Biotechnology industry on the upswing: Aeterna Zentaris and Elite Pharmaceuticals to benefit

Early stages of the year 2012 have resulted into a great beginning for the entire biotechnology industry. This has led to a whooping increase in the NASDAQ Biotechnology index, which is currently 80% higher than before. The industry is recovering really fast from the previous economic crisis. An increase in the funding for the biotech industry has been recently reported by the GIA (Global Industry Analysts). Various investing opportunities in the field of biotechnology, equity researches in the field of Elite Pharmaceuticals and Aeterna Zentaris Inc., have been put forth by the Paragon report.
GIA has come up with a wonderful prediction of a whooping US$320 billion increase in funding for research and development by the year 2015. This includes expansion of this industry in medical sciences as well as agriculture. There are various government initiatives in the pipeline which would help in driving growth in this industry. GIA further explains that various developing industry markets like China and India can emerge as useful industrial and agricultural biotechnology markets, as they have witnessed increase in income levels and population. These countries are developing into a great hub for biotech drugs as they come with a great and rich talent pool and reduced cost of investments. This was recently stated by GIA in a press release. Various oral sustained and controlled drugs and products have already been developed by Elite Pharmaceuticals Inc. The strategy of Elite focuses on bringing in various partner companies in the product management life cycle. This has led to a vast improvement of various off-patent products of drugs. It was only during the last week that Elite announced its initial shipment of the drug methadone hydrochloride (10mg tabs) to one of its wholly owned subsidiary,The Pharma Network, LLC, as well as Ascend Laboratories, LLC. This was done in regards with the commercial manufacturing and supply agreement. Aeterna Zentaris has developed various drugs for oncology researches. It has also proven quite beneficial for investigating treatments for different cancers like multiple myeloma, ovarian, colorectal, bladder and prostrate cancers.

The paragon report for such investigations and upswings in biotechnology has been compensated by various third party organizations for advertising requirements.

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Business of biotechnology

Technology that makes use of any kind of living organism, for example, micro organisms, is known as biotechnology. Modern medical science, especially biotechnology, has emerged as a booming profitable business in the last few decades. Perceiving further growth in the sector, venture capitalists have increased their investments in this field. However promising the sector looks, venture capitalists are wary of investing their money in the startup firms owing to the risks involved and doubts about their sustainability.
What the report says?
The national venture capitalist Association and Pricewaterhouse Cooper Ltd. reported that $4.73 billion was spent by venture firms on 446 biotechnology companies in 2011 while only 153 pharmaceutical companies and equipment companies were able to receive their first funding from the venture capitalists, thus making it the lowest since 1996.
The number of new firms that have been registered with Food and Drug Administration has also gone up. The rise is calculated of about 43%. Out of these registered companies, only 13% some of them owe their success to venture capital funds.
This decline in the funding for startup biotech companies would affect the future innovation in this sector because of which we would see less number of innovations in the biotechnology field.
Summary
Venture capitalists are profit driven people. They decide their own rules before investing in a biotech company while entrepreneurs in this field are idea driven. The idea that they might have hit upon during their academic years might take a little longer to translate into commercial success. The perspective with venture capitalists is generally for 10 years or less than that. Therefore, they are averse to funding projects that may require more than 10 years to be a success, which is generally the case with most of these companies. Hence, we see a decline in funding at the outset. But, the need is to be more patient and have faith in the entrepreneur and his idea so that future innovation is not affected.

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€3m to support skills development in biotechnology sector

€3m to support skills development in biotechnology sector

The new joint venture

Recently, University College Dublin and Elan came out with a big news which is expected to mark a new beginning in the field of biotechnology. Both of these institutions will be working together on a venture. The highlight of this venture would be its cross linking policy between both the students of business studies and science branch in the university. The venture is expected to use the fusion of application of business studies and that of science including biology and applied engineering.

How will the venture work?

The venture is expected to run for at least seven years and will cost the company more than three million euros. The investment in the university’s new science center will help open two new scholarships (post doctoral ones). And that is not all. Another announcement has been made that lectures will now be organized annually, which will be targeted towards the students of the university, helping them to develop their intellectual abilities.

This groundbreaking initiative will not only be targeted towards the development of both biotechnology and the business associated with it but will also be acting as a juncture that will allow the students of science, business management and medical branch to work together under the common umbrella of Elan.

How will it affect the students?

The people in charge in both the organizations say that the venture will benefit the students at more than one level. On one hand, the venture will allow the students of different branch of studies to work together, and on the other hand, it will allow the students to work with the best in their respected fields. It will also allow the students to learn about the ever changing and risky world of bio technology. Although this is a giant leap for those involved, the success of the venture remains to be seen in time.

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‘Scandal’ in Vatican Over Stem Cell Conference: Appearances by Trounson and Others Cancelled


The Vatican has cancelled a controversial scientific conference that would have featured scientists, including the president of the California stem cell agency, who support human embryonic stem cell research.

The conference reportedly created a "scandal" in the Vatican, according to a report by David Kerr of the Catholic News Agency. Kerr wrote,

"'I am infinitely relieved that the Church has avoided a major blunder which would have confused the faithful for decades to come,'” said one member of the Pontifical Academy who asked for anonymity in commenting to (the Catholic News Agency)."

The Catholic church opposes hESC research because of its belief that it destroys human life.

The conference would have taken place at the Vatican April 25-28 and included an audience with the pope. In addition to an appearance by CIRM's Alan Trounson, the key lecture was scheduled to have been given by George Daley of Harvard.

Kerr quoted the member of the Vactican's Pontifical Academy for Life as saying,

"The Holy Spirit has certainly shown to be present through those faithful members who drew attention to the ambiguity of the choice of speakers. I hope and pray that a review will be affected of the basis on which these congresses are planned."

Kerr also quoted another anonymous member of the academy as saying that the presence of speakers such as Trounson and Daley was "a betrayal of the mission of the academy and a public scandal."

Source:
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'Scandal' in Vatican Over Stem Cell Conference: Appearances by Trounson and Others Cancelled


The Vatican has cancelled a controversial scientific conference that would have featured scientists, including the president of the California stem cell agency, who support human embryonic stem cell research.

The conference reportedly created a "scandal" in the Vatican, according to a report by David Kerr of the Catholic News Agency. Kerr wrote,

"'I am infinitely relieved that the Church has avoided a major blunder which would have confused the faithful for decades to come,'” said one member of the Pontifical Academy who asked for anonymity in commenting to (the Catholic News Agency)."

The Catholic church opposes hESC research because of its belief that it destroys human life.

The conference would have taken place at the Vatican April 25-28 and included an audience with the pope. In addition to an appearance by CIRM's Alan Trounson, the key lecture was scheduled to have been given by George Daley of Harvard.

Kerr quoted the member of the Vactican's Pontifical Academy for Life as saying,

"The Holy Spirit has certainly shown to be present through those faithful members who drew attention to the ambiguity of the choice of speakers. I hope and pray that a review will be affected of the basis on which these congresses are planned."

Kerr also quoted another anonymous member of the academy as saying that the presence of speakers such as Trounson and Daley was "a betrayal of the mission of the academy and a public scandal."

Source:
http://californiastemcellreport.blogspot.com/feeds/posts/default?alt=rss

CIRM Directors Mulling Changes in Funding Direction


The California Stem Cell Report is concluding its coverage today of the meeting of the governing board of the directors meeting of the California stem cell agency.

No decisions were made on the general direction of future funding -- basic research and training vs development of therapies. Some of the directors differed sharply on the issues, however. We will have more on this subject later.

Here are slides from the presentation on the progress report on the agency's $230 million disease team round. One $19 million grant was cancelled.
Progress Report: Disease Team Grants by California Stem Cell Agency

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Stem Cell Scientist Impressed by CIRM Oversight Over Huge Grants


A California stem cell researcher, who must remain anonymous, made the following emailed comment today on the progress report on the $230 million in disease team grants from the California stem cell agency and termination of a $19 million grant.

"I'm impressed that CIRM is following through on monitoring the huge disease team grants and has actually curtailed the funding of one that didn't meet a key milestone. I hope that makes the other grant holders nervous! Too many scientists (in my humble opinion) forget that they need to do what they said they'd do- or - if the first plan fails, have the expertise and desire to adapt and find another way to reach the goals."

Source:
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CIRM Hires New PR Chief


The $3 billion California stem cell agency announced today that it has hired Kevin McCormack, currently media relations manager at California Pacific Medical Center in San Francisco, as its new director of communications.

CIRM Chairman Jonathan Thomas told the agency's directors at their meeting this morning in Sacramento that the appointment comes "not a moment too soon." Thomas told directors last June that the agency was engaged in a "communications war." Directors have been concerned about the lack of media coverage of the agency, which is largely below the radar of the mainstream media.

Thomas said that McCormack has "lots of experience" in media crisis management and "pressure cooker situations."

McCormack also served as media relations manager, Division of Research at Kaiser Permanente, and was a health/medical producer at KRON-TV in San Francisco.

The agency did not immediately release McCormack's salary. He will begin work April 2.

Source:
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California Stem Cell Agency Pulls $19 Million Grant


The California stem cell agency has terminated a $19 million grant to a UC San Francisco researcher involved in the agency's ambitious attempts to push stem cell therapies into clinics.

The agency said the research effort led by Mitchel Berger, chairman of the department of neurological surgery at UCSF, "did not meet a go/no-go milestone" stipulated in the grant. His research was funded in 2010 to treat brain tumors with genetically modified neural brain cells. No further explanation for the termination was provided by CIRM in a report prepared for tomorrow's meeting of the CIRM governing board. The agency estimated the cancellation would save $13 million.

The California Stem Cell Report has asked Berger and his co-PIs for comment on the CIRM action. The other researchers are Evan Snyder of Sanford-Burnham and Webster Cavanee of the Ludwig Cancer Institute. Their remarks will be carried verbatim when they are received.

The CIRM action was disclosed in the progress report on the $230 million disease team effort launched by the agency in 2009. The amount climbed to more than $250 million with contributions from partnering countries. Three of the 14 funded applicants – Irv Weissman and Gary Steinberg, both of Stanford, and Karen Aboody of the City of Hope – were approved only after they appealed to the CIRM board to overturn rejections by grant reviewers. (See  here , here and here for their written appeals. See here and here for coverage of the 2009 board action.)

One other disease team grant was modified to limit its scope and revise its funding. No savings were announced by CIRM. The PI on the $20 million project is Dennis Carson of UC San Diego. Co-PIs are Catriona Jamieson, also of UC San Diego, and John Dick of the University Health Network of Canada. The research is aimed at leukemia.

The actions on the disease team grants were not entirely unexpected. From their inception, CIRM directors have been told not to expect all the grants to finish successfully.

Ellen Feigal, senior vice president for research and development at CIRM, prepared the 19-page update on the disease team efforts. The grants are aimed at generating an investigational new drug application with the FDA within the four-year term of the grant.

She said that the funding decisions were made following evaluation of the projects by panels of clinical development advisors. Their recommendations were then considered by CIRM staff.

Feigal's report laid out accomplishments of the research so far and discussed changes in direction.

She said two companies have been formed since the grants were awarded to commercialize the hoped-for products. She said that in June 2011 Aboody founded TheraBiologics Inc., Newport Beach, Ca., of which she is chief scientific officer and director. Another company, Regenerative Patch Technologies, Glendale, Ca., was created by the team working on an hESC treatment for age-related macular degeneration. That $16 million grant involves Mark Humayan and David Hinton of USC, Dennis Clegg of UC Santa Barbara and Peter Coffey, formerly with University College, London, but now at UC Santa Barbara. The effort has generated seven patent filings.

The Feigal update also discussed the efforts of companies involved in other disease team grants. The lack of CIRM funding for biotech firms has been a bone of contention with industry and troublesome for some CIRM directors.

CIRM indicated the projects involving the firms were moving on schedule with no major difficulties reported. The companies involved are ViaCyte of San Diego, Calimmune of Tucson, Az., and Sangamo Inc. of Richmond, Ca.

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Stem Cell Agency Proposes 7 Percent Budget Hike, Seeks $50 Million in Private Funds


The California stem cell agency is proposing an operational budget of $17.8 million for the coming fiscal year, an increase of 7.2 percent over estimated spending for the current year ending June 30.

Financial documents (proposed budget and finance report) prepared for tomorrow's CIRM governing board meeting also showed that CIRM hopes to snag "$50 million in new, outside financial commitment for CIRM programs." This would represent the first major effort in recent years by CIRM to solicit private funds. The "draft goal" is in keeping with the agency's move to build a base of non-governmental funding.

Currently it is financed with cash that the state, which is mired in a financial crisis, must borrow. While CIRM's budget is increasing, the general fund budget for the entire state has plummeted from $103 billion in 2007-2008 to $87 billion this year.

The proposed CIRM budget also disclosed the agency will be facing substantial new costs – $1 million annually – for rent beginning in November 2015. CIRM has been operating rent-free since 2005 because of an $18 million recruitment package put together by the city of San Francisco.

The largest item in the proposed budget is salaries and benefits at $11 million, up from a projected $9.3 million for this year. The agency, which is administering $1.3 billion in grants involving hundreds of researchers, projects an increase in staff to 59. The agency currently has 51 employees, according to the finance report.

Outside contracts are the second largest expense at $3.4 million ($3 million this year) with grant reviews, meetings and workshops at $2.2 million(no comparable figure for this year).

By law, the stem cell agency operates under a budget cap of 6 percent of bond proceeds under the terms of Proposition 71, the ballot initiative that created CIRM.

In addition to tomorrow's review, the budget will be examined by the directors Finance Subcommittee April 2 before coming back for final approval in late May.

(Editor's note: An earlier version of this item incorrectly stated that the rent costs would rise to $1 million beginning in 2016. In fact, the increase will begin in November 2015. CIRM has revised the start date.)

Source:
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The AP on the California Stem Cell Agency: No Cures, Hazy Future


The Associated Press news service, whose reports circulate worldwide, has taken the measure of the $3 billion California stem cell agency, declaring that it has produced no cures and that it "faces an uncertain future."

The piece by science writer Alicia Chang asked whether the agency is "still relevant" nearly eight years after it was created by California voters and whether it will exist after the money for new grants runs out in about five years.

She wrote,

"Midway through its mission, with several high-tech labs constructed, but little to show on the medicine front beyond basic research, the California Institute for Regenerative Medicine faces an uncertain future."

Chang's piece carries more weight than those in most publications. The AP is the backbone of news coverage in the United States. Its news feeds appear automatically on hundreds, perhaps thousands of web sites in this country. Her article will also serve as a baseline in the future as other reporters examine the stem cell agency.

Here are excerpts from the piece:

"So what have Californians received for their money so far?

"The most visible investment is the opening of sleek buildings and gleaming labs at a dozen private and public universities built with matching funds. Two years ago, Stanford University unveiled the nation's largest space dedicated to stem cell research - 200,000 square feet that can hold 550 researchers.

"There are no cures yet in the pipeline and CIRM has shifted focus, channeling money to projects with the most promise of yielding near-term results."

Chang wrote,

"Several camps that support stem cell research think taxpayers should not pay another cent given the state's budget woes.

"'It would be so wrong to ask Californians to pony up more money,' said Marcy Darnovsky of the Center for Genetics and Society, a pro-stem cell research group that opposed Proposition 71, the state ballot initiative that formed CIRM."

The article quoted UC Davis stem cell researcher Paul Knoepfler as favoring another bond measure to keep CIRM afloat, although he said he recognizes the average Californian may disagree.

Roger Noll, professor emeritus of economics at Stanford, was quoted as saying that "CIRM's legacy has yet to be written."

"'CIRM spent a lot of money and there's a lot of stuff going on, but it's too early to know whether it was worth it,' Noll said."

Chang concluded with these four paragraphs:

"David Jensen, who runs the blog California Stem Cell Report, said Californians have benefited, but whether it will be worth the $6 billion the state has to pay back remains unclear.

"'The agency's responsibility is now to get the biggest bang for the buck, which is no easy task given the tentative nature of much of the science involved,'" he said in an email.

"Some think CIRM has left a mark whether or not it will exist in the future.

Its 'legacy will be felt in part by the stimulus that it has had on stem cell' research in California, said Fred Gage of the Salk Institute for Biological Studies."

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Coverage of Wednesday’s Stem Cell Board Meeting


The California Stem Cell Report has found its cyberspace connection again on Isla Taboga about 10 miles offshore of Panama City. We expect to bring you live coverage via an Internet audiocast of Wednesday's meeting of the board of the California stem cell agency. The directors are scheduled to discuss a progress report on the agency's ambitious, $250 million disease team program and the termination of one grant. Directors are also expected to consider the agency's proposed budget for the coming year, its plans for its next few years of life and its plans to give away $3 million for stem cell programs for high school students. The meeting begins at 9 a.m. PDT.

http://www.cirm.ca.gov/summaries-review-applications-rfa-11-04-cirm-creativity-awards

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Coverage of Wednesday's Stem Cell Board Meeting


The California Stem Cell Report has found its cyberspace connection again on Isla Taboga about 10 miles offshore of Panama City. We expect to bring you live coverage via an Internet audiocast of Wednesday's meeting of the board of the California stem cell agency. The directors are scheduled to discuss a progress report on the agency's ambitious, $250 million disease team program and the termination of one grant. Directors are also expected to consider the agency's proposed budget for the coming year, its plans for its next few years of life and its plans to give away $3 million for stem cell programs for high school students. The meeting begins at 9 a.m. PDT.

http://www.cirm.ca.gov/summaries-review-applications-rfa-11-04-cirm-creativity-awards

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Motion sickness – what to do?

From a 2011 BMJ review:

Travel by car, train, or other transport is part of everyday life for most people, and therefore motion sickness is a quite common problem. It was recognized in the early days of sea travel and the word for sickness, “nausea,” derives from the Greek word ????, meaning “ship.”

Motion sickness is also a potentially disabling problem, thought to be due to sensory conflict or “mismatch” involving the vestibular system.

Symptoms can be provoked by:

- externally imposed motion
- implied self motion from a moving visual field, such as in a cinema

Symptoms

Motion sickness manifests with:

- nausea, vomiting, and stomach awareness
- increased salivation
- belching
- pallor
- sweating
- headache
- dizziness
- apathy, drowsiness, and malaise
- hyperventilation

Habituation

Behavioral treatments such as habituation can be effective but at the same time they can be unpleasant and time consuming

Hyoscine

Hyoscine is an effective preventive medication. There are oral forms and transdermal patches. Hyoscine nasal spray is also effective in preventing motion sickness

Evidence to support the use of other drugs is weaker, especially taking into account the trade off between efficacy and adverse effects. Traditional remedies such as ginger and acupressure bands have not been effective.

References:

Managing motion sickness. BMJ Review 2011; 343 doi: 10.1136/bmj.d7430
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Symptomatic knee osteoarthritis (OA) increased during the past 20 years but radiographic OA did not

A recent surge in knee replacements is assumed to be due to aging and increased obesity of the U.S. population.

This cross-sectional study used data from 6 NHANES (National Health and Nutrition Examination Survey) surveys between 1971 and 2004 and from 3 examination periods in the FOA (Framingham Osteoarthritis) Study between 1983 through 2005 of the U.S. population.

Prevalence of knee pain increased by 65% in NHANES from 1974 to 1994.

In the FOA Study, prevalence of knee pain and symptomatic knee osteoarthritis doubled in women and tripled in men over 20 years.

However, no such trend was observed in the prevalence of radiographic knee osteoarthritis.

Prevalence of knee pain has increased substantially over 20 years. Obesity accounted for only part of this increase.

Symptomatic knee osteoarthritis increased but radiographic knee osteoarthritis did not. Why the patients are more symptomatic now than 20 years ago?

What is Boomeritis?

In 2006, the NYTimes described the health problems of aging baby boomers who continue to exercise: osteoarthritis which needs "knee and hip replacements, surgery for cartilage and ligament damage, and treatment for tendinitis, arthritis, bursitis and stress fractures." Some doctors call this phenomenon "boomeritis" or "Generation Ouch."

References:

Increasing Prevalence of Knee Pain and Symptomatic Knee Osteoarthritis: Survey and Cohort Data. ANN INTERN MED, December 6, 2011, vol. 155 no. 11 725-732.

What is Boomeritis?

Image source: OpenClipart.org, public domain.

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What are Yips? (Mayo Clinic video)

Yips are involuntary wrist spasms that occur most commonly when golfers are trying to putt. However, the yips can also affect people who play other sports - such as cricket, darts and baseball.

It was once thought that the yips were always associated with performance anxiety. However, it now appears that some people have yips that are caused by a focal dystonia, which is a neurological dysfunction affecting specific muscles.

Charles H. Adler, M.D., neurologist at Mayo Clinic in Arizona, discusses study findings related to the yips, a condition affecting a significant number of already anxious golfers during putting or chipping.

References:

Yips. Mayo Clinic.

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Gut on a chip

We’ve had the heart on a chip, kidney on a chip and brain on a chip. Now, we’ve got another body part on a chip – the gut.

This gut on a chip, designed by Donald Ingber from Harvard University in the US, and colleagues, is quite special as it mimics the gut’s structure, conditions and even the peristaltic motions (gut muscles contracting and relaxing in turn along the tube to move food along). The team hopes that it’ll replace animal guts used in studies, such as seeing how drugs are absorbed into the body through the gut.

The team made the device from two microfluidic channels separated by a porous flexible membrane coated with extracellular matrix and lined with human intestinal epithelial cells. To recreate the natural gut’s environment, they had fluid flowing through the tube at a low rate and they exerted a strain on the tube at constant intervals to mimic peristalsis.

A schematic of the gut-on-a-chip showing the flexible porous extracellular matrix-coated membrane lined by gut epithelial cells crossing horizontally through the middle of the central microchannel, with vacuum chambers on both sides. The mechanical strain is exerted by applying suction to the vacuum chambers

Under these conditions, a columnar epithelium developed, which grew into folds – similar to the structure of intestinal villi. Then, the team grew a normal intestinal microbe (Lactobacillus rhamnosus) on the epithelium’s surface, which survived for around a week (not an easy thing to achieve, they say).

Together, these components make a more realistic model than current systems that could be used for absorption and toxicity studies, transport, drug tests and to develop new intestinal disease models.

If you want to find out more about body parts on chips and their uses, the journal Lab on a Chip has loads of papers on the topic.

Elinor Richards

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A half century for the noble gases

This year marks a very special anniversary for the noble gases – it’s 50 years since the synthesis of xenon hexafluoroplatinate (Xe+[PtF6]). What’s so special about that? Well, before xenon hexafluoroplatinate everyone thought the noble gases (helium, neon, argon, krypton, xenon, radon) were completely inert.

It’s one of the earliest things you’re taught in school chemistry lessons. The noble gases don’t react because their highest energy ‘shell’ of electrons is full – they don’t need to share electrons to feel complete. Thus they reside lonely and aloof in their own little world at the far end of the periodic table.

But in 1962 UK chemist Neil Bartlett coaxed them out to play with the other elements while while working with fluorine. The key was platinum hexafluoride (PtF6), an incredibly powerful oxidising agent that Bartlett and his colleagues had shown would react with oxygen gas. The first ionisation potential of xenon is almost the same as that of oxygen, thought Bartlett. So why not give it a shot?

An explosion of interest followed, and 50 years later we’re still making new noble gas compounds. And to celebrate, the University of British Columbia in Canada, the institution at which Bartlett made his breakthrough, is hosting a special seminar on 23 March. Guest speakers include Derek Lohmann, who worked with Bartlett on the synthesis and use of platinum hexafluoride. He told me that at the time the team wasn’t wholly aware of what an important milestone it was working towards: ‘The initial feeling was one of disbelief and then euphoria.’ It took a very powerful reagent, he explained. ’Like fluorine itself and many other compounds of fluorine, platinum hexafluoride is a very reactive species owing to its ability to attract electrons.’

Andrew Turley

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Troels Carlsen’s Paperworks

Yesterdays Troels Carlsen

Fetus Troels Carlsen

Seasonal Loss Troels Carlsen

Danish artist Troels Carlsen is inspired by the human condition, specifically how art has captured human life over the last few centuries.  I love that he uses old anatomical texts and illustrations as a base and inspiration for some of his pieces.  He doesn’t just cut them out and use them as a collage, but rather uses them as his canvas.  I suggest watching the above video on him to truly get a sense of his style.

View more of Troels’ fabulous work on his site, troelscarlsen.com.

 

[spotted by Manuel Kolb]

 

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