell therapy shows sustained effect – FierceBiotech

Posted: February 17, 2017 at 9:44 am

Takeda and TiGenix have presented 52-week data on their allogeneic expanded adipose-derived stem cells in Crohns disease patients with treatment-refractory complex perianal fistulas. The data show the Cx601 stem cells continue to outperform placebo one year after administration.

TiGenix presented the 24-week data from the successful phase 3 trial back in 2015, sparking a surge in its stock price and setting it up to land a deal with Takeda. Last year it followed up with the release of a first look at 52-week results confirming the efficacy outcomes seen in the earlier data drop.

Takeda and TiGenix have now shared another overview of the 52-week data at the 12th Congress of the European Crohns and Colitis Organisation (ECCO). The abstract includes treatment-related adverse event data that were absent from TiGenixs original release, but included in subsequent presentations.

Those 52-week data confirm the positive safety profile seen in the 24-week results. The rate of treatment-emergent adverse events was lower in the Cx601 cohort than the placebo plus standard of care arm at both time points. The same is true when only serious adverse events are analyzed.

The safety results complement the previously-released efficacy data. Among the 62% of patients who completed the 52-week follow-up, the results were comparable to those generated after 24 weeks. In the Cx601 arm, 56.3% of the modified intention-to-treat (mITT) population achieved combined remission after 52 weeks, compared to 51.5% after 24 weeks. The respective figures for the placebo cohort are 38.6% and 35.6%. The mITT population included all patients to undergo at least one post-baseline efficacy evaluation.

These data highlight that the efficacy and safety of a single administration of Cx601 were maintained during one year of follow up, TiGenix CMO. Marie Paule Richard said in a statement. It is important to also note that the definition of combined remission used in the ADMIRE-CD study, which includes both clinical and radiological assessment by MRI, is more stringent than the criteria commonly used in previous large scale, randomized clinical trials evaluating perianal fistulas in Crohns disease, based only on clinical assessment.

Relapse rates in the Cx601 group were rarer, too. Three-quarters of participants who responded to Cx601 after 24 weeks made it to 52 weeks without relapsing. The number falls to 55.9% among the placebo cohort.

TiGenix is hoping the data will prove compelling enough to secure a regulatory approval in Europe later this year. In parallel, TiGenix is setting up another phase 3 trial designed to deliver data to support approval in the U.S.. TiGenix expects the trial to start later this year.

Shares in TiGenix traded up 4% shortly after the stock exchange in Brussels opened for the day.

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Takeda, TiGenix stem cell therapy shows sustained effect - FierceBiotech

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