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PDS Biotech Reports An Inducement Grant Under NASDAQ Listing Rule 5635(c)(4)

Posted: December 24, 2021 at 1:57 am

FLORHAM PARK, N.J., Dec. 23, 2021 (GLOBE NEWSWIRE) -- PDS Biotechnology Corporation (Nasdaq: PDSB), a clinical-stage immunotherapy company developing novel cancer therapies and infectious disease vaccines based on the Company’s proprietary Versamune® T-cell activating technology, today announced that the compensation committee of the board of directors of the Company approved, on December 20, 2021, an equity award to Michael Lalond, the Company’s new Director of Quality Assurance, as a material inducement to Mr. Lalond entering into employment with PDS Biotech.

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Aeterna Zentaris Appoints Giuliano La Fratta as Chief Financial Officer

Posted: December 24, 2021 at 1:57 am

– Well-established finance professional with over 20 years of experience gained in pharmaceutical, biopharma and professional services sectors

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Vaxxinity Reports Third Quarter 2021 Financial Results and Provides Corporate Updates

Posted: December 24, 2021 at 1:57 am

DALLAS, Dec. 23, 2021 (GLOBE NEWSWIRE) -- Vaxxinity, Inc. (Nasdaq: VAXX), a U.S. company pioneering the development of a new class of immunotherapeutic vaccines, today reported financial results for the third quarter ended September 30, 2021.

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Sosei Heptares Announces Antitrust Clearance of License Agreement with Neurocrine Biosciences

Posted: December 24, 2021 at 1:57 am

TOKYO, Japan and CAMBRIDGE, United Kingdom, Dec. 23, 2021 (GLOBE NEWSWIRE) -- Sosei Group Corporation (“Sosei Heptares”; TSE: 4565) today announces that in connection with the Collaboration and License Agreement (“License Agreement”) with Neurocrine Biosciences, Inc. (“Neurocrine Biosciences”) announced 22 November 2021, the applicable waiting period under the Hart-Scott-Rodino Antitrust Improvements Act of 1976 (“HSR Act”) expired on 22 December 2021. As such, the License Agreement became effective on 22 December 2021. With completion of the applicable waiting period under the HSR Act, under the terms of the License Agreement Neurocrine Biosciences has agreed to pay Sosei Heptares an upfront payment of US$100 million, with the amount to be recognized as revenue in the fourth quarter of the financial year ending December 31, 2021.

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FDA Authorizes Marketing of 22nd Century Group’s VLN® as a Modified Risk Tobacco Product

Posted: December 24, 2021 at 1:57 am

BUFFALO, N.Y., Dec. 23, 2021 (GLOBE NEWSWIRE) -- 22nd Century Group, Inc. (Nasdaq: XXII), a leading agricultural biotechnology company focused on tobacco harm reduction, reduced nicotine tobacco, and improving health and wellness through modern plant science, announced today that the U.S. Food and Drug Administration (FDA) has authorized the marketing of the Company’s VLN® King and VLN® Menthol King reduced nicotine content cigarettes as modified risk tobacco products (MRTPs). In doing so, the Agency found that VLN® – which smokes, tastes, and smells like a conventional cigarette but contains 95% less nicotine than conventional, highly addictive cigarettes – “help reduce exposure to, and consumption of, nicotine for smokers who use them.”

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Northern Colorado Doctor Researching New Treatment Options …

Posted: December 24, 2021 at 1:55 am

Back pain is the second most common reason for physician visits in the United States and the most common cause of missed work

(PRWEB) March 20, 2017

Northern Colorado residents suffering from back pain due to degenerative discs may soon have new treatment options. Dr. Kenneth Pettine, founder of The Rocky Mountain Associates in Orthopedic Medicine, has been researching the use of mesenchymal stem cells to alleviate back pain, reduce swelling, and give patients relief without the use of surgery.

Back pain is the second most common reason for physician visits in the United States and the most common cause of missed work, said Dr. Pettine. The consensus among spine surgeons is patients with more than two segments of discogenic back pain have no surgical options and poor prognosis. This mesenchymal stem cell therapy could change that.

Dr. Pettine has been researching the use of mesenchymal stem cells in back pain treatment for years and has been releasing exciting findings about the potential relief for back pain sufferers. Mesenchymal are one type of stem cell and are responsible for modulating the immune system, has anti-inflammatory properties, and is the main cell thats responsible for helping the body recover from back and neck injuries. It can also help treat degenerative disc diseases, which is central to Dr. Pettines research.

In recently released research, Dr. Pettine tested mesenchymal stem cell therapy by injecting 146 patients suffering from back pain originating in three or more discs. He concluded that that the results are superior to those reported for surgery done on one or two discs. The patients getting the treatment reported better improvement in their condition and had fewer complications versus surgical patients.

The economic and emotional impact of chronic low back pain on both society and the individual patient is significant, said Dr. Pettine. Many of these patients are unable to work due to their condition and treatment can cost millions of dollars over a lifetime. This new therapy could be a new option for them that promises better results and greater recovery.

If you are interested in learning more about Dr. Pettines research about mesenchymal stem cells to treat degenerative back pain, you can visit his website http://www.KennethPettine.com for more information.

About Dr. Kenneth PettineDr. Pettine has been the principal author of 18 FTA studies with Biologics and non-fusion implants and is considered a pioneer in the field. He founded The Rocky Mountain Associates in Orthopedic Medicine in 1991 to offer patients a non-fusion surgical option for their neck and back pain. He co-invented the FDA-approved Prestige cervical artificial disc and the Maverick Artificial Disc. He is currently focused on the use of Mesenchymal stem cell therapy. You can learn more about the therapy and Dr. Pettine at his website, http://www.KennethPettine.com.

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Christmas Wish: 4-year-old just wants life-saving treatment for her twin brother – FOX 31 Denver

Posted: December 24, 2021 at 1:55 am

DENVER (KDVR) Most kids want toys under the tree this Christmas, but one Colorado 4-year-old just wants her brother to have a chance at a longer life.

Amber Freed has four-year-old twins, one girl and one boy. Her daughter is completely typical but her son has a rare disease.

Her son Maxwell got the terminal diagnosis just months into his life. Childrens Hospital Colorado broke the news that his disease is so rare that less than 50 people in the world have the disease and Maxwell was one of them.

Her son Maxwell was diagnosed at childrens hospital with a disease so rare it only had a number, not a name SLC6A1.

Maxwell suffers Parkinsons-like symptoms, seizures, severe movement and speech disorders, and intellectual disability.

Also, doctors told her other doctors couldnt do anything to help; she was advised to start calling scientists. She called 300 of them in one month.

You can actually replace the gene in a childs body that is not working well. I finally met the scientists that I trusted my sons life with. And we made a plan to cure this disease together. It was going to take a lot of hard work, hunting scientists from all over the world. To work on this and you descend, but I was also going to need to raise $4 million, said Amber Freed.

Amber didnt waste any time, she started a foundation nicknamed Milestones for Maxwell. So far she has raised $3.5 million, mostly through small increments on gofundme. Now she needs just $500,000 more by the end of the year.

Since summer 2018 mom Amber Freed has been fighting to raise money for a clinical trial and gene replacement therapy.

She explains how a global pandemic set them back 18 months.

COVID has been terrible for rare diseases because all of a sudden, it makes the most sense to fund COVID related scientific projects. And at the beginning of the pandemic, nobody could go in to take care of our mouse colonies and our stem cells. And so our experiment started dying. COVID set us back 18 months if youre in competition with COVID, that probably every person will get at some point, over a super rare pediatric disease, of course the funding will go to COVID.

Until they can raise this money, Amber said Maxwell is living on borrowed time and worries every day could be his last.

You can donate to their GoFundMe Page here

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Stem cell agency: Following the money – and its performance – Capitol Weekly

Posted: December 24, 2021 at 1:52 am

One year ago this month, a $5.5 billion wave washed over Californias ambitious stem cell agency and left it refreshed and renewed for another decade or so of searching for miraculous treatments for a host of deadly, incurable afflictions.

Officially known as the California Institute for Regenerative Medicine (CIRM), the agency has seized its new role with alacrity at least when it comes to awards. It is now on a pace to hand out $38,000 an hour, 24 hours a day, seven days a week. That would amount to $519 million in awards between this time last year and the end of the agencys current fiscal year in June.

We really have a bright future ahead of us leveraging our successes. Maria Millan

Its a new era for CIRM, said the president and CEO of CIRM, Maria T. Millan, on Tuesday. She declared that the agencys new, just-approved strategic plan will deliver the full potential of regenerative medicine and lead to transformative stem cell therapies.

That is a far cry from the fall of 2020 when CIRM was literally planning to close its doors if voters rejected Proposition 14, the ballot initiative that refinanced the agency. Failure of the measure would have terminated the largest state-financed stem cell research effort in the nation. And it would have ended what is a historical first, the creation of a major, state-run stem cell research program in the Golden State.

Proposition 14 provided more than $5.5 billion. The 17,000-word measure also launched the agency on a broader, new course of financing cutting-edge science plus assigning it the formidable tasks of attempting to ensure the affordability of $2 million therapies and funding an $80 million community care centers building program.

We really have a bright future ahead of us leveraging our successes, said Millan 12 months ago, just after the vote on Proposition 14 was certified. Since then, she has been crafting a five-year strategic path to secure that future.

Not discussed in CIRMs plan, however, is the fact that the agency is yet to fulfill 2004 voter expectations.

Approved this week by the 35-member CIRM board, the plan includes the new affordability effort and the community care centers. It also promises new data-sharing and collaboration programs to strengthen the entire field. It contains a strong and increasing emphasis on diversity. It aims to create knowledge networks and technology competency hubs and build a skilled and diverse workforce. It vows to speed clinical trials to final federal approval of treatments and make them available for widespread use.

All of which would be embedded in financing research that promises one-and-done cures and transformative regenerative medicine. That expression includes such things as gene and stem cell therapies, along with tissue-engineered products to repair, replace, or regenerate organs, tissues, cells, genes and metabolic processes,

Not discussed in CIRMs plan, however, is the fact that the agency is yet to fulfill 2004 voter expectations that CIRM would produce what some have described as magical cures that would be widely available to the public for afflictions ranging from diabetes to cancer.

Asked whether California voters are impatient with CIRMs failure to back a generally available stem cell therapy, the agency replied this week in a statement, No. If they had been they would not have voted to approve Proposition 14.

CIRM plans to put the state of California at least part way into the business of manufacturing cell therapies via partnerships with industry.

The fact that they did approve it during a time of pandemic and economic uncertainty shows they understand that developing therapies takes time, and it also showed that they appreciated all we have achieved in the last 17 years, CIRM said in an email. (The full text is available on the California Stem Cell Report.)

Manufacturing Cures and SilosThe strategic plan is called Real Life. In it, CIRM acknowledges the obstacles that are hindering large scale production of therapies that would be available generally.

The field of regenerative medicine is advancing rapidly, driven by novel research tools and technologies that generate terabytes of data on human biology but has to date resulted in few demonstrably effective treatments for devastating diseases, CIRM says.

Several factors contribute to the limited scientific advancement in these areas, including:

1) Lack of attention and financial support (from non-profit and industry sectors) for high-risk/high reward research and therapy development, particularly in disease indications that are not commercially viable (i.e., rare diseases) or are complex (i.e., central nervous system-related diseases), and

2) The siloed nature of biomedical research and development.

To help overcome some of the manufacturing hurdles, CIRM plans to put the state of California at least part way into the business of manufacturing cell therapies via partnerships with industry. The Real Life plan says:

CIRM will establish a statewide manufacturing network comprising academic process development and GMP (good) manufacturing (practices) facilities as well as industry manufacturing partners to support the needs of a rapidly growing regenerative medicine industry in California, including workforce development.

CIRMs manufacturing aspirations are aimed at accelerating the commercialization of research that it has financed over the last 17 years.

The network will de-risk the development of transformative regenerative medicine therapies, CIRM says, advance the development and adoption of manufacturing technology platforms, promote adoption of quality standards such as quality-by-design, and educate, train, and employ a diverse California workforce.

CIRM has yet to allocate funds for specific segments of its strategic plan, but its manufacturing network could cost a bundle. However, CIRM is also likely to require co-matching funds from partnering businesses and not-for-profit institutions.

Ronnie Priyank

Bubble Babies and Intellectual PropertyCIRMs manufacturing aspirations are aimed at accelerating the commercialization of research that it has financed over the last 17 years. One example involves a three-year-old from the Sacramento, Ca., suburb of Folsom Ronnie Priyank.

When Ronnie was born, he seemed like a happy, healthy baby. But within a few days, a newborn screening test diagnosed him with X-linked SCID, a rare immune disorder that is often fatal within two years. Fortunately, doctors told his parents about a CIRM-funded clinical trial conducted by UC San Francisco and St. Jude Childrens Hospital, CIRM says in its strategic plan.

The case is a telling example of what policy experts call a wicked problem, one that is complex and intractable.

Ronnies genetic abnormality was corrected by doctors. A new blood supply repaired his immune system. He is now a happy, healthy three-year-old boy who loves going to school with other children, CIRM reports.

However, another case of a severe immune deficiency treatment has not ended so well. It created a difficult and unpleasant situation for CIRM this year, not to mention the families of 20 children.

The case is a telling example of what policy experts call a wicked problem, one that is complex and intractable. Its elements include the ultimate purpose of public funding of medical research, the search for profits, plus ethics and the lives of babies born without the ability to fight off even minor infections that could take their lives.

It is not a problem that is isolated to CIRM but encompasses much of the regenerative medicine business. And it could have major implications going forward for CIRM.

At the center of the situation is a rare genetic affliction often called the bubble baby disease, which is fatal if left untreated. First reported last May by Capitol Weekly and the California Stem Cell Report, it involves not only CIRM, but UCLA and the University of Californias system for licensing or selling research results, in this case, to a London firm called Orchard Therapeutics.

Over the years, CIRM has backed the cell and gene research by Donald Kohn of UCLA with $43 million. He has been working in the field for more than 30 years and has received funding from many other sources. UCLA says Kohns treatments, which are still in clinical trial, have saved the lives of 70 persons.

Some years ago, UCLA licensed exclusive rights to a Kohn treatment to Orchard. The rights do not belong to CIRM or Kohn but to the UC system. However, in 2020 Orchard quietly dropped the therapy in favor of potential treatments that it deemed would be more profitable.

Costs of cell and gene therapies could range upwards of $2 million, according to current estimates.

The families with the 20 children with the bubble baby disease were shocked and angry. They asked Orchard for compassionate use of the therapy, but the company turned them down.

This month, a subcommittee of the CIRM that deals with intellectual property moved to tackle the intellectual property process that helped to create the Orchard situation. The initial step gives the subcommittee a specific role in such disputes, but the committee indicated more is likely to be done this coming year.

A $2 Million Affordability ChallengeThe agencys new affordability and accessibility effort was slow to start this year. Proposition 14 called for appointments to the CIRM affordability panel to be made by early March. The 17 positions were not completely filled until October. The committee did not have its first meeting until last month. Nonetheless, the panel does have a sweeping scope and something in the neighborhood of $155 million from Proposition 14 to help come up with solutions.

The ballot measure charges the panel with satisfying Proposition 14s mandate that CIRM establish and oversee programs to help make its yet-to-be commercialized stem cell and gene therapies available and affordable for all Californians.

Costs of cell and gene therapies could range upwards of $2 million, according to current estimates. The affordability issue is far from new in the cell and gene therapy world. And the financial and ethical questions raised by affordability have already received a vast amount of attention internationally from industry and academics.

The chair of the affordability panel is former state legislator Art Torres, who also serves on the board of Covered California and the UC board of regents

Affordability is close to the heart of Robert Klein, the Palo Alto developer who sponsored both Proposition 14 of 2020 and Proposition 71 of 2004, which created CIRM. Klein was responsible for inserting the new affordability/accessibility language in Proposition 14. He told CIRMs affordability panel earlier this month:

Getting the cost of those therapies down to where they are possible economically for coverage by our California programsis a challenge that is critical for every family, but also for the state.

Unless we can get these therapies to be accessible and affordable, we cannot really deal with the burden of chronic illness over the next decade in California, much less the decades that follow.

The chair of the affordability panel is former state legislator Art Torres, who also serves on the board of Covered California and the UC board of regents. (Other members of the panel can be found here.)

Beefing up Diversity and EquityOver the past year, CIRM directors have focused sharply on diversity, equity and inclusion matters. In October, they inserted diversity and equity language into its mission statement, which now reads as a result: Accelerating world class science to deliver transformative regenerative medicine treatments in an equitable manner to a diverse California and world.

One change that Duron championed is a diversity, equity and inclusion score on all applications from scientists for some of CIRMs billions.

CIRMs new equity push began about two years ago. CIRM Director Ysabel Duron has given it regular, personal attention. She has insisted consistently this year that CIRM do more, particularly as it spends its $5.5 billion.

Duron wants the diversity/equity performance of awardees to be concretely measured and scored. One change that she championed is a diversity, equity and inclusion score on all applications from scientists for some of CIRMs billions.

Just this Tuesday at a CIRM board meeting, Duron said the strategic plan needed stronger and more specific language than an ambiguous word like diverse. Instead, CIRM should use language that would immediately tell people of color that CIRM was ready to serve them.

It is both our moral and ethical duty to recognize equity and inclusion, Duron told her fellow directors last fall. Specific language delivers a message, she said, It means me.It means my family. It means my community.

Royalties so far, however, have totaled only $557,292 as of last month.

CIRMs approach to the issue is likely to become more aggressive in 2022 as the agency refines and expands its approach.

CIRMs Death WarrantProposition 14 did more than provide a much-needed cash infusion, courtesy of Klein, who took personal charge of writing the measure. Proposition 14 also contained CIRMs death warrant. No more funding is provided after the $5.5 billion is gone, a fact that is almost never discussed at CIRM strategy sessions.

Proposition 14, however, did create something of a possible future revenue stream for the agency. It requires that royalties from CIRM-funded inventions go to assisting with affordability issues involving CIRM-backed therapies. Prior to approval of the ballot measure, those funds went into the general fund of the state, which is used for everything to paying state prison guards to running the state pesticides department.

A study financed by stem cell backers in 2004 estimated that royalties could run into the billions. Royalties so far, however, have totaled only $557,292 as of last month.

CIRM, which can receive gifts and raise money, could also align itself in the future with a non-profit entity that could serve as a possible vehicle to continue its existence if additional state funding is not available when the current $5 billion run out. Klein founded and is the head of such an organization, Americans for Cures.

CIRM could also stretch out its life by slowing the pace of its spending while it looks for a savior or awaits results that could stimulate voter approval of more billions. Another possibility is seeking funding from the legislature, but that could be a difficult task. Lawmakers might want to fiddle with the agencys independence. CIRM operates outside of the control of the legislature and the governor. Its funds flow directly to the agency without going through the normal state budget process.

The increase plus turnover in board members has left the board with a substantial number of members who are unfamiliar with CIRMs past activities

CIRM currently relies on state borrowing (bonds) to survive. It is limited to borrowing no more than $540 million a year. Its original funding in 2004 provided $3 billion. Proposition 14 added the $5.5 billion. With interest on the state bonds, the total cost of its work is estimated to be about $12 billion.

Another bond measure to refinance CIRM is problematic. Proposition 14 was narrowly approved by 51 percent of voters, well below the 59 percent in 2004. Without treatments that resonate with voters, another ballot measure could be in trouble, but an election is a very long way off. There is also the question of who might put up the many millions needed to qualify an initiative for the ballot and finance the campaign 10 years from now. Klein, 76, took that on in 2004 and 2020, providing millions himself and raising more.

New Faces and a New Chair for CIRMCIRM used to have 29 persons on its governing board, a size that some regarded as unwieldy and unnecessary. It was raised to 35 by Proposition 14, which is close to the number of seats in the state Senate (40). The increase plus turnover in board members has left the board with a substantial number of members who are unfamiliar with CIRMs past activities or the sometimes difficult process of operating in a very public arena.

CIRM staff has changed significantly in the last several years as the result of the wind-down prior to Proposition 14. The number of employees dropped from more than 60 to less than 30 during that time. But new hires have come aboard. CIRM expects to have 55 employees by the end of June and likely more in the coming years. The ramp-down, ramp-up roller coaster, nonetheless, has resulted in the loss of institutional memory and diverted energy away from the core of CIRMs work. Only two employees remain from CIRMs earliest years.

CIRM CEO Millan has been with the agency since 2012 and CEO since 2017. The chair of the governing board, Jonathan Thomas, and Vice Chair Art Torres will be termed out this year. The boards governance committee is expected to meet in January to discuss the replacement process, in which they only have an advisory role.

CIRM is now heavily engaged in supporting gene therapy, a burgeoning field that was on a scientific backburner in 2004

Statewide elected officials, such as the governor and state treasurer, nominate candidates to be voted on by the full board. The official qualifications for the chair are narrowly drawn so narrowly drawn, in fact, that in 2004 it was widely reported that only one person fit the legal bill Robert Klein, the man who sponsored and oversaw the drafting of the initiative that created CIRM.

Klein left the board in 2011, and Thomas succeeded him in a contested election on a 14-11 vote.

76 Clinical Trials, Gene Therapy, Conflicts of InterestWith the exception of failing to produce a widely available stem cell treatment, CIRM has chalked up an impressive record by virtually all assessments. It currently is helping to finance 76 clinical trials, an accomplishment that would not have been believed back in 2004. More than 3,200 patients are involved in those trials, Many others are enrolled in trials at CIRMs first-in-the nation Alpha Clinics.

CIRM is now heavily engaged in supporting gene therapy, a burgeoning field that was on a scientific backburner in 2004. CIRM is backing new-since-2004 research using reprogrammed adult stem cells. It has moved far beyond supporting controversial human embryonic stem cell research, which was the reason for its being in 2004, although that area remains part of CIRMs portfolio.

Conflict of interest issues have dogged the agency since its inception. The problems are built into CIRM by the ballot initiative

(In 2004, former President George Bush had restricted federal funding of human stem cell research, causing alarm and dismay in the scientific community. Some scientists even left the country to continue their work. In California, others supported the creation of the stem cell agency and campaigned vigorously for Proposition 71. Bushs restrictions were lifted in 2009, leading some to question whether CIRM was still needed.)

CIRM is not without its flaws. The most recent evaluation of it came in a state-required performance report released this fall. Paid for by CIRM itself, the $242,000 report recommended improvements in CIRM operations, including tracking royalties and in its information technology. Back in 2012, CIRM heard from the National Academy of Medicine in a $700,000 study, also paid for by CIRM. The prestigious body recommended far-reaching changes including reducing the size of the board and overhauling the grant award process. CIRM did not look kindly on the recommendations, including those dealing with conflicts of interest, perceived and otherwise.

Conflict of interest issues have dogged the agency since its inception. The problems are built into CIRM by the ballot initiative. Virtually all the parties who stood to benefit from CIRMs largess were given a seat at the table where the money is handed out (the governing board). Directors cannot vote on awards to their institution, but they vote on and participate in creation of awards programs and approving the rules for how the money is handed out. An analysis by the California Stem Cell Report and carried on Capitol Weekly showed that as of the summer of 2020, 80 percent of the $2.7 billion in awards at that time went to institutions that had links to past or current representatives on the board.

This fall the board repealed one of its own rules aimed at minimizing conflicts of interest. Eliminated were regulations that required board members to leave the room during meetings involving discussions on matters where they had a conflict of interest. Such a requirement is common, however, among local governments and a number of state agencies even they do not necessarily hand out billions of dollars.

The $8.5 billion that CIRM will have spent by the time the cash runs is a lot of money. It shrinks rapidly, however

(For more on the leave-the-room requirements in California, see here and here.)

Boiling the Ocean and MoreProposition 14s vast new vision for CIRM, however, may threaten to overwhelm the program. Indeed, that concern was expressed by some directors earlier this year when they warned about trying to boil the ocean. Many new avenues could be pursued under the terms of the ballot initiative, but even the ones dictated by Proposition 14 would challenge the grasp of any organization. Beyond the affordability effort, they include research involving mental health, therapy delivery, personalized medicine and aging as a pathology. That is not to mention a greater emphasis on supporting vital research opportunities that are not stem cell-related.

Proposition 14 also directs the agency to fund research training programs, but does not specify the amount that should be spent. CIRM has allocated $66 million this fiscal year for education and training. That necessarily means less money for research and product development. Few like to argue against training and education. But it is unlikely that voters, in approving the creation of CIRM in 2004, thought it meant that hundreds of young persons would be receiving financial assistance for their academic studies.

The $8.5 billion that CIRM will have spent by the time the cash runs is a lot of money. It shrinks rapidly, however, when individual clinical trial grants run as high as $20 million and companies receive more than $70 million without producing a commercial therapy, as is the case with a San Diego firm called Viacyte. That is not to mention mandates from the proposition that lock in spending. That includes the $1.5 billion that must go for diseases affecting the brain and nervous system, regardless of whether better opportunities exist in another field for actually producing a cure for some other terrible affliction.

How CIRM juggles these sorts of issues and even more complex questions will be an existential test for the enterprise and its leaders. If they make good bets about the science and the direction of the industry, both of which require a global perspective, and if they have a generous dollop of luck, all that will go a long way in determining whether CIRM will survive after the dollars run out in another decade or so.Editors Note: DavidJensen is a retired newsman and has followed the agency since 2005 on his newsletter, the California Stem Cell Report.

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Epithelial Cell Culture Media Market to hit US$ 303040.33 thousand by 2028, at 11.4% CAGR: The Insight Partners – Digital Journal

Posted: December 24, 2021 at 1:52 am

The epithelial cell culture media market is expected to reach US$ 303,040.33 thousand by 2028 from US$ 128,155.95 thousand in 2020; it is estimated to grow at a CAGR of 11.4% from 2021 to 2028.

According The Insight Partners study on Epithelial Cell Culture Media Market Forecast to 2028 COVID-19 Impact and Global Analysis by Product Type, End User, The report highlights trends existing in the market, and drivers and hindrances pertaining to the market growth. The growth of the epithelial cell culture media market is attributed to the factors such as the increasing applications of epithelial cells and surge in funding for epithelial cell research.

Epithelial cells are widespread throughout the body. These cells cover body surfaces, line body cavities, hollow organs, and major tissues in glands. These cells perform functions such as protection, absorption, secretion, excretion, diffusion, filtration, and sensory reception. These cells are widely used in disease modeling, toxicity studies, and drug discovery, among other applications.

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Market Insights

Surge in Funding for Epithelial Cell Research

Extensive funding for supporting the research projects involving the use of epithelial cells to identify new therapeutic solutions for chronic diseases is propelling the demand for epithelial cell culture media. For instance, the National Institutes of Health (NIH), US, funded a 3-year research project (20132016) that was conducted at the University of Kentucky. The institute granted US$ 307,395 in funds in 2014 to examine processes controlling inflammation in colitis, a condition that stimulates epithelial stem cell growth and differentiation and increases the risk of colon cancer.

In 2018, scientists at the UCLA Eli and Edythe Broad Center of Regenerative Medicine and Stem Cell Research along with those at the Stein Eye Institute were granted US$ 5.1 million by the California Institute for Regenerative Medicine to advance the development of a novel therapy for blinding retinal conditions. The project setup includes the use of patients own skin cells to generate autologous induced pluripotent stem cells to derive retinal pigment epithelium cells that are lost in blinding eye conditions.

Further, the Osaka University, Japan, conducted a research studyObservation of the Epithelial Cell Behavior in the Nasal Septum During Primary Palate Closure in Mice. This study was supported by Grants-In-Aid for Scientific Research Program of the Japan Society for the Promotion of Science. The increase in such grants for epithelial cell-based research projects are favoring the epithelial cells culture market growth.

COVID-19 first began in Wuhan (China) during December 2019 and since then it has spread at a fast pace across the globe. The US, India, Brazil, Russia, France, the UK, Turkey, Italy, and Spain are some of the worst affected countries in terms confirmed cases and reported deaths. The COVID-19 has been affecting economies and industries in various countries due to lockdowns, travel bans, and business shutdowns.

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By product type, the epithelial cell culture media market is segmented into human mammary epithelial cells, bronchia/trachea epithelial cells, and renal epithelial cells. The bronchia/trachea epithelial cells segment held the largest share of the market in 2020, whereas the renal epithelial cell segment is anticipated to register the highest CAGR in the market during the forecast period.

Based on end user, the epithelial cell culture media treatment market is segmented into biopharmaceutical companies, academic and research laboratories, and others. The biopharmaceutical companies segment held the largest share of the market in 2020, whereas the academic and research laboratories segment is anticipated to register the highest CAGR of in the market during the forecast period.

Epithelial Cell Culture Media Market : Competitive Landscape and Key Developments

PromoCell GmbH,Merck KGaA,ATCC,AXOL Bioscience Ltd.,Thermo Fisher Scientific Inc.,Bio-Techne Corporation, Celprogen Inc.,Lonza Group AG,HiMedia Laboratories,Cell Biologics Inc

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Epithelial Cell Culture Media Market to hit US$ 303040.33 thousand by 2028, at 11.4% CAGR: The Insight Partners - Digital Journal

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What is Biohacking? Understanding the Silicon Valley Wellness Trend Youll Hear About in 2022 – SheKnows

Posted: December 24, 2021 at 1:52 am

In the ultimate quest for longevity and optimal health, many are turning to the latest trend, biohacking. The self-guided, experimental hack-your-way-to-better-health phenomenon has gained in popularity over the years and is making its way to the masses. You may have heard Twitter Co-founder Jake Dorsey endorsing the practice when he told his followers he benefited from intermittent fasting and drinking salt juice each morning. Or maybe youve heard of biohacker influencer Josiah Zayner who injected himself with DNA from a gene-editing technology. Or maybe you have a friend who tracks their sleep and diet down to the minute.

These are all different types of biohacking, and the term itself can mean something different depending on who you ask. So, with all the uncertainty we asked medical and health professionals some of the most commonly asked questions around the latest Silicon Valley wellness trend.

Finding a clear and concise definition of biohacking can be hard, but in general it refers to human augmentation or enhancement aimed at improving ones performance, health and overall life. Many experts have called it do-it-yourself-biology as more people are taking their health into their own hands, and forgoing seeking traditional medical advice for any ailments or health-related problems they might be facing.

Some examples include meditation or gratitude practice where an individual takes time out of their day to pause and reflect in hopes that they will feel more centered or grounded overtime. Other biohackers ingest nootropics or smart drugs that claim to enhance memory or boost brain performance. While the extreme side of biohacking can involve someone implanting a chip into their hand so they can pay for their daily coffee with a swipe of their wrist. Or some have even harvested stem cells from their own bone marrow just to re-inject themselves with those cells to attempt to slow their body from aging.

On a fundamental level, people attempt to biohack because they want to feel better and be their best possible self. For some, living as long as possible is their ultimate goal, while others simply dont want to suffer from the same disease their family members did.

Samantha Terrin, a social worker from Des Moines, Iowa says she started biohacking when her great aunt passed away from breast cancer.

The term biohacking carries a lot of negative stereotypes, and to be very clear, I do not subscribe to any of that pseudoscience, she said. However, I do believe that knowing what cancers my relatives had and what mental health struggles they carried with them, can better prepare me and protect me as I get older.

Terrin completed an in-depth DNA test to better understand her heritage and know what medical concerns her family had. I have not drank the kool-aid of biohacking, but if getting an in-depth DNA test is biohacking, well I guess Im a biohacker, she said.

What differentiates biohacking from other medical practices is the mindset. Many people biohack from the school of thought that their bodies shortcomings can be overcome, and its up to them to determine how and what to do to correct that. Dr. Jessica Madden, board-certified pediatrician and neonatologist, International Board Certified Lactation Consultant and Medical Director of Aeroflow Breastpumps says that while mild forms of biohacking like minor dietary changes might be okay, the practice should be approached with great caution. I have a lot of concerns about the more extreme forms of it, such as implanting magnets into bodies and DIY blood transfusions, she said. Therefore, I do not recommend biohacking to anyone.

And the more extreme forms of biohacking are what brought the medical community and even the FDA out to the forefront of the biohacking conversation. So much so that in February of 2019, the FDA made a statement warning against young blood transfusions. If youre unfamiliar with the treatment, its where an older person buys blood from a younger person and has it injected into their veins in hopes that it will slow their aging process. Another practice is a fecal transplant, which is exactly what it sounds like. Its the transferring of stool from a healthy donor into the gastrointestinal tract of an unhealthy person. The practice has been regularly denounced by medical professionals and is still not approved by the FDA.

And with biohacking gaining momentum, the question around the legality of the practice has only just begun. Current regulations are not designed to regulate or legislate biohacking, which means that many biohackers have found themselves operating in a gray zone, while the FDA and regulators do their best to keep up. California was the first state to require all gene therapy kits to come with a warning label that the kits are not safe to administer.

Dr. Madden also heavily warns against ingesting biohacking supplements that are not FDA regulated. They can contain toxic levels of heavy metals, such as mercury and lead, which can cause nerve and cell damage, she said.

With the conversation around biohacking often lending itself to extremes, some experts suggest reframing the term and hacking your health into simple and manageable ways. Dr. Aimee Eyvazzadeh recommends that women start biohacking their menstrual cycle by understanding their own bodys hormones and natural rhythms.

Just understanding what your hormones are doing and when in her cycle, can help a woman manage stress better, meal plan and plan her social and work schedule, she said. If you dont know how your hormones change throughout the cycle you should. Its a powerful way of harnessing your bodys energy into greatness.

Other experts agree that minor changes like assessing your nutrition, movement, sleep and stress can tremendously improve your overall lifestyle, and ultimately hack your health. Danielle Oldfield, a registered dietitian and holistic lifestyle coach says that writing down small goals that are achievable is a great place to start.

But regardless of what biohacks you seek to implement into your life, experts agree that you should consult with your doctor before making any sweeping health decisions.

I think it is amazing that people want to take charge of their own health, and find what resonates with them the most, said Oldfield. However one has to be careful not to fall trap to nonsense literature, and really make sure that you are getting your information from a scientific and peer-reviewed source. Everyone has a good enough reason why one thing works, but we do need to realize that health is not a one-size-fits-all.

Before you go, check out some of our favorite quotes for cultivating positive attitudes about food and bodies:

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What is Biohacking? Understanding the Silicon Valley Wellness Trend Youll Hear About in 2022 - SheKnows

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