Chlorobenzene Market 2020-2024 | Increased Demand for Chlorobenzene from the Chemical Industry to Boost Market Growth | Technavio – Business Wire

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LONDON--(BUSINESS WIRE)--The chlorobenzene market is expected to grow by USD 767.36 million during 2020-2024. The report also provides the market impact and new opportunities created due to the COVID-19 pandemic. We expect the impact to be significant in the first quarter but gradually lessen in subsequent quarters with a limited impact on the full-year economic growth.

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Chlorobenzene and its by-products are some of the most consumed materials in the chemical industry. They are used as intermediates in the production of various chemical-based products such as dyes, pigments, herbicides, and pesticides. Chlorobenzene is also used as a solvent in the manufacture of paints, adhesives, oil cleaners, waxes, and polishes. Furthermore, PPS, a semi-crystalline polymer manufactured by chlorobenzene, is widely used in the textile industry for coatings and fabrics owing to its high resistance to temperature, thermal shock, and chemicals. Many such applications are increasing the consumption of chlorobenzene in the chemical industry, which is driving the growth of the market.

To learn more about the global trends impacting the future of market research, download a free sample: https://www.technavio.com/talk-to-us?report=IRTNTR43475

As per Technavio, the high consumption of chlorobenzene in APAC will have a positive impact on the market and contribute to its growth significantly over the forecast period. This research report also analyzes other significant trends and market drivers that will influence market growth over 2020-2024.

Chlorobenzene Market: High Consumption of Chlorobenzene in APAC

The market is witnessing an increase in the demand for chlorobenzene from emerging economies such as China, India, and Japan. This can be attributed to the abundant availability of raw materials and the strong presence of established market players in these countries. Besides, the shifting of chemical industries from developed countries such as the US to China and India has significantly increased the consumption of chlorobenzene in APAC. Also, the strong growth of cotton and textile industries in China and India is increasing the demand for dyes, pigments, and fabric solvents. In addition, the increasing demand for personal care products, chemicals, and pharmaceuticals in APAC is significantly contributing to the overall growth of the global chlorobenzene market.

Increasing demand for agrochemical intermediates and the rising population in India and China will further boost market growth during the forecast period, says a senior analyst at Technavio.

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Chlorobenzene Market: Segmentation Analysis

This market research report segments the chlorobenzene market by type (monochlorobenzene, p-dichlorobenzene, o-dichlorobenzene, and others) and geography (APAC, North America, Europe, South America, and MEA).

The APAC region led the chlorobenzene market in 2019, followed by North America, Europe, South America, and MEA respectively. During the forecast period, the APAC region is expected to register the highest incremental growth due to the high consumption of p-dichlorobenzene.

Technavios sample reports are free of charge and contain multiple sections of the report, such as the market size and forecast, drivers, challenges, trends, and more. Request a free sample report

Some of the key topics covered in the report include:

Market Drivers

Market Challenges

Market Trends

Vendor Landscape

About Technavio

Technavio is a leading global technology research and advisory company. Their research and analysis focus on emerging market trends and provides actionable insights to help businesses identify market opportunities and develop effective strategies to optimize their market positions.

With over 500 specialized analysts, Technavios report library consists of more than 17,000 reports and counting, covering 800 technologies, spanning across 50 countries. Their client base consists of enterprises of all sizes, including more than 100 Fortune 500 companies. This growing client base relies on Technavios comprehensive coverage, extensive research, and actionable market insights to identify opportunities in existing and potential markets and assess their competitive positions within changing market scenarios.

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Experimenting With Iron Under Pressure to Better Understand the Physics, Chemistry, and Magnetic Properties of Earth – SciTechDaily

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Iron is the most stable and heaviest chemical element produced by nucleosynthesis in stars, making it the most abundant heavy element in the universe and in the interiors of Earth and other rocky planets.

To get a better understanding of the high-pressure behavior of iron, a Lawrence Livermore National Laboratory (LLNL) physicist and international collaborators discovered the subnanosecond phase transitions in laser-shocked iron. The research appears in the June 5, 2020, edition of the journal Science Advances.

The research could help scientists better understand the physics, chemistry, and the magnetic properties of Earth and other planets by measuring time-resolved high-resolution X-ray diffractions for the entire duration of shock compression. This allows observation of the timing of the onset of elastic compression at 250 picoseconds and the inferred observation of three-wave structures between 300-600 picoseconds. The X-ray diffraction reveals that the famous phase transformation from ambient iron (Fe) to high pressure Fe occurs within 50 picoseconds.

At ambient conditions, metallic iron is stable as a body-centered cubic form, but as pressures rise above 13 gigapascals (130,000 times the atmospheric pressure on Earth), iron transforms to a nonmagnetic hexagonal close-packed structure. This transformation is diffusionless, and scientists can see the coexistence of both the ambient and high-pressure phases.

There are still debates about the locations of the phase boundaries of iron as well as the kinetics of this phase transition.

The team used a combination of an optical laser pump and X-ray Free Electron Laser (XFEL) probe to observe the atomic structural evolution of shock-compressed iron at an unprecedented time resolution, about 50 picoseconds under high pressure. The technique showed all of irons known structure types.

Team members even discovered the appearance of new phases after 650 picoseconds with densities similar or even lower than that of the ambient phase.

This is the first direct and complete observation of shock wave propagation associated with the crystal structural changes recorded by high-quality time series data, said LLNL physicist Hyunchae Cynn, a co-author of the paper.

The team observed three-wave temporal evolution by the elastic, plastic and the deformational phase transition to the high pressure phase, followed by post compression phases due to rarefaction waves in 50-picosecond intervals between 0 and 2.5 nanoseconds after irradiation with the optical laser.

Further experiments may lead to a better understanding of how rocky planets were formed or whether they have a magma ocean in the interior.

Other contributors include: Yonsei University, Republic of Korea; SLAC National Accelerator Laboratory; Pohang Accelerator Laboratory, Republic of Korea; Korea Polar Research Institute; Center for High Pressure Science and Technology Advanced Research, Shanghai; Arizona State University; University of South Carolina; and Osaka University.

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Experimenting With Iron Under Pressure to Better Understand the Physics, Chemistry, and Magnetic Properties of Earth - SciTechDaily

Theater, chemistry, sociology among dozens of academic programs cut at the University of Alaska system – KTOO

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A sign on the campus of the University of Alaska Anchorage. (Photo by Tegan Hanlon/Alaska Public Media)

The states public university system is eliminating dozens of degree and certificate programs from theater to chemistry to creative writing to close a budget gap driven by cuts to state funding and declining enrollment, and exacerbated by the coronavirus pandemic.

The University of Alaska Board of Regents on Friday approved cutting about 40 programs and reducing or merging several others. Its part of an effort by the UA administration to scale-down the university system as revenue sources shrink.

Regent Karen Perdue said its the largest number of program reductions at UA in recent memory, and reflects the tough financial times the university system is in.

The choices are difficult, Perdue said in a statement. Hard questions have been asked and refinements have been made.

The academic cuts stem from a months-long review process. Students, faculty and community members have pushed to save some of the programs arguing they have healthy enrollments and are unique to UA. Perdue said UA had to make difficult choices.

The program cuts will impact 30 faculty and staff. Also, almost 700 students are enrolled in the programs, according to UA. UA says those students will be able to complete their degree or certificate. Thats a requirement from accreditors.

Faculty say many more students take classes from the programs.

The programs eliminated include:

Read the full list of programs cut, merged and reduced here.

UA says the cuts will save about $4 million.

Regents also agreed on Friday to several other ways to cut spending including restructuring debt, suspending pay increases and furloughs. UA regents tasked administrators to further study a controversial proposal to merge UAS programs into the Fairbanks and Anchorage universities. The proposal has drawn widespread criticism.

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Theater, chemistry, sociology among dozens of academic programs cut at the University of Alaska system - KTOO

Trapped enzyme reveals its unexpected shape-shifting ability – Chemistry World

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An enzyme shifts rapidly between at least four different 3D shapes as it catalyses a chemical reaction, researchers have discovered. Observing this enzymatic metamorphosis was made possible by trapping individual molecules inside nanopores in an electric field. The approach could aid understanding of how enzymes work, which could help create more powerful ones or even for engineering artificial enzymes.

After the first enzyme crystal structures were solved in the 1960s, scientists realised that enzymes fold into a three-dimensional shape, forming an active site for substrates to fit into and catalyse a reaction.. However, growing evidence suggests that some enzymes shift between multiple ground-state shapes, or conformers, during a reaction.

Understanding such changes and their hierarchies could help optimise enzyme performance in applications. This requires studying them at the single molecule level but existing methods to achieve this including fluorescent labelling are limited, often because enzymes conformational changes are too small to be detected.

Now, Giovanni Maglias group at the University of Groningen, the Netherlands, has overcome this by putting an individual globular enzyme, dihydrofolate reductase (DHFR), inside a nanopore. Measuring modulations of ionic current through the pore has revealed that the enzyme folds into four different 3D structures.

The conformers show different affinities for substrates and products, and they exchange when the reaction crosses the transition state, explains Maglia. We propose that this mechanism is important to increase the efficiency of product release, which is the rate limiting step in the catalysed reaction. This observation suggests therefore that enzymatic reactions are more complex than previously expected.

Nanopores are tiny openings spanning an insulating membrane in this case the nanopore is a protein and the membrane is a lipid bilayer. Although ionic currents through nanopores have been used for over a decade to study how ligands bind to proteins at the single molecule level, this is the first time that individual steps in an enzymatic reaction have been observed inside a pore.

The researchers engineered DHFR a frequently studied model enzyme with a polylysine tag to trap it inside a modified cytolysin A pore under an electric field. When a negative potential is applied, DHFR enters the nanopore and the tag sticks to the pores negatively charged interior.

The electric potential on the membrane generates an ionic current across the pore. When folate and the co-factor nicotinamide adenine dinucleotide phosphate (NADPH) are added, their binding to DHFR alters the flow of ions, revealing the enzymes different conformations while reducing the substrate to tetrahydrofolate.

We did not expect to observe multiple conformers of the enzyme, says Maglia. We were also surprised to discover that ionic currents through nanopores are so sensitive to tiny differences in the structure of proteins.

While the approach itself is an impressive experimental feat, the most remarkable finding is the suggestion that substrate binding and turnover can lower energy barriers to conformational exchange in enzymes, says supramolecular chemist Scott Cockroft at the University of Edinburgh, UK. Understanding the principles governing such dynamics might be exploited for re-engineering known enzymes or even for developing artificial enzymes.

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Local professor uses Olaf from Frozen to teach organic chemistry – KLBK | KAMC | EverythingLubbock.com

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LUBBOCK, Texas One local professor is using Frozen characters along with singing and dancing to engage her students in organic chemistry.

Amanda Boston, PhD, an Associate Professor of Chemistry at Lubbock Christian University, said since her school started doing online classes, she had to develop new ways to engage her students.

Boston said she had done videos for her classes before but the videos she has created for her students during the pandemic involved a little more work. In fact, she said she spent forty hours editing just one video.

Ive worked with some editing software but it was never to this extent, she said. So I had an idea of what editing software could do but I wasnt well versed in it and so with some of the effects.

She said that the number of hours spent learning how to edit was worth it so her students could learn.

Something that I want to instill in my students about chemistry is that, its not boring, its fun, she said. Whether thats making a full of myself in some silly lab video or just how excited i see that i am in the classroom about what we are learning.

Student Abbey Langford said said the videos helped her engage in ways other labs havent and that she will remember them for years to come.

The online labs have given us an opportunity to watch her creative spirit flow and and see her sense of humor and get to interact with her that way, said student Abbey Langford

Student Hannah Curtis said the lab isnt her best class but that the videos have brought humor and light to the subject.

It is just really neat to have professors that care so much about us that they take so much time and effort and put all that into a 30 min lab video for the week, said Curtis.

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Cannabis Science and Technology Announces Partnership with the American Chemical Society’s (ACS) Cannabis Chemistry Subdivision (CANN) – Business Wire

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CRANBURY, N.J.--(BUSINESS WIRE)--Cannabis Science and Technology, a multimedia platform that focuses on educating the legal cannabis industry about the science and technology of analytical testing, quality control, extraction, and cultivation is proud to announce a partnership with the American Chemical Societys (ACS) Cannabis Chemistry Subdivision (CANN).

The partnership will kick-off with the Spring 2020 CANN Virtual Symposium that will take place May 67 featuring several sessions that CANN had planned for the ACS Spring 2020 National Meeting & Expo scheduled for March 22-26, in Philadelphia, Pennsylvania, which was cancelled due to the COVID-19 global pandemic.

We are honored to be able to partner with CANN and the ACS during this uncertain time to help transition their National Meeting & Expo into an innovative virtual symposium, said Mike Hennessy Jr., president and CEO of MJH Life Sciences, the parent company of Cannabis Science and Technology. As our partnership grows, we look forward to working together with them to further their mission and educating the cannabis community.

Throughout the two-day virtual symposium, cannabis scientists, researchers, and industry experts will deliver more than a dozen talks from on a wide array of topics. A special highlight of the virtual symposium will also include presentations from all the 2020 ElShohly Award winners:

Cannabis Science and Technology (CST) stands as a leading publisher in the field of cannabis science, providing a platform for the dissemination of valuable information to the scientific and cannabis community at large, said Julia Bramante, chair of CANN and lead scientist for the Colorado Department of Public Health and Environment. CANN greatly looks forward to its partnership with CST to continue to drive these initiatives of information sharing.

Cannabis Science and Technology is also excited to be CANNs publishing partner for the ACS Fall 2020 National Meeting & Expo taking place August 1620 in San Francisco, California. The magazine will help CANN create and publish a programming booklet for attendees, available both in person and digitally.

For more information and to register for the free virtual symposium, click here.

About Cannabis Science and TechnologyCannabis Science and Technology is a multimedia platform that focuses on educating the legal cannabis industry about the science and technology of analytical testing, quality control, extraction, and cultivation. The magazine is accompanied by an online component and provides relevant information and tutorials for all members of the cannabis industry. Cannabis Science and Technology is a brand of MJH Life Sciences, the largest privately held, independent, full-service medical media company in North America dedicated to delivering trusted health care news across multiple channels.

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Veteran waited to join the war effort: Chemical technician’s age kept him from fighting until 1945 – Nevada Appeal

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Jimmie Monsoor (front, wheelchair) and other veterans and guardians tour the USS Missouri. Steve Ranson / LVN

World War II veteran Jimmie Monsoor reads letters sent to him by area students. Monsoor and other veterans attended a reception at the Honolulu Elks Club. Steve Ranson / LVN

World War II William Curry, left, and Jimmie Monsoor were part of an Honor Flight Nevada trip to Hawaii. Steve Ranson / LVN

John Konvicka pushes Jimmie Monsoor past saluting sailors at the dining facility at Pearl Harbor Hickam Joint Base. Mon navy lunch

mon pearl harbor handshake

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Editors note World War II and Korean War veterans visited Pearl Harbor earlier this year as part of Honor Flight Nevadas first trip to Hawaii. The end of World War II in both Europe and the Pacific occurred 75 years ago.

The surprise attack on Pearl Harbor early on the morning of Dec. 7, 1941, prompted a call for volunteers to enlist in the military and fight for their country.

One such young man was Jimmie Monsoor, a La Crosse, Wisc., native who now lives in Reno, but his age at the time prevented him from serving.

When Pearl Harbor was bombed, everybody was ready to join, he said. I was too young. Later on, I wanted to join the Marines, but my mother wouldnt sign. She said I was too young.

Monsoor was 15 years old when the United States declared war on Japan. As the years slowly pressed on, Monsoor waited before he could join the military, but instead of volunteering at a younger age like he wanted, he received a draft notice when he was 18 years old. Within two weeks, he left for basic training. Monsoor entered the Army Air Force and spent 1945-1946 in a crucial position.

Praise the Lord, so to speak, he said. I was very fortunate to get in at the end of the war.

As a chemical technician, he was in charge of a bombs dump chemical storage on Guam, a small island in the Marianas that was recaptured by American forces in 1944.

One of my jobs was to protect those bombs, and if they had a leak, Id go in and decontaminate it, he said.

Monsoor said it was dangerous work by tending to an arsenal of mustard, napalm and chemical bombs. Each projectile was filled with liquefied noxious gas that was released when the bomb exploded. If a leak developed, Monsoor said a crew donned their decontamination equipment and fixed the leak.

To this day, Monsoor also remembers Guams hot, humid weather, and the jungle and other vegetation that covered half the island.

There were lots of insects, Monsoor said. We were fortunate the island was sprayed every two weeks.

Monsoor attended basic training Sheppard Field and Wichita Falls, Texas, and completed his advanced training for chemical technician Buckley Field, Colo. After World War II ended, Monsoor, who was a corporal, slipped into the inactive reserves, but with the breakout of war on the Korean peninsula, he was recalled. Monsoor, who spent total of 12 years in the military, remained stateside.

When World War II ended, though, Monsoor settled in California rather than returning home to Wisconsin. He attended a junior college and then California State University Sacramento where he majored in chemistry and minored in math, yet he felt his purpose in life was unfilled.

I didnt like being a chemist, he said. I applied to a pharmaceutical company in sales and management, and spent 40 years in pharmaceuticals.

Monsoor also had another trick up his sleeve, that of a magician. He opened a magic store to promote his hobby and was a magician who belonged to different organizations.

After he retired, he and his late wife, Marilyn, had planned to stay in California, but they decided to move in Reno in 2001 where housing costs were more reasonable, and the area wasnt as crowded.

Since he can remember, Monsoor has respect for those who don the uniform to serve their country. He and Marilyn flew to Washington, D.C. in 2012 on the first Honor Flight Nevada to see the nations memorials built in honor of the nations fighting men and women. Marilyn, a registered nurse, served in Vietnam on aerovac (aeromedical evacuation) missions, and also in Japan and England before retiring as a lieutenant colonel. She died in 2017.

The trip to Pearl Harbor earlier this year comes as many nations remember the 75th anniversary of World War IIs end. Monsoor had been to Pearl Harbor before as a young soldier and then with Marilyn after they married, but he said it was nice to be reminded of the price of freedom.

The five days on Oahu in February rekindled those cherished memories for the 93-year-old Monsoor.

I think of my wife, he said when they saw some of the memorials at Pearl Harbor. I wish she was here to see them again.

Not only does Monsoor reflect on his current journey to Pearl Harbor but also the need for younger generations to learn about the second world war in their classes.

I dont want people to forget, he said. I want them to remember.

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Veteran waited to join the war effort: Chemical technician's age kept him from fighting until 1945 - Nevada Appeal

Palladium catalyst voyage prompts carboncarbon bond formation rethink – Chemistry World

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Ingenious fluorescence microscopy experiments have revealed palladium atoms liberated behaviour, helping answer unresolved questions about an important process for forming bonds between carbon atoms. The SuzukiMiyaura cross-coupling won Akira Suzuki a Nobel prize in chemistry in 2010, but there has been debate about whether solid palladium catalysts are dissolving or not.

Tito Scaianos team at the University of Ottawa found that palladium atoms dissolve and leach away from other atoms in nanoparticles, but then land back on the surface of their supporting material. These redeposited palladium atoms are active sites for the carboncarbon bond formation process, explains Paolo Costa, first author on the new paper.

Industrially, the SuzukiMiyaura reaction is frequently used for the synthesis of essential drugs, says Costa. Industry finds it easier to isolate and reuse solid catalysts than work with soluble versions. But this raises the question of whether the carboncarbon bond formation reaction happens on the catalyst surface, or whether the catalyst dissolves and potentially leaches away. Finding the correct answer is important since leaching processes often result in unwanted traces of toxic metal in drugs, raising the operating costs for purification and catalyst recovery, Costa says.

At first Scaiano, Costa and their colleague Deborah Sandrin used non-microscopy methods to distinguish whether solid or dissolved palladium was the active catalyst. Some of their results suggested mechanisms occurring at the palladium nanoparticle surface, while others indicated a leaching process.

Scaianos group then used total internal reflectance fluorescence (Tirf) microscopy to directly study the atoms at work. In this process they shine specific wavelengths of laser light across a region 100200nm above a microscope slide that contains mixtures including fluorescent dyes. The microscope detects the resulting fluorescence in high resolution, potentially down to around 20nm pixel sizes and captures events occurring on timescales of 100ms. Thats enough to capture important details about catalyst behaviour.

To study the SuzukiMiyaura reaction, the Ottawa team designed a novel chemical system. They started with a molecule that fluoresces green, which has two bromine atoms that enable it to participate in carboncarbon bond formation reactions. Adding 2-thienylboronic acid can make a monosubstituted molecule, and then a disubstituted one, which fluoresces red. Using Tirf the chemists tracked when they saw the products form, and where.

At first the team saw fluorescence bursts at the same place as the palladium nanoparticles. They therefore thought carboncarbon bond formation was only happening at the palladium nanoparticle surface. But a peer reviewer who assessed their paper prior to publication suggested that atoms could be leaching and readsorbing.

The chemists rose to this challenge. They placed an area of catalyst comprising palladium nanoparticles distributed on titanium dioxide support material side-by-side with an area of titanium dioxide containing no catalyst. They then let reagents flow from the catalyst side of the slide to the pure titanium dioxide side. To their surprise, they soon started to see fluorescence bursts originating on the pure side. Tirf microscopy demonstrated that the catalytic sites, atoms or small clusters of palladium, are active once they land back on the titanium dioxide support, highlighting the heterogeneous, yet mobile, nature of the catalytic system investigated, Costa underlines.

Vivek Polshettiwar, from the Tata Institute of Fundamental Research (TIFR) in Mumbai, India, says that leached palladium atoms becoming active sites after attachment back to catalyst supports is indeed an exciting finding. Most heterogeneous catalysts for Suzuki coupling use amine or thiol functionalised supports before loading palladium, adds Polshettiwar. This generally significantly reduces leaching, he notes. It will be interesting to know if these systems also follow the same mechanism.

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Palladium catalyst voyage prompts carboncarbon bond formation rethink - Chemistry World

PharmaBlock Opens New Chemistry and Engineering Technology Center in Zhejiang Highlighting the Application of Micropacked Bed Technology in Continuous…

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Early this April, PharmaBlock Sciences (Nanjing), Inc. announced the launch of a new Chemistry and Engineering Technology Center (CETC) located next to its GMP manufacturing site in Shangyu, Zhejiang Province. Addition of the CETC will further strengthen PharmaBlocks chemistry and engineering technology platform while enabling greener, safer and more efficient process chemistry and manufacturing capabilities.

The new technology center covers an area of 32,300 ft2, with an investment of 8 million USD. Featuring state of the art assets and experienced chemists and engineers, the CETC is committed to delivering innovative solutions with a focus on flow chemistry, micropacked bed reaction, biocatalysis, and an array of engineering technologies, including but not limited to separation, crystallization, and application of DCS and process simulation.

Today, increased pressure for green, safe and sustainable supply chain management within the pharmaceutical industry has given rise to innovative chemistry and engineering technologies. We consider innovative technologies a fundamental part and cornerstone of PharmaBlocks current and future success, and as a key component of our overall innovation strategy, the CETC will definitely consolidate our competitiveness. Said Dr. Minmin Yang, Founder & Chairman of PharmaBlock.

Among these new technologies PharmaBlock has implemented, application of micropacked bed in flow hydrogenation is in the spotlight. Such a niche problem-solving technology, which has been increasingly adopted in the industry, is not only applied in lab scale, but also in pilot and manufacturing scale at PharmaBlock, with a daily output of 100Kg to 1000Kg.

Micropacked beds have been successfully applied to the development and manufacturing of several dozens of our projects. We have seen many superiorities micropacked bed creates over conventional methods: lower safety risk, lower wastes, cost and space saving, consistent quality, and robust process with simple control. Added by Dr. Yuanping Jie, Head of CETC, In addition to the existing 5L and 10L micropacked bed reactors designed by our in-house engineering team, the CETC will add more scale-up equipment, expand the application into more reaction types, like oxidation, and enhance the automated mode to further ensure safety and high efficiency.

PharmaBlock customers will benefit from the addition of the CETC in many ways. Most notably, sitting next to the Zhejiang GMP site, the CETC will support more innovative solutions to help overcome scale up challenges in customers projects, resulting in shortened lead times and reduced overall costs. The CETC also takes responsibility to optimize the scale up process of PharmaBlocks building blocks, which could be broadly used in many clinical and market drugs manufacturing.

[Contact]

Celine Chen

Marketing Director

chen_chen@pharmablock.com

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Nam Ji Hyun, Lee Joon Hyuk, And More Have Brilliant Chemistry On The Set Of 365: Repeat The Year – soompi

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MBCs Monday-Tuesday drama 365: Repeat the Year has released new behind-the-scenes stills of the actors hard at work!

365: Repeat the Yeartells the story of a mystery survival game in which people go one year back in time to make their lives perfect, but find themselves trapped in an even more mysterious course of events. The drama is receiving a lot of attention for its thrilling plot and unexpected twists.

It is not an exaggeration to say that the driving force behind the dramais theactors passionate performances and positive energy. In fact, the viewers are witnesses to their wonderful teamwork and bright spirits. The new stills capture the actors genuine comradeship, friendly atmosphere of the drama set, and the actors passion regardless of time and place.

The mood between when the camera is on versus when its off is completely different. The drama showcases a meticulous psychological warfare between the characters with Kim Ji Soo and Yang Dong Geun playing the antagonists, whereas theset off-camera is full of warm smiles, and the cast and crewinteract in an amiable atmosphere.

On top of that, the stillsshowcase the actorsdoing their best and putting on a passionate performance. Lee Joon Hyuk and Nam Ji Hyun review their scripts and rehearse until shooting begins, while Kim Ji Soo and Yang Dong Geun show amazing concentration. The actors discuss their lines together and also pose for photos every now and then.

The next episodes of 365: Repeat the Year will air on April 20 at 8:55 p.m. KST.

Watch 365: Repeat the Year on Viki:

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Exxon Mobil to boost production of chemical, rubbing alcohol needed to make masks, gowns and sanitizer – MarketWatch

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Exxon Mobil Corp. XOM, -4.59% said Wednesday is has boosted production of the raw materials needed to make medical face masks, hand santizers and gowns, to help combat shortages of personal protective equipment (PPE) as a result of the COVID-19 pandemic. The oil exploration and production giant said it has increased its capability to make specialized polypropylene by about 1,000 tons a month, which is enough to enable production of up to 200 million medical masks or 20 million gowns. The company said it has also increased production of isopropyl alcohol (rubbing alcohol) by 3,000 tons, which is enough to make up to 50 million 4-ounce bottles of medical-grade hand sanitizer. The additional polypropylene will be made at its sites in Baytown, Texas; Baton Rouge, Louisiana; and Singapore, while production of rubbing alcohol is being maximized at its Baton Rouge site. The stock dropped 3.8% in premarket trading. It has tumbled 38.6% over the past three months, while crude oil futures CL00, +1.15% have dropped 66.2% and the Dow Jones Industrial Average DJIA, -1.86% has shed 17.5%.

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Exxon Mobil to boost production of chemical, rubbing alcohol needed to make masks, gowns and sanitizer - MarketWatch

When My Love Blooms Cast Talks About Their Real-Life Chemistry – soompi

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The cast of tvNs upcoming drama When My Love Blooms shared their thoughts about filming the new drama together!

When My Love Blooms will tell the story of Han Jae Hyun and Yoon Ji Soo, who become each others first loves during their college days and then reunite many years later. The characters younger parts will be played by GOT7s Jinyoung and Jeon So Nee, while Yoo Ji Tae and Lee Bo Young will take over the characters when they meet each other again in their forties.

Ahead of the dramas premiere, the cast members shared stories about how theyre helping each other on set.

Yoo Ji Tae mentioned, The more I act with Lee Bo Young, the more comfortable she makes it for me. The sense of stability I get from her left an impression on me, and I can really feel her lovefor the production and her passion towards acting. In order to create good harmony, were being considerate and taking care of each other while wego about filming.

Similarly, Lee Bo Young said of Yoo Ji Tae, We work great together. Im always thankful to him for making filming so comfortable for me. I think the drama will be well-loved thanks to hisaffection for the series and his passion for acting.

Yoo Ji Taes younger counterpart, Jinyoung, sharedan anecdote about working with his co-star Jeon So Nee. In the drama, theres a lot of scenes where I have to act rudely to Ji Soo.In the middle of acting out those kinds of emotions, we suddenly had to create a warm atmosphere for the poster shoot, so I remember us being awkward around each other. Now she is guiding me well and helping me get even more immersed in my own character.

Jeon So Nee commented, Both Jinyoung and I have a strong desire to act well, so weve been preparing for our roles by talking a lot and helping each other. Shealso mentioned that they both got more comfortable with each other by joking around often, and that she hopes that their comfortable atmosphere willbe apparent in the drama as well.

When My Love Blooms will premiere on April 25 at 9 p.m. KST and will be available on Viki. Check out the latest teaser here, and the poster shoot here!

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Run: Tension, chemistry and darkness in Domhnall Gleesons new TV series – The Irish Times

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Ruby Richardson probably isnt the first person to have sat in a vehicle in a supermarket car park listening to a doleful Elvis tune on the radio, being overcome by melancholia and an overwhelming sense that life at that precise moment felt a bit rubbish.

The only news of note she had for her husband when he rang was that she had bought a new yoga mat, his sole concern that she get home pronto because he needed her there for a delivery.

That she would do, she promised, and when the call ended she slumped back in to her despondency.

The difference between Ruby and most everyone else to have endured the experience is that their phones tend not to then beep with a message from a mystery man called Billy that simply says: RUN. She hesitated at first, but Ruby then replied: RUN.

And that she did, heading straight for the airport to take the next available flight to New York, bringing only her handbag and yoga mat. And once there, she boards a train for Chicago, upon which also happens to be Billy.

So began the first of eight episodes of Run (Sky Comedy, Wednesday, 9pm), the HBO series starring Merritt Wever as Ruby and Domhnall Gleeson as Billy Johnson. And with the team of Vicky Jones and Phoebe Waller-Bridge (Killing Eve, Fleabag, amongst others) behind it, Run came with high hopes.

Figuring out what the blazes was happening was a test at first, but gradually we learn that Ruby and Billy havent seen each other in 15 years since they were an item in college. Back then they hatched a plan where some time in the future one would text RUN to the other, and if the same reply came quickly, they would reunite, travel together for a week and then decide if theyd return to the lives theyd temporarily abandoned or stay together.

So, that journey begins on the train to Chicago, all the while Rubys husband frantically texting her to ask where she is. Much of the drama centres around her struggle to get a signal to reply to him, so he wont call the police, Amtrak evidently having similar problems to Iarnrd ireann.

While we dont yet know a great deal about the lives theyve left behind, other than Billy being a self-help author whose book (called Amazing. Period.) Ruby roundly mocks, one thing that is clear is the chemistry between the pair. It sizzles. To the point where youre shouting get a room! at the telly. And, as luck would have it, Ruby has booked one on board, the first episode concluding with Jack, their Amtrak bedroom attendant, telling them over the intercom that its ready.

But theres as much tension in the air as there is chemistry, Ruby in particular overcome by suffocating panic at times over her decision to run. And while its billed as a romantic comedy, youve a notion theres a dark turn or two to come yet. The opening episode was more than promising enough to make you stay on board to find out just where this journey leads.

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Run: Tension, chemistry and darkness in Domhnall Gleesons new TV series - The Irish Times

Cancer-killing chemical discovered in the humble willow – The Irish News

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A potential drug that can kill cancer cells has been discovered in willow trees, sparking hopes of new treatment for childhood cancers.

It comes more than a century after aspirin was discovered in the same plant, with scientists hailing a goldmine of exciting new chemistry.

Scientists led from Rothamsted Research, working with cancer biologists at the University of Kent have discovered the chemical, miyabeacin, which has been found to kill various cancer cells, including those resistant to other drugs.

They are particularly excited about the chemicals success against neuroblastoma, a hard to treat and common childhood cancer where the overall survival rate is below 50%.

Rothamsteds Professor Mike Beale, a co-leader of the study, said: With resistance to treatment being a significant issue in cancers such as neuroblastoma, new drugs with novel modes of action are required and miyabeacin perhaps offers a new opportunity in this respect.

Structurally, it contains two salicin groups that give it a potential double dose of anti-inflammatory and anti-blood clotting ability that we associate with aspirin.

However, our results reporting the activity of miyabeacin against a number of cancer cell lines, including cell lines with acquired drug resistance, adds further evidence for the multi-faceted pharmacology of willow.

After brain cancers, neuroblastoma is the most frequent solid tumour seen in children under five years old.

Prof Beale says the next steps are to scale up production of miyabeacin from farmed willow and provide more material for further medical testing.

The use of willow bark in medicine was recorded by ancient Greek, Assyrian and Egyptian civilisations, but the first scientifically reported investigation of willow as a remedy for fever was in 1763.

In 1897 the Bayer Company produced the synthetic analogue, aspirin (acetylsalicylate), one of the earliest and most successful nature-inspired drugs.

Rothamsted Research is home to the UKs National Willow Collection and, in conjunction with the Institutes established expertise in analytical chemistry, Dr Jane Ward, a co-leader of the study, puts the cancer breakthrough down to having 1,500 willow species and hybrids available to screen with state-of-the-art techniques.

Possibly because of the success of aspirin, medicinal assessment of other salicinoids in willow has been mostly neglected by modern science, and the National Willow Collection has proven to be a gold-mine of exciting new chemistry, that perhaps underlies its position in ancient therapies, she said.

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Cancer-killing chemical discovered in the humble willow - The Irish News

Watch: Good Casting Cast Shows Off Romantic And Hilarious Chemistry In Quirky Teaser – soompi

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SBShas released a second teaser video for the upcoming drama Good Casting, starring Lee Sang Yeob, Choi Kang Hee, U-KISSs Jun, Yoo In Young, and more!

Good Casting will be an action comedy that follows women who were pushed into desk jobs at the National Intelligence Service (NIS) only to one day find themselves being promoted to field agents andsent undercover on a mission.

The new teaser begins with Lee Sang Yeob telling Choi Kang Hee, who is employed as his secretary, Dont disappear from me, and Choi Kang Hee replies, Staying with you is something anyone could have done.The two become close enough for Lee Sang Yeob to ask her to eat a meal together, but she firmly refuses with an apology.

The truth is, Choi Kang Hee is a member of NIS, and her secret mission is to keep an eye on Lee Sang Yeob. Yoo In Young is also an agent, but shes a clumsy one who is in charge of watching over Jun, arising star. Chaos is set to ensue as the two women attempt to do their jobs.

However, Lee Sang Yeob becomes suspicious of Choi Kang Hee and asks her, Are you really 29 years old? At the end, Jun barks at Yoo In Young, saying, Do you know that this luggage is more expensive than your salary? causing her to pick up the suitcases with utmost care as she struggles to follow him.

The production crew said, The actors, who are not only good at acting but also have great chemistry, createdgreat scenes every time they came together.Please wait and see what kind of complicated relationship those involved in the operation will display and whether the NIS agents will be able to succeed in solving the case.

Good Casting is set to premiere on April 27 at 9:40 p.m. KST and will be available on Viki.

Watch the latest teaser below!

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Watch: Good Casting Cast Shows Off Romantic And Hilarious Chemistry In Quirky Teaser - soompi

ExclusiveKendall Jenner and Devin Booker’s Chemistry Is ‘Off the Charts’ – inTouch Weekly

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Heating up!Kendall Jennerand NBA starDevin Bookers chemistry is off the charts, a source exclusively tellsIn Touchof their blossoming romance.

They cant keep their hands off each other, the insider reveals, adding, They have a natural rapport that isnt forced.

The hunky athlete checks all of the boxes for the runway model, the source notes. Devin makes her laugh [and] makes her feel safe. Additionally, the new couple share a lot of the same interests. They love traveling together, they love eating really bad food, they like the same movies, there are no awkward moments.

Kendall and Devin first sparked dating rumors in April after being spotted on a road trip together to Sedona, Arizona. Just one month later, the brunette beauty was seen giving the athlete a lift from Van Nuys Airport in Los Angeles.

Since then, they have done little to stop the speculation and were seen flirting on social media on August 11. Only four days after, Kendall and Devin were photographed out to dinner with sisterKylie Jenneron August 15. In photos obtained by TMZ, the trio can be seen getting into a black SUV following their meal.

Shortly after their dinner date, the dynamic duo was pictured getting handsy during a beach trip in Malibu on August 22. While trying to hide from photographers behind a white fence, Devin was spotted kissing the supermodels chest as she wore a barely-there bikini.

On Sunday, August 30,Us Weeklyconfirmed the pair are officially dating, but they are taking things slow. Kendall and Devin are seeing each other but arent serious and are just having fun with each other, a source told the outlet. Its easy because they get along well and he also gets along great with her family.

When it comes to her relationships, theKeeping Up With the Kardashiansstar does her best to keep her romances under wraps. I got a glimpse of how my sisters dealt with [the attention] and its cool to learn from that, she toldVogue Australiain May 2019.

For me, a lot of things are very special and very sacred, like my friends and relationships, and I personally think that bringing things into the public makes everything so much messier.

When it comes to love, it looks like Kendall knows exactly what she wants!

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Wesleyan chemistry teacher among Top 35 Women in Higher Education – Middletown Press

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By Wesleyan University Staff

Erika Taylor, associate professor of chemistry at Wesleyan University, is among the Top 35 Women in Higher Education in the March 20 issue of Diverse.

Erika Taylor, associate professor of chemistry at Wesleyan University, is among the Top 35 Women in Higher Education in the March 20 issue of Diverse.

Photo: Hearst Connecticut Media File Photo

Erika Taylor, associate professor of chemistry at Wesleyan University, is among the Top 35 Women in Higher Education in the March 20 issue of Diverse.

Erika Taylor, associate professor of chemistry at Wesleyan University, is among the Top 35 Women in Higher Education in the March 20 issue of Diverse.

Wesleyan chemistry teacher among Top 35 Women in Higher Education

MIDDLETOWN Erika Taylor, associate professor of chemistry at Wesleyan University, is honored among the Top 35 Women in Higher Education in the March 20 issue of Diverse Education.

Taylor joined the faculty in 2007 and teaches courses in the areas of organic chemistry, biochemistry, environmental chemistry, and bio-medicinal chemistry, among others.

Shes also associate professor, environmental studies, and associate professor, integrative sciences, and takes a multidisciplinary approach to investigating problems at the biological chemistry interface.

Diverse acknowledged Taylor for striv(ing) to find ways to exploit enzymes found in nature to perform reactions that can help advance the fields of chemistry and medicine. Her research group has included over 75 students to date, spanning high schoolers to PhD students, with women and other underrepresented students comprising more than three-quarters of her lab members.

Taylor also serves as the faculty director of Wesleyans Ronald E. McNair Post-Baccalaureate Program, which assists students from underrepresented groups in preparing for, entering, and progressing successfully through post-graduate education.

Diverse cited her for being a passionate advocate for diversity and lending time and energy to provide opportunities in science for female, minority, and low-income students.

In 2018, Taylor received Wesleyans prestigious Binswanger Prize for Excellence in Teaching for her dedication to supporting the academic and personal development of all of her students.

Beyond Wesleyan, she founded and continues to run a Girls in Science camp for elementary through middle school-aged girls, which highlights the diversity of women in science.

Taylor holds a bachelors degree in chemistry with honors from the University of Michigan at Ann Arbor, a PhD in chemistry from the University of Illinois at Urbana-Champaign, and was a postdoctoral research associate at Albert Einstein College of Medicine.

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Wesleyan chemistry teacher among Top 35 Women in Higher Education - Middletown Press

The King: Eternal Monarch Cast Shares Thoughts On Their Dual Roles, Chemistry With Each Other, And More – soompi

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The King: Eternal Monarch held a press conference via a livestream broadcast just a day away from its premiere!

The SBS drama is a fantasy romance that tells the story of two parallel universesone in which Korea is a constitutional monarchy, and one similar topresent-day Korea. Lee Min Ho will play Emperor Lee Gon, and Kim Go Eun will take on the role of detective Jung Tae Eul.

Actors Lee Min Ho, Kim Go Eun, Woo Do Hwan, Kim Kyung Nam, Jung Eun Chae, and Lee Jung Jin were present, and they answered questions related to the upcoming drama.

First off, Lee Min Ho explained why he chose to star in the drama. He said, The name [of the writer] Kim EunSook has weight and influence. I chose to star in thisbased on my trust and faith [in her].

The King: Eternal Monarch is the first drama heis starring in since his discharge from the military in April 2019.The actor said, It was time to look back onmyself.I had to portray [a different image] from my 20s since Im in my 30s now, so I had to grow, and I thought this was the proper time to show [my acting]. I thought about ways to do well as I reflected on my past.

On how he prepared for his role as Lee Gon, he shared, Im cautious about dividing types, but I looked for books by mathematicians and lectures by physicists.People who lean towards natural sciences like clear answers andtend to be serious, andthey take some time to solve for answers. They are the type of people who may seem frustrating, but they are sincere about every word they say.

Kim Go Eun talked about her role, saying, I challenged myself to a double role with this drama. In Korea,I play Jung Tae Eul,a violent crimes detective, and in the Korean Empire, I play a criminal named Luna. The phrase, I dont know how to explain it, describes Jung Tae Eul perfectly. She is a person who takes actionusing her intuition, rather than solving things in her head.

When asked about how it felt to reunite with screenwriter Kim Eun Sook, sheshowedjoy and added, Actually, this dramafeels more difficult because its the second one we worked on together. I dont want to spoil our good memories. Im having fun filming becauseweve now became emotionally closer to each other. Kim Go Eun was the female lead in Kim Eun Sooks Goblin.

The two lead actors expressed their satisfactionwith their chemistry. Lee Min Ho chose Kim Go Euns eyes as her charming point and explained, They change every minute. They are intense and shy and diverse. After seeing her eyes, I could see why[her acting]spectrumis so wide. Kim Go Eun also praised Lee Min Ho, saying, Lee Min Ho has a really good personality. We became friends without feeling awkward. I got a lot of help in playingmy character.

Woo Do Hwanportrays Jo Young, chief imperial bodyguard and Emperor Lee Gons best friend, as well as Jo Eun Seob, a public service worker at the National Police Agencys civil service office. About playing two characters, he candidly commented, It was very pressuring to play dual roles. Both are great roles,but the dialect was burdensome. The writer encouraged me to trust and follow her without worrying. Im doing my best not to cause trouble. I will show a bright side that Ive never shown in my previous works.

Jung Eun Chae plays Ku Seo Ryeong, the youngest-ever and first female prime minister of Korea. She shared, There were many parts to the drama that were completely different from my previous works. Im looking forward to this opportunity to show youa side of me that even I didnt know about.

Kim Go Eun increased the anticipation for the drama, saying, Its a story about parallel worlds, and there are a lot of details in it. There has never beena drama with such various double roles. Its a fun mystery drama.

Last but not least, the actors chose the key points of the drama. Kim Go Eun commented, The more you watch, the moreyou will look forward to the next episode. It provides viewers with the fun of finding differences betweenthe dual roles. Lee Min Ho added, There are many things to see, including an epic story, romance, and dual roles.Join The King: Eternal Monarch as you continueto practice social distancing.

The King: Eternal Monarch is set to premiere on April 17 at 10 p.m. KST.

While you wait, watch Kim Go Eun in Kim Eun Sooks Goblin!

Watch Now

Also watch Lee Min Ho in Kim Eun Sooks Heirs below:

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FBI heads to Beirut to help investigation of massive chemical blast – New York Post

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FBI investigators are set to arrive in Lebanon this weekend to help investigate the massive chemical blast in Beirut that killed nearly 200 and injured thousands.

Word of when the US team will be on the ground came from a top State Department official who visited the explosion site Saturday.

After a tour with Lebanese Army officers, Undersecretary for Political Affairs David Hale called for a thorough and transparent investigation of the Aug. 4 explosion, the Associated Press reported.

We really need to make sure that there is a thorough, a transparent and credible investigation. I know that is what everyone is demanding, Hale told reporters.

Lebanon invited both the US and France to take part in the probe after tens of thousands took to Beiruts streets last week to protest the governments mishandling of the blast, which also left more than 300,000 homeless.

Over the past half-dozen years, the countrys customs, military, security agencies and judiciary had issued at least 10 warnings about the nearly 3,000 tons of ammonium nitrate, the AP reported, citing government documents that surfaced on social media.

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Memes, ‘Call of Duty’ and group chats fuel emerging team chemistry for the New York Jets – Sports Illustrated

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They may not have had offseason workouts or a minicamp but group chats, memes and Call of Duty are fueling the chemistry of the rebuilt New York Jets offensive line.

For a line that will feature four new starters from last year and a completely revamped offensive line from Week 1 in 2019, the Jets are trying to make up for lost time. In an offseason where there have been none of the usual offseason workouts or minicamp and where there wont be preseason due to COVID-19, the offensive line is using technology and down time for the crucial work of coming together and building chemistry.

A unit built by general manager Joe Douglas and charged with doing a better job of protecting quarterback Sam Darnold this season is trying to take advantage of all the time they have together right now.

Even the down time.

Its been a little bit difficult but weve been doing what we can. We have a group text that were always communicating with each other where we are sending in memes or jokes or topics or whatever, said center Connor McGovern said Friday on a virtual media conference following practice at the team facility.

Thats how we kind of started. Now that were been together, there is not a whole lot else to do other than hang out with each other. You go back to your hotel room and you got a two-hour break when youre done watching film or studying your notebook and you hop on X-Box together for a little bit. Its actually kind of funny how something simple like playing 'Call of Duty' with the four of us because youre joking the whole time and all that kind of stuff.

Obviously we havent been able to do the big offensive line dinners and all that kind of stuff. Whenever we have a chance, were together and Sam is with us. Were trying to build that chemistry and to be honest with you I dont know if it is the group of guys Joe Douglas has brought together or the pandemic or what have but its one of the closer groups Ive been around.

McGovern wouldnt divulge too much about the group chat but he did say that guard Greg Van Roten, a graduate of Pennsylvania in the Ivy league, has the most high-brow humor.

But for a team with so many new starters on offense there could be as many as six new starters on offense come Week 1 and a defense that lost two All-Pro players over the past two weeks chemistry and coming together is a must.

Its so early, I mean this is our first time weve been on the field since December, and theres so many new guys, head coach Adam Gase said. We have so much, so much to learn about each other because the amount of new guys that we do have.

And while the offensive line hasnt had their usual dinner together and practice is just starting for the Jets, there is still a sense that the team is starting to come togetherat least off the field. Signed this offseason as a free agent, McGovern likes what he has seen from the team chemistry so far.

Everyone is working really hard to get to know one another and honestly in a genuine way not in a youre my teammate, I have to get to know you its an honest way. We want to achieve something great, McGovern said.

I think Joe Douglas has brought us in, we all know our roles and we want to win as many football games as possible. It goes to the character of who we are.

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Memes, 'Call of Duty' and group chats fuel emerging team chemistry for the New York Jets - Sports Illustrated