Category Archives: Chemistry

I just read they bombed Kyiv. This is the worst! Im so sorry. A message from my labmate was the first I saw about the full-scale Russian invasion. I called my parents in Dnipro. Several strategic objects in the city had been hit, but they are adamant about staying. We stocked up on water and arent going anywhere. Dont worry about us. They dont want to flee again.

Back in 2014, when I was studying in France, they got stuck in Donbas taking care of my grandma. On the phone with my mom in the evenings she would tell me about armed people, clearly not locals, marching on our street, military vehicles entering the town, someone organising fake referendums. Sometimes over the phone, I could hear the shelling. They managed to escape to Dnipro with my grandma. None of us have since been able to return to Donbas. Apart from the logistics, its just not safe there if you have an openly pro-Ukrainian position.

Still, we are luckier than many in Ukraine. Dnipro is a relatively safe city, thanks to its geographic position and the efforts of the Ukrainian army. And I am abroad with a job and a lab. Many Ukrainian scientists have had their research disrupted and put on hold indefinitely. Many have also joined the Ukrainian army or volunteer. And some, such as inorganic chemist Oleksandr Korsun, a lecturer at Kharkiv National University, have been killed in Russian shelling.

This war affects the lives of Ukrainians everywhere. Im not in the country, and Im still entirely consumed by what is happening there. These days I often need an extra effort to focus on my research. My supervisor Pete Skabara is supportive and he is also very involved, helping to set up the humanitarian aid point at the University of Glasgow and getting in touch with the Royal Society of Chemistry regarding ways to support chemists in Ukraine. And I assist by collecting information on Ukrainian scientists needs. I also work as a translator for the volunteer news organisation WithUkraine, and constantly look for ways to make the voices of Ukrainians, including chemists, heard internationally.

In my quest to interview Ukrainian chemists, I tried to reach out to Anton Senenko, a researcher at the NASU Institute of Physics in Kyiv. Since the end of February, hes been helping with the evacuations in the most hellish regions of Ukraines north. He saw Bucha and Irpin after Russian troops left. His Facebook feed is full of photos of burnt windowless buildings and civilian cars. I have not heard from him yet. I dont think hes doing much science these days.

Almost all the Ukrainian chemists I have spoken to say the same thing. They need academic support in various forms, and appreciate all of it, but the most critical thing Ukrainian chemists need right now is our countrys victory. Without it, no proper work can happen. The only chance for Ukrainian chemists to reach their full potential wherever they currently are is to know that their country is safe.

Things are deteriorating just over the course of my writing this piece. Every day that the Russian invasion continues costs Ukraine its infrastructure and, more importantly, our people. The situation in the chemical industry was already dreary before the invasion; many Ukrainian chemists had already left the profession for more lucrative jobs in different areas. Now there is a risk it could be entirely obliterated. I hope that soon we will be able to rebuild but also make it better than it was. It will not be easy and will require transformations on multiple levels, including profound institutional changes. Still, I am sure there are enough people keen to help with those, including the Ukrainians who got their education and professional experience outside of the country.

I am incredibly grateful for the assistance given so far, and I hope that this spirit of international support and collaboration continues until Russia withdraws all its troops from our land, and also in peacetime afterwards.

These days Im the most homesick I ever was in my over 10 years of living abroad. However, among the horrific pictures of the pain and destruction Russia brought to our land, I notice signs of hope. Under each photo of a destroyed infrastructure object or house, you will find several comments saying that we will rebuild as long as we are alive. Given the opportunity, I would happily return to Ukraine, to help with whatever I can. Im sure Im not the only one feeling this way.

But first, we need victory.

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Living through the war in Ukraine | Opinion - Chemistry World

Recently, the American Chemistry Council (ACC) undercut itsannouncement of supportfor President Bidens request to double fiscal year 2023 funding for the control of toxic substances, under the 2016 Toxic Substances Control Act (TSCA), with a strings attached demand that the Environmental Protection Agency (EPA) roll back six recent policy improvements that better protect peoples health. This was accompanied by claims that EPA is implementing policy changes that are out of touch with regulatory and economic reality.

As former senior EPA scientists and managers, we applaud ACCs support of a desperately needed increase in EPAs resources, but we are dismayed by the industrys push to reverse or modify policies that are essential to the success of the bipartisan 2016 TSCA amendments, which ironically industry supported.

The lack of EPA resources is jeopardizing the laws basic goal of accelerated risk reduction for substances posing known health and environmental threats. Instead of recognizingthe need for more timely and effective protection against unsafe chemicals, ACC warns of harms to innovation and growth. While these are unfounded fears, instead industry recommends reinstating Trump-era EPA toxics policies that undermine the 2016 law and weaken health protections.

First, it appears the industry wants EPA to ignore peoples exposure to chemicals from air emissions, water discharges, drinking water and waste disposal when evaluating the risks of existing chemicals. Failure to address these exposure pathways will result in incomplete risk evaluations and weak risk management. EPA is appropriately redoing several of the first 10 risk evaluations conducted under the amended law to account for environmental exposure in fenceline communities. This is a major step in strengthening protections for at-risk populations.

ACC next opposes making determinations of unreasonable risk that evaluate the chemical as a whole, and insists that EPA make separate risk determinations for each of the chemicals uses. Under the whole chemical approach, EPA can consider whether and how a single use that does not pose an unreasonable risk in isolation may contribute to total risk in combination with other uses. This assures that the total risk to subpopulations exposed on the job, at home and in the environment is taken into account. In our view, ACC is wrong in predicting that this approach will lock EPA into unfairly branding all uses of a chemical as unsafe. EPA can regulate uses posing unreasonable risk while identifying uses that can continue without restrictions.

ACC thirdly argues that, in evaluating risks to workers, EPA must assume they are wearing Personal Protective Equipment (PPE). However, as EPAs science advisers emphasized, this approach does not reflect reality. There are no PPE requirements for most chemicals. Even when required, small and medium sized enterprises often do not adopt or enforce PPE controls, and PPE such as respirators may be ill-fitting or used intermittently by workers. During the TSCA risk management process, EPA can make accommodations for situations in which health-protective, fully functional PPE will be employed throughout the workday.

Next, ACC claims that the Biden administration is failing to use the best available science and weight of evidence in risk evaluations. This is a stunning charge given the widely reported breaches of scientific integrity that occurred during the Trump administration. The science EPA now uses for TSCA risk evaluations follows recognized guidelines and is rigorously peer reviewed.

ACC also asserts EPA must meet deadlines (90-days) to review new chemicals. The answer to addressingdelays is to provide EPA with adequate resources to make safety determinations in an informed and science-based manner, not cut corners on safety reviews for the benefit of industry.

Finally, industry complains EPA is increasing fees charged to chemical manufacturers for risk evaluations without any accountability or improvements in service. In passing the bipartisan 2016 amendments to TSCA, Congress expected EPA to collect up to 25 percent of TSCA costs from fees. The Trump-era EPA excluded the first 10 risk evaluations from any fees, and industry fee payments have been well below the statutory target. Clearly, manufacturers have not been unduly burdened by fees and would not suffer if required to pay more.

The chemical industry, every member of Congress and the American people should support the president 2023 budget request for a functioning and effective toxic substances control program. Every one of us and especially people living and working in frontline communities is exposed to toxic chemicals daily, most of which are unregulated in the United States. Our health and welfare depend on their control. We must not let the chemical industry take us backward.

Elizabeth Southerland, Ph.D., is the former director of science and technology, EPA Office of Water.

Robert Sussman is former EPA senior policy counsel.

Linda Birnbaum is the former director of the National Institute for Environmental Health Sciences.

Penny Pfenner-Crisp is a former senior science adviser for EPAs Office of Pesticide Programs.

Originally posted here:
Unjustified industry pushback on EPAs toxic chemical regulation - The Hill

The annals of science journalism werent always as inclusive as they could have been. SoPopSciis working to correct the record withIn Hindsight, a series profiling some of the figures whose contributions we missed. Read their stories and explore the rest of our 150th anniversary coveragehere.

Crack open any high school science textbook, and itll likely contain a few basic concepts of human biology: amylase, the enzyme that chews up starch and spits out sugar; histones, the tiny protein spools around which DNA winds; cholesterols frightening knack for narrowing arteries; and the relationship between DNA, RNA, and protein that constitutes the central dogma of molecular biology. What you likely wont find is a reference to the American biochemist Marie Maynard Daly, who contributed fundamental research to all of these ideas throughout her prolific career.

The omission is neither a surprise nor an accident. Daly, a Black woman, was underappreciated for much of her professional life, which spanned from the 1940s to 1986. When she is remembered now, it is most often as the first African American woman to earn a Ph.D. in chemistrya remarkable accomplishment in the late 40s, but just one of many scientific and social achievements of her lifetime. The most important thing to me was the fact that she opened the gates for people who would not really join this field, says retired chemistry professor Paris Svoronos, who is involved in the American Chemical Societys effort to honor Daly with a National Historic Chemical Landmark plaque at Columbia University.

Born in 1921 in Queens, a borough of New York City, Daly was driven from an early age to pursue excellence in spite of barriers. She took it upon herself to basically change the conditions, says Svoronos of her eventual path into chemistry. Her father had dropped out of a chemistry program at Cornell because he couldnt afford room and board.

Excelling in the sciences at local public schools, Daly was accepted at Queens College, a city-funded institution that students with good grades could attend for free. After receiving her bachelors in chemistry in 1942, she continued working there as a laboratory assistant and tutor to build up savings. Fellowships for a masters degree at New York University and doctoral studies at Columbia University followed. Her supervisor, Mary L. Caldwell, took Daly on at a time when there were few African American students in chemistry, notes chemist Jeannette Brown in her book African American Women Chemists. In 1947, with a dissertation on the impact of pancreatic amylase on corn starch, Daly earned her Ph.D.

Finding a job cant have been easy. For minority women scientists, it did not matter whether one is being hit with the club of sexism or racismthey both hurt, a 1976 American Association for the Advancement of Science report noted. Yet the same year Daly earned her doctorate, she was hired to teach physical science at Howard University. Soon after, she received a grant to fund research at The Rockefeller Institute. There, with the molecular biology pioneer A.E. Mirsky, she studied the components of the cell nucleus. These included the aforementioned histones; the As, Ts, Gs, and Cs that make up DNA; and ribosomes, the cellular factories that convert information encoded in RNA into proteins. When James Watson won his Nobel Prize with Francis Crick in 1962 for determining the structure of DNA, he referenced a ribosome study Daly co-authored in his accompanying lecture.

When she began teaching biochemistry at Columbia University and, later, became an assistant professor at the Albert Einstein College of Medicine in the Bronx, she shifted her research focus to the heart, helping establish what is now common knowledge: consuming too much cholesterol is linked to narrowing blood vessels and high blood pressure. She continued teaching and researching at Einstein until she retired, as associate professor, in 1986.

Most of what we know about her life could have been found in her CV. Few interviews or profiles of her exist. By the time her extraordinary contributions finally began to receive recognition, it was too late to learn more; Daly died in 2003. While we can read her papers and recite a few basic facts, theres a whole wealth of her life missing, wrote journalist Megan Scudellari.

The legacy Daly left behind, however, has had an impact on younger generations of Black scientists. Her mentee at Einstein, the late Francine Essien, became a professor of biology at Rutgers and champion of racial diversity in STEM fields. Chemist Sibrina Collins, executive director of The Marburg STEM Center at Lawrence Technological University and author of African American Chemists, calls Daly an inspiration. In 1988, Daly herself started a scholarship fund, named after her parents, to support Black students in the physical sciences at her alma mater, Queens College.

During his own tenure at Queensborough Community College, chemist Svoronos never failed to share Dalys story. Most students at the college, which sits in the public school system where Daly began her education, are Black or people of color; many are immigrants. Daly, thanks in part to his efforts, will be honored with an American Chemical Society plaque at Columbia University in May 2023. This is the type of role model they should have in their life, he says. Shes a model for every single person who may start from nothing.

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Biochemist Marie Maynard Daly uncovered what makes us tick - Popular Science

Last week, My Chemical Romance surprised fans by quietly releasing Foundations of Decay, their first high-profile release since their 2014 Fake Your Death release.

During the eight years between the bands 2013 breakup and 2019 reconciliation, many fans were surprised to see My Chemical Romance officially back in action.

Despite the bands tightlipped behavior regarding releasing new music, Foundations of Decay, embodies the taboo qualities that made the genre of emo famous guaranteeing to connect with both longtime and new listeners.

Within the six-minute single, lead singer Gerard Ways gritty vocals and nostalgic blend of emo chords and percussion are highlighted, acting as a welcome return to the familiar sound that defined the early 2000s.

Longtime My Chemical Romance fan and DePaul sophomore Nicholas Magel expressed his excitement for the bands comeback.

MCR was a band that I grew up with and probably the first band I would have called myself a huge fan of. They will always have a place in my heart. There will always be a part of me cheering them on, Magel said.

Since the bands establishment in 2001, they have released over four studio albums and over 90 songs, covers and demos.

As for My Chemical Romances latest release, Magel praises the bands decision to keep their iconic sound and jagged themes of aging and the unstoppable passage of time.

I think it reminds me a lot of the older stuff they put out. Not to deconstruct the music or anything, but I feel like it goes well with the sound they had made, Magel said. It kind of made me feel like I was living in my childhood again, running around my house with earbuds in singing along.

DePaul junior Kaitlyn Milligan articulated a desire for the band to maintain the angst-ridden ambiance that so many fans have grown to love.

I hope that they keep their emo atmosphere as that is how they grew their fan base and thats why so many of us love MCR because they are so emo. Plus, by keeping their old brand it will feel more nostalgic which I like with music, Milligan said.

Although Foundation of Decay is the bands first launch in almost a decade, it has been anything but a disappointment. Reeling in over 6 million streams in under a week, the singles success proves My Chemical Romances fans remain just as loyal as they were in 2013.

While I think that Foundations of Decay is not their best song, it is not an awful song either, Milligan said. I felt that the beginning of the song sounded like any other generic alt rock song, but the later part of the song sounded like older MCR which I appreciated a lot as it took me back to listening to their older albums. I just really like how the last part was edgier and rawer.

DePaul freshman Kyle Duke explained what elements of the song stood out to him the most.

It has that classic My Chemical Romance sound, with loud, emotional guitar chords layered with Gerards almost whiny vocals, Duke said. It feels like emo pop-punk squished with parts of contemporary hard rock.

Before their split, My Chemical Romance managed to encapsulate a different modulation in each of their four albums, from the cemented emo, post hard-core sound of their first major release, I Brought You My Bullets, You Brought Me Your Love, to the gothic cathedral harmony of Three Cheers for Sweet Revenge.

The chorus is catchy as hell like always and the outro is brutal, said Duke.

While it is difficult to predict when My Chemical Romance will release more music, its more than evident that they will always have the fan base to rely on, no matter how many years pass.

See the original post here:
The return of My Chemical Romance - The Depaulia

The Zacks Chemicals Diversified industry has recovered after reeling under the effects of the coronavirus fallout. A strong revival in demand in major end markets from the pandemic-led lows and an upturn in manufacturing and industrial activities globally have put the wind back in the sails of the industry.

Dow Inc. DOW, Albemarle Corporation ALB, Huntsman Corporation HUN and The Chemours Company CC are well placed to benefit from the rebound in demand. Strategic measures, including reduction of operating costs, are also helping these companies to navigate a still-challenging environment.

About the Industry

The Zacks Chemicals Diversified industry consists of manufacturers of basic chemicals, plastics, specialty chemicals and agricultural chemicals. Companies in this space serve a host of end markets such as automotive, building & construction, transportation, electronics, aerospace and agriculture. Basic chemicals are produced in large quantities, and include petrochemicals and intermediates (such as ethylene, propylene and benzene), polymers (including plastic resins such as polyethylene, polypropylene and polyvinyl chloride), and inorganic chemicals (such as chlorine, caustic soda and titanium dioxide). Specialty chemicals that include catalysts, specialty polymers and coating additives are used in specific fields based on their performance. Agricultural chemicals include herbicides, fungicides and insecticides that are used to protect crops from disease, pests and weeds.

What's Shaping the Future of the Chemicals Diversified Industry?

Strong End-Market Demand Buoy Prospects: Lockdowns and restrictions by governments around the world, in response to the pandemic, halted industrial activities through the first half of 2020 and gutted demand for chemicals in the key end-use markets, including automotive, construction and electronics. However, chemical demand started to pick up from the third quarter of 2020 on the return of global economic activities. The uptick in demand is being driven by a rebound in manufacturing and industrial activities globally. The automotive industry has rebounded, following the virus-led slump riding on pent-up demand and the shift toward private transportation. Despite the semiconductor crunch still hurting production, diversified chemical companies are seeing firm demand from the automotive market. The construction sector has also bounced back on the resumption of many projects, with strength particularly being witnessed in residential construction. A recovery in demand is also being witnessed across the aerospace and energy markets. An upturn in drilling activities on the back of a surge in oil prices has led to an uptick in demand in the energy space. As the major end-use markets gain further strength, demand for chemicals is expected to go up, thereby driving sales volumes and top lines of diversified chemical companies.

Strategic Actions to Drive Results: The companies in this space are taking a host of strategic measures, including cost-cutting and productivity improvement, operational efficiency improvement and actions to strengthen the balance sheet and boost cash flows. In particular, the industry participants are aggressively implementing actions to bring down costs, which include the reduction of discretionary spending and traveling expenses. The industry players are also raising selling prices to counter cost inflation. These moves are likely to help the industry in sustaining margins amid the prevailing challenges.

Higher Input Costs Pose Margin Headwinds: The industry players are exposed to cost pressure associated with raw materials resulting from short supply. These companies also face challenges arising from higher supply chain and logistics costs. The pandemic-driven disruptions in the supply chain have pushed up the prices of inputs. Russia's invasion of Ukraine and new government-mandated lockdowns in China have also put more pressure on the already strained global supply chain. The impacts of supply and logistic bottlenecks are expected to continue over the short term. Higher raw material and logistics costs are, thus, likely to drag the margins of diversified chemical companies.

Story continues

Zacks Industry Rank Indicates Upbeat Prospects

The Zacks Chemicals Diversified industry is part of the broader Zacks Basic Materials sector. It carries a Zacks Industry Rank #97, which places it at the top 38% of more than 250 Zacks industries.

The groups Zacks Industry Rank, which is basically the average of the Zacks Rank of all the member stocks, indicates a bright near term. Our research shows that the top 50% of the Zacks-ranked industries outperforms the bottom 50% by a factor of more than 2 to 1.

Before we present a few stocks that you may want to consider for your portfolio, lets take a look at the industrys recent stock-market performance and valuation picture.

Industry Underperforms S&P 500

The Zacks Chemicals Diversified industry has underperformed the Zacks S&P 500 composite over the past year while outperforming the broader Zacks Basic Materials sector over the same period.

The industry has lost 8.1% over this period compared with the S&P 500s decline of 6.1% and the broader sectors decline of 11.3%.

Industry's Current Valuation

On the basis of the trailing 12-month enterprise value-to EBITDA (EV/EBITDA) ratio, which is a commonly used multiple for valuing chemical stocks, the industry is currently trading at 6.63X, below the S&P 500s 12.38X and above the sectors 5.97X.

Over the past five years, the industry has traded as high as 13.28X, as low as 5.27X and at the median of 8.03, as the chart below shows.

4 Chemicals Diversified Stocks to Keep a Close Eye on

Albemarle: North Carolina-based Albemarle is a premier specialty chemicals company with leading positions in attractive end markets globally. It is benefiting from higher volumes in its lithium business on continued recovery in global economic activities. Healthy customer orders and plant productivity improvements are supporting volumes. Higher lithium prices due to tight market conditions are also supporting its performance. Its bromine business is also gaining from higher demand, a rebound in certain end markets, higher pricing and cost-saving actions. ALB is seeing strong demand for flame retardants. The company is also strategically executing its projects aimed at boosting its global lithium derivative capacity. It remains focused on investing in high-return projects to drive productivity. Albemarle is also benefiting from cost-saving and productivity initiatives.

Albemarle, currently sporting a Zacks Rank #1 (Strong Buy), has expected earnings growth of 175% for the current year. The Zacks Consensus Estimate for ALBs current-year earnings has been revised 85.8% upward over the last 60 days. The company has also surpassed the Zacks Consensus Estimate in each of the trailing four quarters, the average being 22.5%. You can see the complete list of todays Zacks #1 Rank stocks here.

Dow: Based in Michigan, Dow is a material science company, providing a world-class portfolio of advanced, sustainable and leading-edge products. It is benefiting from cost synergy savings and productivity initiatives along with its investment in high-return projects. The company focuses on maintaining cost and operational discipline. Its restructuring program is also expected to deliver margin benefits. DOW also remains committed to investing in attractive areas through highly accretive projects. It is also benefiting from higher demand for its materials across a number of markets, including personal care, electronics, construction, healthcare and packaging.

Dow currently carries a Zacks Rank #2 (Buy). The consensus estimate for current-year earnings has been revised 18.8% upward over the last 60 days. DOW has also surpassed the Zacks Consensus Estimate in each of the trailing four quarters, the average being 9.2%.

Huntsman: Texas-based Huntsman is a leading manufacturer of differentiated and commodity chemical products. Huntsman remains focused on growing its downstream specialty and formulation businesses. The company's Polyurethanes segment is well positioned for strong upside in the long term on the back of its focus on ramping up its high-value differentiated downstream portfolio. HUN should also gain from significant synergies of acquisitions. Its strong liquidity and balance sheet leverage gives it adequate flexibility to continue to develop and expand its core businesses through acquisitions and internal investments.

Huntsman, carrying a Zacks Rank #2, has an expected earnings growth rate of 22.6% for the current year. The consensus estimate for HUN's current-year earnings has been revised 8.5% upward over the last 60 days. The company beat the Zacks Consensus Estimate for earnings in each of the last four quarters at an average of 12.6%.

Chemours: Based in Delaware, Chemours is a leading provider of performance chemicals. Chemours is benefiting from a rebound in demand from the coronavirus-led downturn, strong execution and its cost-cutting actions. It is witnessing increasing adoption of the Opteon platform. Demand for Opteon remains strong in mobile and stationary applications. CCs cost-reduction program along with its productivity and operational improvement actions across its businesses are also expected to support margins.

Chemours, a Zacks Rank #2 stock, has expected earnings growth of 30.5% for the current year. The Zacks Consensus Estimate for earnings for the current year has been revised 15.2% upward over the last 60 days. CC beat the Zacks Consensus Estimate in three of the trailing four quarters. In this time frame, it has delivered an average earnings surprise of roughly 28.7%.

Want the latest recommendations from Zacks Investment Research? Today, you can download 7 Best Stocks for the Next 30 Days. Click to get this free report Dow Inc. (DOW) : Free Stock Analysis Report Albemarle Corporation (ALB) : Free Stock Analysis Report Huntsman Corporation (HUN) : Free Stock Analysis Report The Chemours Company (CC) : Free Stock Analysis Report To read this article on Zacks.com click here. Zacks Investment Research

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4 Stocks to Buy From the Promising Diversified Chemical Industry - Yahoo Finance

The report investigates the current status of theAnimal Study Workflow Software Marketand analyses the future trends of the Animal Study Workflow Software market. The report explores the market opportunities available in the Animal Study Workflow Software market. The report assesses the Animal Study Workflow Software market sourced from the currently available data. The report provides in-depth information of the Animal Study Workflow Software market that helps market players understand and analyse the Animal Study Workflow Software industry in terms of key products and services, value-added products, emerging markets, and industries. The report provides basic analysis of the Animal Study Workflow Software market. The report determines the current production and future demand for the products and services, and assists the market players in planning for investment. The report analyses the major exporting and importing producers, overview of the industry, preliminary and secondary assessment of its future potential. The report summarizes the knowledge gaps and recommendations.

Key Players in the Animal Study Workflow Software market:

ThernoFisher Scientific, Virtual Chemistry, Labcat, Instem, Biopticon, IDBS, PDS, VEEVA, Medrio, Dotmatics, Overwatch, DSI, emka, iVENTION, ViewPoint, locus technology, Newlab, Studylog

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Animal Study Workflow Software Market Types:

.

Animal Study Workflow Software Market Applications:

Pharmaceutical companies, Academic institutions, Clinical research organizations, Biotechnology companies

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Animal Study Workflow Software Market Upcoming Trends, Segmented by Type, Application, End-User and Region -ThernoFisher Scientific, Virtual...