Monthly Archive July 30, 2021

How to manage your risk in biotechnology with biotechnology financing

July 30, 2021 Comments Off on How to manage your risk in biotechnology with biotechnology financing By admin

The investment world is filled with high-frequency trading and algorithmic trading algorithms.

However, what does it mean to manage risk in a biotech finance firm?

This is a new and exciting field that is gaining steam with increasing interest in biotech finance and technology. 

What does biotechnology investment finance look like?

As with all finance, there are multiple ways of approaching investing in biotech. 

The most common method is to buy a stock in a particular biotech company.

The stock will be bought on the open market and the price will fluctuate over time. 

Another method is by buying a bond with the hopes of paying off future capital costs of a company. 

These options are popular and can be used for both short-term and long-term investments.

But, the real trick is to choose the right option.

As with other investments, there is a limit to how much you can invest.

This is because a biotech company is only valued on the current financials of the company and the actual business performance of the business.

This limits your investment options.

The average investor will need to diversify their portfolio in order to avoid negative returns.

In order to do this, you will need the expertise of an adviser who can help you pick the right investments for you.

A good advisor is someone who can explain to you the various options and the risks associated with each investment.

There are many ways of investing in biotech companies.

These include:As a portfolio manager, you can focus on the long-run health of a particular company and help your clients navigate through the financials.

As a broker, you may be able to sell your holdings to make money from future returns.

As an investment manager, your firm can manage your portfolio to manage the risks that arise as the company matures.

You will also have access to investment strategies that you can use to optimize your portfolio. 

A biotechnology company’s market cap will depend on the size of the investment, the industry in which it is developed and the industry outlook.

It will also depend on how much it will sell for and how much its earnings are expected to be.

A company’s stock price may fluctuate based on the health of the stock market and whether investors are expecting positive or negative returns on their investments.

Investors should also be aware of the possibility of potential losses.

A stock in biotech typically has an annualised return of around 15% to 25%.

This is a very low rate of return, and is a typical reason that investors seek out investments in biotechs.

A biotech company’s annualised turnover of around $1 billion is expected to rise to $6 billion in 2020, which is a much larger amount than the $1.5 billion average annualised annual return for companies in the S&P 500. 

Biotechnology companies are highly competitive.

The company that sells the most stock for the most money will win.

Biotech companies are generally considered to be ‘hot’ and investors should expect to earn an average annual return of at least 20% for the next five years.

Biotechnology finance is a high-risk, high-reward business, and the best investments for a long-range investment are the ones that generate the highest returns and deliver the lowest risk.

What is Biotechnology?

July 29, 2021 Comments Off on What is Biotechnology? By admin

By Sarah O’ConnellIn January, the United States Food and Drug Administration (FDA) will approve a first-in-class gene therapy for rare genetic disease known as rheumatoid arthritis, which has claimed over 1.6 million lives worldwide.

The approval comes amid mounting concerns over the safety of gene therapies, and with several other gene therapies under development around the world.

Rheumatologists have long debated whether the treatments are safe and effective and whether they are the only treatments available for the disease.

The current crop of gene therapy therapies, which have the potential to improve many aspects of patients’ lives, is being developed to treat rheumatic diseases like rheumatism and arthritis.

But while the drugs have the backing of some of the world’s most respected medical scientists, their potential has been limited by safety concerns and concerns about the side effects associated with the drugs.

In a report published in the British Medical Journal, the American Association for the Advancement of Science (AAAS) said that it has concluded that the development of novel gene therapy technologies presents a significant threat to human health and the environment.

It said that the use of such drugs poses a risk to human welfare, public health, and the economy, adding that the technology presents risks for the environment and the health of society.

“A growing number of researchers are increasingly concerned about the potential harms that new technologies may cause,” the AAAS said in a statement.

The research in question, published in January, focused on two new gene therapies: the RNAi and RNAiG2a1, a gene therapy designed to boost the immune system’s ability to destroy and destroy the foreign gene.

The new drugs were tested on animals and, as with any drug, their safety and efficacy are not guaranteed.

But the AAPS said the two gene therapies have been approved for use by the US Food and Drugs Administration (fda) for use in the treatment of rheuma.

Both therapies are described as “transgenic” and, in their current forms, are currently not approved for human use.

However, the scientists behind the research are now developing an RNAi version that is designed to target the immune cells in the body and kill them.

This RNAi gene therapy is now being tested on mice.

The researchers behind the new gene therapy, a team led by scientists at the University of Michigan in Ann Arbor, Michigan, say their technology could offer new and potentially lifesaving treatments for patients who have rheums.

“We think that this approach will open up a new frontier in treating the rheus disease by targeting the immune response and destroying foreign genes in the human body,” said Dr. Scott Weyand of the University at Buffalo in New York.

Weyand said that while the new technology has not yet been approved by the FDA, it will likely be available to patients within a few years.

“The ability to target immune cells has never been possible before in the clinic and it will be very exciting to see it in clinical trials,” Weyend said.

“I think we are now at a point where we are going to see a breakthrough in this area.”

The FDA approved the first-generation gene therapy in March, and two more are on the way.

Weyerand said the research has shown that these gene therapies are safe, effective, and inexpensive to develop.

“These are the first time we have been able to show that they work in humans, so it’s a pretty exciting time for us,” he said.

But critics are concerned that these new gene treatments may have a detrimental effect on the environment, which could increase the risk of the disease spreading.

“There is a huge amount of concern about the safety and the long-term effects of the use and use of these drugs on the human environment,” said John Osterholm, director of the Center for Health Policy and Management at the Center on Global Health at Tufts University.

The use of the RNAis and RNAib are two of the most widely used gene therapies in the world, and it is unclear whether they would be effective in the environment or in the animals they are being tested in.

“They have never been tested in nature in humans.

So it’s hard to say what the impacts would be on our environment if we were using them in humans,” said Osterhamm.

While Osterhans worries are justified, he noted that the research shows that the RNAies and RNAif are being developed in a safe, cost-effective way.

He said that, if the drugs are approved, they should be used in the same way that other drugs are used, which is to allow for regular, controlled use in healthy, well-balanced people.

“These drugs are being designed to be used for a specific purpose, and we are trying to do that in the way that is most appropriate for human beings,” Osterheim said.While the

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Bioengineers in California: The Biotech Boom and the Bust

July 29, 2021 Comments Off on Bioengineers in California: The Biotech Boom and the Bust By admin

In the coming months, Bioengineer Labs, a California-based biotechnology lab technician startup, will announce that it will begin hiring for its first full-time job position.

Biologics, a Silicon Valley startup founded in 2013, has since added more than 100 positions in its San Francisco office.

“This is a very exciting time for our team,” said Biologies CEO John B. Dube.

“Bioengineers have made huge strides in the field, and this is a major step forward in the career of a bioengineer.”

Bioengineering is a key component of Biologists’ product portfolio.

“We’re thrilled to be joining BioengineERS in bringing jobs to San Francisco and other Bay Area cities,” said B.K. Patel, Bioengineering manager.

“It’s been a very difficult and challenging transition for us, and we look forward to building on our momentum and building on what we have achieved so far in our Bay Area office.”

Bioengineering has long been a career path for bioengineers.

At one point in its history, BioEngineers employed more than 10,000 people, but the company went bankrupt in 2011.

The company’s last CEO resigned after a scandal over inappropriate interactions with a female employee.

Biochemists now account for less than 2% of the company’s revenue.

B. K. Patel Bioengineering CEO.

Photo: The American Council on Science and Health.

“The Bay Area and Silicon Valley are a great place for bioengineering and we are very excited about the opportunity that BioEngineERS will bring,” said Dr. D.B. Drexler, BioIndustry’s president and CEO.

“Biologics is a leader in this field and we expect BioEngineER Labs to be a strong employer for many years to come.”

BioEngineer Labs has raised more than $20 million in capital.

The San Francisco-based company, which recently launched in the Bay Area, has created jobs for more than 600 BioIndustrial employees.

BioEngineering is now hiring for a variety of jobs, including: bioengineering technician, bioengineering technician assistant, biotechnology laboratory operator, biochemists, bioengineering lab technicians, and bioengineering technicians, according to a BioEngineered job posting.

BioEngineers currently employs about 60 people in the San Francisco Bay Area.

Biosignals, a bioengineering start-up that has more than a hundred employees in the Silicon Valley, announced last month that it had secured $20.4 million in Series B funding.

“With the strong growth we’ve seen in the last couple of years in BioEngineerers growth, we’re confident we’ll be able to keep up,” said David B. Bialek, the company president and chief operating officer.

Bioengineered is looking for bioinstructors with a bachelor’s degree, or a master’s degree in bioengineering or biology.

The positions are part of the BioIndustries’ commitment to attracting talented individuals from across the U.S. and beyond.

“Many companies have already begun recruiting our talented workforce,” said Drexlers partner and bioengineered product manager, Ben Kastle.

“But the BioEngineery team has the ability to bring jobs to our local community.

We’re excited about that opportunity.”


How to get your career on track in biotechnology

July 29, 2021 Comments Off on How to get your career on track in biotechnology By admin

Career development for biofuel companies has always been an attractive proposition for prospective engineers.

But it can be difficult to get a job in the biotechnology industry when the industry is so dominated by the traditional biofuel industry.

That’s what a new survey has found, as it revealed that nearly two thirds of biotechnology engineers are currently unemployed.

This means that even though the biotech sector has seen a rapid growth in recent years, the gap between the typical engineer and the rest of the workforce is growing.

The survey, conducted by the CareerBuilder app and the Engineering Jobs Institute, found that a total of 2,912 engineering graduates have either been out of work or are on a temporary or permanent leave of absence from the industry.

Of these, 1,939 (63%) are on leave, with the vast majority of these leaving in the last 12 months.

This is a marked improvement from the 6.3% of graduates who had been on a permanent leave, but a big jump from the previous study, which found only 3.4% of engineering graduates had been out on a leave of leave.

“This is very encouraging news,” said Joanne Gartland, Director of CareerBuilder’s Engineering and Technical Services.

“This survey confirms that we are still a very important part of the engineering workforce, and it is encouraging that we see so many graduates who have had a successful career in the industry on the path to employment.”

According to the study, almost half of engineering students have been offered jobs in the biofuel sector.

This is a big deal as biotechnology has the highest demand in the oil and gas industry.

In total, nearly a third of engineering graduate candidates were offered a job, compared to a quarter who were offered an entry-level position.

However, the survey found that graduates with PhDs in biochemistry are even more likely to be on the shortlist for job offers.

More than a third (32%) of PhD students were offered entry-stage positions, compared with just 7% of those with a post-graduate diploma in biochem.

The number of graduates with a PhD in biotechnologies has also risen significantly over the last year, with just under a third currently on the post-graduation list.

This was partly down to the fact that the number of post-doctoral positions has increased significantly over this period, as more students have taken part in the Biotechnology Fellowship Scheme.

There is one area in which the biotechology sector has performed particularly well over the past year, however.

Nearly a quarter (24%) of engineering PhD candidates are currently on a research-related leave.

The CareerBuilder study, entitled ‘How to get hired in the biotech industry’, found that more than half (53%) of engineers have been employed in the past 12 months in the Biofuels Industry.

But only 22% of the general engineering population has been employed, and only 18% of people with a BSc degree are employed in this sector.

The figures also revealed that a significant number of engineering post-docs were also on temporary leave, compared the overall proportion of graduates on a postgraduate leave of a lifetime.

There were 1,715 engineering postdocs on temporary leaves from February to June 2016, compared, for example, to just 645 post-doc positions.

The majority of engineers, at 42%, were employed on temporary or temporary leave from February-June, and the majority of engineering positions were held by PhD candidates.

This suggests that the postgraduate careers of engineers are very flexible.

However, it is still a challenge to secure a postdoctoral position in the future.

In the last five years, almost 40% of engineers who had completed their PhD have left the industry, compared for example to just 13% of postdoctoral positions.

Despite this, the career progression of engineering has been strong, with over 70% of graduating students achieving a postdoctorate degree within the next five years.

“We have seen a significant increase in the number and diversity of postdoc positions, with a substantial increase in postdoctoral appointments over the course of the last 10 years,” said Gartlands.

“These figures are even higher when we look at the number on temporary and permanent leave.

This also highlights the importance of taking the time to find out what career options are available to you, and getting the right experience to secure the best future for yourself.”

In the meantime, Gartlander is hoping that biotechnology companies will be more transparent about the recruitment process for their postdoctoral engineers.

“There’s still a lot of confusion around what the postdoctoral careers look like,” she said.

“It is encouraging to see that the Biotechnology Industry Council is starting to address this, but there’s still much work to be done.”

Image credit: Shutterstock


How to find the right job for you with our exclusive CareerBuilder interview series

July 28, 2021 Comments Off on How to find the right job for you with our exclusive CareerBuilder interview series By admin

Business Insider/Mashable is excited to bring you our exclusive career-building interviews.

Get the inside scoop on what your next career move might entail with our in-depth interviews.

This week, we’re taking a look at biotechnology startups.

What are some of the biggest reasons you should start a biotechnology startup?

If you’re new to biotechnology and you’re looking for advice on how to get started, check out this roundup of advice and tips from entrepreneurs.

If you are a veteran in the biotechnology industry and want to know what advice you might have for your future, we recommend this post by Cade Parrish.

This is a list of our favorite startup interviews from around the web.

Get in touch with us at [email protected] to share your story.

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Why California won’t get ‘SANTACRUZ’ biotechnology for biotechnology majors

July 28, 2021 Comments Off on Why California won’t get ‘SANTACRUZ’ biotechnology for biotechnology majors By admin


— California’s biotech industry is being sidelined by the state’s ongoing efforts to expand access to the gene therapy developed by biotech giant San Diego-based biotech firm Sanofi.

SantacrUZ, the state government’s biotech-related incubator, will have to find new funding or shut down, Sanofi CEO Richard Balsillie said in a conference call Monday.

In its place, SANTEC will create an “alternative incubator” focused on new technologies, including biosimilars and other therapies for cancer, the president of Sanofi’s California research arm said.

Balsillies comments were the latest sign of the uncertainty for biotech startups in California.

The state has said it will spend billions of dollars to develop and commercialize new treatments for some cancers, including colorectal cancer.

Biotech companies are hoping that state and federal funding will help them fund their efforts to develop more efficient and safer drugs, and that California’s investment in biotech can boost the state economy.

But the state has already slashed funding for the incubator and its partners, citing insufficient funding from the federal government.SANTEC is the only state agency that can sponsor the Sanofi Biotechnology Research Center, a collaboration of 12 incubators and a biotechnology research hub in San Diego.

It has invested more than $600 million to date in biotechnology startups.

Its incubators have been hit by cuts in federal funding for several years, and it has said its investment is not enough to help its competitors.

While the state continues to push for funding for biotech research, other states and local governments are doing the same.

California already has a number of startups that are in the process of being acquired by Sanofi, including biotech companies Sanofi Biologicals, Sanoe Therapeutics, Sanosys, Sanozymics and Sanolive.

Companies like Sanofi have been targeted by a state investigation of their alleged efforts to hide a tainted product from regulators.

Sanofi has also been hit with a class action lawsuit from patients and the public, which alleges that Sanofi lied to regulators about the effectiveness of its treatments.

Santas research institute, Sanico, has been accused of making false statements to investors about its treatments, including that they would cure colorectoral cancer patients and lower their risk of dying from the disease.

The California State Board of Regents on Monday approved a plan that would help Sanofi to acquire Sanofi in a deal that could bring the SancoIs biotech operations to California.

Balsillo said Sanofi and Sancois labs would be part of the deal, but the SanioI and SanioS labs would stay in the state.

“The incubator will continue to be the incubation center for the Sanios labs,” Balsillo told reporters at the call.

He declined to say whether Sanofi would move its labs to California or relocate them elsewhere in the country.

Meanwhile, SancoS has announced plans to hire 2,000 people to help develop biosimilar therapies for colorecellular carcinoma.

The SancoI labs will remain in California, but will become a partnership with Sanofi S.A. in the U.S., where the SanCOIs labs will also work, SanoS said.

The biosimilar drugs will target the disease’s early symptoms and are expected to be available for testing by early next year.


This is a conversation between a guy who doesn’t care about your feelings and a guy whose emotions are his business

July 27, 2021 Comments Off on This is a conversation between a guy who doesn’t care about your feelings and a guy whose emotions are his business By admin

source Reddit title How to Make a Good Argument In a Scary Movie article source Slate title 5 Things You Should Know Before You Go To A Movie article article source BuzzFeed article

‘We want to build a better biotechnology company’: Biotech graduates plan to launch their own biotech company

July 26, 2021 Comments Off on ‘We want to build a better biotechnology company’: Biotech graduates plan to launch their own biotech company By admin

Tech giants are looking to recruit the next generation of tech executives and graduates to help build their own companies.

In the latest episode of the Tech Insider podcast, we talk with a former biotechnology graduate program leader who’s currently building a startup to help the rest of the world.

Tech Insider: How did you get started in the biotechnology industry?

I started working in biotech in 2011.

At the time, I was a senior engineer at a company called BiotechXpress, and they were working on a platform that would enable a lot of different applications for biotech.

I had just finished my PhD, and I started learning more about the technology, and the company was really focused on it.

I joined the company about two years later, and we started doing product development on that platform.

We had a couple of engineers who worked on it, and at some point we started talking about how to build our own biotechnology startup.

We were already working on the product, and then I started looking into ways to help out the biotech industry.

I think the industry at the time was really very focused on biotech startups and trying to develop them, and it was like, Oh, you want to be a part of that?

So I ended up joining a company and working on our product, then I joined Biotech Xpress, where we had a bunch of young engineers, who were all looking to build their first startup, and so I joined them.

Then in 2013, Biotech launched their own platform, called BioduLab, which is a platform for people to build and scale their own bioscience companies.

Biotech started to get a lot more traction, and now they’re probably in the top three or four startups in the world right now.

So it was kind of a natural progression for me to try to help them build their company, and what we ended up doing was starting the company, then we actually did product development, and a couple months later, we were doing product testing, and eventually we had products ready to launch, so we ended it up being a pretty successful thing.

How did you end up joining them?

I had worked in a lot different areas, so it was pretty much just like any other company that you’re working for.

I was just starting my PhD at the same time, so I was sort of thinking, Oh well, I have a bunch more PhDs to go, so if I’m going to get to do this, I should go do that, too.

So I joined a startup called Biocompetent, which was also based in San Francisco, and basically they were building their own biotech lab.

They were also working on building their platform for their platform, and that was pretty similar to what Biotech was doing.

So we were building a platform and they needed someone to help do some product testing.

I thought, Well, if I can get a couple people to help me out, that would be great.

I said, Sure, I’ll do that.

Then I joined their team, and my first day on the job, I said I want to work with you guys on this project, so that’s when I joined.

How was it working with them?

We had the same general mission, so they were all very focused, and were very helpful.

It was really easy to work for them, so once we got started, we just kept working, and building our product.

It was pretty amazing.

I didn’t really know anything about them at all, and once we started working with the guys, I realized that there were all these different different projects that we had to be focused on, so what we started building was the core platform, which we started using for product development.

Then, when we were working with our product team, we started to see how the whole thing worked.

I think they were the first ones to get interested in building their product, because they were looking for the most efficient way to scale the platform, because it would be a lot faster to scale up their product than to scale down it.

They were also really focused, they had a really great team, it was really a great company.

I really think that they had really great vision and vision of the product.

So once we were done with that, we moved on to building their business.

And then I ended it by actually working with some of the founders of the company to build up a partnership and get the product out, because the product is the core of the business.

So, we ended the project on time, and after the project, they actually went on to make money off of it, so the founders got to keep a percentage of that.

What were your thoughts about that?

It was definitely a really nice story, and hopefully we can do this in the future, because there are a lot

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FDA approves $7.3M for cancer treatment for veterans

July 26, 2021 Comments Off on FDA approves $7.3M for cancer treatment for veterans By admin

FDA approved $7 million Thursday to pay for two cancer treatments for veterans, the first time the agency has approved a major medical device for a service member.

The agency has spent billions of dollars on cancer treatments since the Sept. 11, 2001, attacks.

The war-ravaged nation had more than 3,000 veterans awaiting transplants or cancer treatments, according to a study by the nonprofit Center for American Progress.

The $7,700 treatment is an injectable treatment for a type of blood cancer called Mycobacterium avium-68.

It uses a special combination of a protein from bacteria and an immunoglobulin gene.

It is a treatment approved in the U.S. and Canada in 2015 and has received FDA approval in Australia and Britain.

The program was created as part of a $40 billion effort to help veterans recover from cancer and other conditions, including traumatic brain injury.

The FDA said the drug is the first of its kind that targets a specific genetic mutation, which it said could provide a new treatment option for those who may have lost their immune systems and other defenses.

The FDA said it plans to test the drug for its effects on the immune system.

The VA is the largest private employer in the country and is known for its caring for veterans.

The VA has a network of hospitals that can treat veterans.

The National Veterans Coalition, a veteran advocacy group, said the FDA approval shows that veterans deserve more access to treatments and the help they need to get through difficult times.

The group said the treatment could save the lives of veterans who need it.

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How a startup is turning the world’s biggest city into a research hub

July 24, 2021 Comments Off on How a startup is turning the world’s biggest city into a research hub By admin

How a small biotech company is turning Canada’s capital into a global hub for research, development, and innovation.

The company is Carver Biotechnology Center, a project of the Toronto-based Carver Institute.

Carver is the world leader in the development and commercialization of a gene-editing system that helps with disease.

The program, funded by the National Institutes of Health, is now one of the most ambitious biomedical research efforts ever.

Carvers researchers are helping build the next generation of personalized therapies, and they’re also helping develop the tools to make these therapies affordable.

Carveout, a Canadian biotech company, is in the process of building a facility in New York City that will house the lab and other equipment.

The city has already invested $30 million to house the facility, which will be a “virtual research facility,” meaning it won’t have a permanent location.

It will eventually be a facility for researchers to come and work on projects that are more than just making a few billion dollars in revenue.

Carves research has been focused on cancer, diabetes, and other diseases, including autism.

We’ve been doing research on cancer for 30 years, so we know what we’re talking about.

Carving out a permanent space for research and development is an important step forward.

It’s also one that is part of the broader vision for the city of Toronto.

We have an infrastructure, we have an ecosystem, and we have the capacity to do things that aren’t possible in other parts of the world.

Carvings has been looking for a location to build its facility, but its location was a bit of a mystery.

It was also unclear whether the facility would be open to the public, a key component of any research facility.

What we do know is that we’re moving into the next phase of our research agenda.

Our goal is to become the center for personalized medicine in the world, and this is going to make us a leader in this space.

We want to create a space where we can do the research, the research will be available to everybody, and then we’ll be able to develop the technologies that can help patients.

How does Carver work?

Carver scientists have been working on the gene-edited gene therapy system for decades.

We originally developed this technology, which is a kind of an RNA-editable genome, as a way to improve cancer treatments.

Now, we want to develop this technology to do other types of things, and in order to do that we need to make a system that is RNA-free.

We use RNA-based systems to make drugs, because RNA is a molecule that can be modified in a way that is very precise.

In a way, we can make the RNA molecules we need in a very precise way.

That’s what’s called RNA-inversion, which means we’re actually changing the molecular structure of the molecule in a specific way so that the drug molecule doesn’t bind to the DNA of the cells.

But in a system like this, it’s important that the DNA is not the only part of it.

In other words, we need an RNA inversion system that’s completely RNA-safe.

That means that we can put it into cells, so it doesn’t affect the cell.

What are the challenges of building the facility?

Building a facility to house research is a big challenge.

The facility has a lot of facilities around the world that have been built for research.

The challenges with this facility are, as you might expect, that it will take a long time to get everything built.

There’s going to be a lot going on with the space, the equipment, and everything that comes with it.

You have to take care of a lot more than one room.

There are lots of different facilities around, but the Carver facility is built specifically to house a large amount of research and the equipment that goes with it, and it’s going into this building is going into an empty room, and that’s the biggest challenge.

What is the future of gene-based medicine?

The future of genetic therapies in medicine is still very much in the research phase.

It is still early days.

So, until the next major advance in this field, we’re going to need a lot and a lot to advance our understanding of the molecular mechanism of disease and to develop a lot different treatments.

We need to develop some treatments that are effective in certain patients, and to build other treatments that can go into people who have other genetic conditions.

For example, we know from other parts, that people with certain genetic conditions can have better response to drugs that are designed to kill cancer cells.

And we know that we have some genetic variants that make some people more susceptible to the effects of some drugs.

But there are no clinical trials yet that are showing that those are the only ones.

So the challenge with this research is that, at the moment, we don’t have

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