Designated Doctor Extent of Injury webinar

Designated Doctor and Certifying Doctor Required Certification Training

Designated Doctor 101 Workshop

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Designated Doctor Case-Based Webinar Series: Module 6 - Non – Musculoskeletal Traumatic Brain Injury

Designated Doctor Case-Based Webinar Series: Module 5 - Non – Musculoskeletal MMI and IR

Designated Doctor Case-Based Webinar Series: Module 4 - Lower Extremity MMI and IR

Designated Doctor Case-Based Webinar Series: Module 3 - Upper Extremity MMI and IR

Designated Doctor Case-Based Webinar Series: Module 2 - Spine MMI and IR and Extent of Injury (EOI)

Designated Doctor Case-Based Webinar Series: Module 1 - Maximum Medical Improvement

Health Care Provider Boot Camp Day 8: Billing and Reimbursement Training for Designated Doctor and Other Certifying Doctor Exams

Designated Doctor Extent of Injury webinar

Designated Doctor and Certifying Doctor Required Certification Training

Designated Doctor 101 Workshop

Designated Doctor Extent of Injury webinar

West African innovator and technology-telecommunications company owner Alain Capo has been announced the winner of the World Literacy Award for his outstanding contribution in the individual category.

As digital natives, Gen Z -  those aged 10 to 25 - have been surrounded by technology, social media, mobile devices, and the internet their entire lives.

Think Tank, the UK bespoke packaging design agency, is launching new SMART packaging formats designed to help brands elevate their packaging design and boost their commercial reach.

By Lloyd Mallon, freelance writer.

Designer products are the fine line between luxury and looking glamorous. Due to their price it’s important to make sure what you’re buying is authentic and not a counterfeit. 

Epson, the printing technology solutions provider, has introduced its latest breakthrough in the signage printing market, the SC-S9100.

[Culture] :
The government has designated the seven days from Friday to next Thursday as the "2024 Hangeul Week," on the occasion of the 578th Hangeul Day on October 9 to mark the creation of the Korean alphabet. According to the culture ministry on Monday, a number of cultural events that can help participants better ...

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Imaging scaffolds composed of designed protein cages fused to designed ankyrin repeat proteins (DARPins) have enabled the structure determination of small proteins by cryogenic electron microscopy (cryo-EM). One particularly well characterized scaffold type is a symmetric tetrahedral assembly composed of 24 subunits, 12 A and 12 B, which has three cargo-binding DARPins positioned on each vertex. Here, the X-ray crystal structure of a representative tetrahedral scaffold in the apo state is reported at 3.8 Å resolution. The X-ray crystal structure complements recent cryo-EM findings on a closely related scaffold, while also suggesting potential utility for crystallographic investigations. As observed in this crystal structure, one of the three DARPins, which serve as modular adaptors for binding diverse `cargo' proteins, present on each of the vertices is oriented towards a large solvent channel. The crystal lattice is unusually porous, suggesting that it may be possible to soak crystals of the scaffold with small (≤30 kDa) protein cargo ligands and subsequently determine cage–cargo structures via X-ray crystallography. The results suggest the possibility that cryo-EM scaffolds may be repurposed for structure determination by X-ray crystallography, thus extending the utility of electron-microscopy scaffold designs for alternative structural biology applications.

The crystal structure of a metabolite of the insecticide/acaricide etoxazole, designated R13 is presented along with a Hirshfeld surface analysis of inter­molecular inter­actions present in the crystal structure.

The etoxazole metabolite R13, systematic name 4-(4-tert-butyl-2-ethoxyphenyl)-2-(2,6-difluorophenyl)oxazole (C21H21F2NO2), results from the oxidation of etoxazole, a chitin synthesis inhibitor belonging to the oxazoline class, widely used as an insecticide/acaricide since 1998. The structure of R13 features a central oxazole ring with attached 2,6-difluorophenyl and 4-t-butyl-2-ethoxyphenyl moieties. The overall conformation gives dihedral angles between these rings and the oxazole of 24.91 (5)° (with difluorophenyl) and 15.30 (6)° (with t-butyl-ethoxyphenyl), indicating an overall deviation from planarity. Additionally, torsion angles of the ethoxy and t-butyl groups define the orientation of these substituents relative to their benzene ring. In the crystal packing, no significant hydrogen bonds are present, but a Hirshfeld surface analysis highlights weak intermolecular contacts leading to π–π-stacked dimers linked by weak C—H...N contacts. The packing analysis confirms that most intermolecular interactions involve hydrogen atoms.

Knife-edge imaging is a successful method for determining the wavefront distortion of focusing optics such as Kirkpatrick–Baez mirrors or compound refractive lenses. In this study, the wavefront error of an imperfect elliptical mirror is predicted by developing a knife-edge program using the SHADOW/OASYS platform. It is shown that the focusing optics can be aligned perfectly by minimizing the parabolic and cubic coefficients of the wavefront error. The residual wavefront error provides precise information about the figure/height errors of the focusing optics suggesting it as an accurate method for in situ optical metrology. A Python program is developed to design a customized wavefront refractive corrector to minimize the residual wavefront error. Uniform beam at and out of focus and higher peak intensity are achieved by the wavefront correction in comparison with ideal focusing. The developed code provides a quick way for wavefront error analysis and corrector design for non-ideal optics especially for the new-generation diffraction-limited sources, and saves considerable experimental time and effort.

The molecule of anti-epileptic drug lamotrigine [LAM; 3,5-diamino-6-(2,3-dichlorophenyl)-1,2,4-triazine] is capable of the formation of multicomponent solids. Such an enhanced tendency is related to the diverse functionalities of the LAM chemical groups able to form hydrogen bonds. Two robust synthons are recognized in the supramolecular structure of LAM itself formed via N—H⋯N hydrogen bond: homosynthon, so-called aminopyridine dimer or synthon 1 [R22(8)] and larger homosynthon 2 [R32(8)]. The synthetic procedures for a new hydrate and 11 solvates of LAM (in the series: with acetone, ethanol: two polymorphs: form I and form II, 2-propanol, n-butanol, tert-butanol, n-pentanol, benzonitrile, acetonitrile, DMSO and dioxane) were performed. The comparative solid state structural analysis of a new hydrate and 11 solvates of LAM has been undertaken in order to establish robustness of the supramolecular synthons 1 and 2 found in the crystal structure of LAM itself as well as LAM susceptibility to build methodical solid state supramolecular architecture in the given competitive surrounding of potential hydrogen bonds. The aminopyridine dimer homosynthon 1 [R22(8)] has been switched from para-para (P-P) topology to ortho-ortho (O-O) topology in all crystal structures, except in LAM:n-pentanol:water solvate where it remains P-P. Homosynthon 2 [R32(8)] of the LAM crystal structure imitates in the LAM solvates as a heterosynthon by replacing the triazine nitrogen proton acceptor atoms of LAM with the proton acceptors of solvates molecules.

Through numerical optimization of cooling lengths and cooling groove positions for the first reflection mirror of a free-electron laser [OK?], the root mean square of the height error of the mirror's thermal deformation was minimized. The optimized mirror design effectively mitigated stray light and enhanced the peak intensity of the focus spot at the sample, thereby enhancing the optical performance of the high-heat-load mirror under high repetition rates at beamline FEL-II of the SHINE facility.

A slit-less wavelength-dispersive spectrometer design using a single-bounce monocapillary that aligns the sample on the Rowland circle, enhancing photon throughput and maintaining resolution. The compact design supports flexibility and reconfiguration in facilities without complex beamline infrastructure, significantly improving detection efficiency.

X-ray crystallography is an established tool to probe the structure of macromolecules with atomic resolution. Compared with alternative techniques such as single-particle cryo-electron microscopy and micro-electron diffraction, X-ray crystallography is uniquely suited to room-temperature studies and for obtaining a detailed picture of macromolecules subjected to an external electric field (EEF). The impact of an EEF on proteins has been extensively explored through single-crystal X-ray crystallography, which works well with larger high-quality protein crystals. This article introduces a novel design for a 3D-printed in situ crystallization plate that serves a dual purpose: fostering crystal growth and allowing the concurrent examination of the effects of an EEF on crystals of varying sizes. The plate's compatibility with established X-ray crystallography techniques is evaluated.

Here, a recently commissioned five-analyzer Johann spectrometer at the Inner Shell Spectroscopy beamline (8-ID) at the National Synchrotron Light Source II (NSLS-II) is presented. Designed for hard X-ray photon-in/photon-out spectroscopy, the spectrometer achieves a resolution in the 0.5–2 eV range, depending on the element and/or emission line, providing detailed insights into the local electronic and geometric structure of materials. It serves a diverse user community, including fields such as physical, chemical, biological, environmental and materials sciences. This article details the mechanical design, alignment procedures and data-acquisition scheme of the spectrometer, with a particular focus on the continuous asynchronous data-acquisition approach that significantly enhances experimental efficiency.

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Bridges make travel faster and more convenient, but, in an earthquake, these structures are subject to forces that can cause extensive damage and make them unsafe. Now civil and environmental engineer Petros Sideris of Texas A&M University is leading a National Science Foundation (NSF)-funded research project to investigate the performance of hybrid sliding-rocking (HSR) columns. HSR columns provide the same support as conventional bridge infrastructure columns but are more earthquake-resistant. HSR columns are a series of individual concrete segments held together by steel cables that allow for controlled sliding and rocking. This allows the columns to shift without damage, while post-tensioning strands ensure that at the end of an earthquake the columns are pushed back to their original position. Conventional bridges are cast-in-place monolithic concrete elements that are strong but inflexible. Structural damage in these bridge columns, typically caused by a natural disaster, often forces a bridge to close until repairs are completed. But bridges with HSR columns can withstand large earthquakes with minimal damage and require minor repairs, likely without bridge closures. Such infrastructure helps with post-disaster response and recovery and can save thousands in taxpayer dollars. In an earthquake, HSR columns provide "multiple advantages to the public," Sideris said. "By preventing bridge damage, we can maintain access to affected areas immediately after an event for response teams to be easily deployed, and help affected communities recover faster. In mitigating losses related to post-event bridge repairs and bridge closures, more funds can be potentially directed to supporting the recovery of the affected communities." According to Joy Pauschke, NSF program director for natural hazards engineering, "NSF invests in fundamental engineering research so that, in the future, the nation's infrastructure can be more resilient to earthquakes, hurricanes, and other forces of nature."

Image credit: Texas A&M University

American and Mexican families play with a seesaw installation at the border near Ciudad Juarez, Mexico, in July 2019. London's Design Museum recognized the project with an award for best design of 2020.; Credit: Luis Torres/AFP via Getty Images

An art project that turned the border wall at the U.S.-Mexico border into the temporary base for pink seesaws – inviting children on each side to come play together – has won the London's Design Museum award for best design of 2020.

"We are totally surprised by this unexpected honor," said Ronald Rael, who designed the project with fellow architect Virginia San Fratello. They share the award, he said, with the Ciudad Juárez, Mexico-based art collective Colectivo Chopeke.

"That's amazing," San Fratello said in a video feed announcing the prize. The seesaw installation won both the overall prize and in the transportation category.

"Most importantly, it comes at a time when we are hopeful for change and that we start building more bridges instead of walls," Rael added.

"The Beazley Designs of the Year are the Oscars of the design world," said Razia Iqbal, a journalist who chaired the Design Museum's panel of judges. The award, she noted, highlights work that pushes boundaries of creativity and innovation.

The metal wall was meant to be a stark barrier dividing the U.S. and Mexico, the centerpiece of President Trump's aggressive immigration policies. But in one spot, it became a junction point instead – a fulcrum for a series of seesaws that let children in the two countries share a playground toy.

The project, officially named Teeter-Totter Wall, was first installed in July 2019 when workers slid steel beams through the slats of the border near El Paso, Texas, and Ciudad Juárez.

"For the first time, children from both El Paso, Texas, and the Anapra community in Mexico were invited to connect with their [neighbors], in an attempt to create unity at the politically divisive border," the museum said.

"Everyone was very happy and excited to engage the seesaws," Rael told NPR at the time. The installation went smoothly, turning an idea that had been growing for 10 years into a reality.

"It was peaceful and fun — a day at a park for the children and mothers of Anapra," Rael said.

"The project resonated with people around the world in a way that we didn't anticipate," San Fratello said when the award was announced. "It speaks to the fact that most people are excited about being together, and about optimism and about possibility and the future. And the divisiveness actually comes from the minority."

Rael is a professor at the University of California, Berkeley; San Fratello teaches at San José State University.

The seesaw project was chosen out of more than 70 nominees from dozens of countries, including a customized "stab-proof vest" that the artist Banksy designed for musician Stormzy.

Also considered: the gray and red rendering of SARS-CoV-2, the virus that causes COVID-19. Commissioned by the U.S. Centers for Disease Control and Prevention and designed by Alissa Eckert and Dan Higgins, the famous sphere, with its menacing clusters of crowns, won the design award in the graphics category.

The Impossible Burger 2.0 won in the crowded product category, which also included Lego Braille bricks and a self-sanitizing door handle.

This content is from Southern California Public Radio. View the original story at SCPR.org.

As of October 1, 2012, Catawba County EMS has been named a Permanent Car Seat Checking Station by Buckle Up NC. Car seat checks will be conducted Monday thru Friday, from 9:00 a.m. to 4:00 p.m., by appointment, at the Newton EMS base, located at 1101 South Brady Ave, Newton, NC 28658.

The U.S. lacks icebreaking capability in the Arctic and Antarctic and should build four polar icebreakers with heavy icebreaking capability to help minimize the life-cycle costs of icebreaker acquisition and operations, says a new congressionally mandated letter report from the National Academies of Sciences, Engineering, and Medicine.

Although the process used to develop the Dietary Guidelines for Americans (DGA) has become more evidence-based since its inception more than 30 years ago, it is not currently positioned to effectively adapt to changes such as food diversity and chronic disease prevalence, while also ensuring the integrity of the process, says a new congressionally mandated report from the National Academies of Sciences, Engineering, and Medicine.

The Transportation Research Board’s Airport Cooperative Research Program (ACRP) recently selected winners for its University Design Competition for Addressing Airport Needs.

Centering science instruction around investigation and design can improve learning in middle and high schools and help students make sense of phenomena in the world around them.

The Transportation Research Board’s Airport Cooperative Research Program (ACRP) has selected winners for its annual University Design Competition for Addressing Airport Needs.

Learning experiences in computing that are designed with attention to K-12 students’ interests, identities, and backgrounds may attract underrepresented groups to computing better than learning experiences that mimic current professional computing practices and culture do, says a new report from the National Academies of Sciences, Engineering, and Medicine.

The Transportation Research Board’s Airport Cooperative Research Program (ACRP) has selected winners for its annual University Design Competition for Addressing Airport Needs.

Vaccination mandates and requirements can be effective in increasing COVID-19 vaccination rates, but their success depends on being targeted and on building trust, says a new rapid expert consultation, which also outlines considerations for using incentives to promote booster uptake.

The Transportation Research Board’s Airport Cooperative Research Program (ACRP) has selected winners for its annual University Design Competition for Addressing Airport Needs. Now in its 16th year, the prestigious competition encourages students to design innovative and practical solutions to challenges at airports.

The Gulf Research Program is providing awards totaling nearly $900K to five universities for the creation of interdisciplinary architectural studio design courses that engage with the unique features of the Gulf of Mexico region, such as offshore energy safety, environmental protection and stewardship, and Gulf health and resilience.

The Telecom Regulatory Authority of India (TRAI) has recommended that linear set-top boxes (STBs) be included in the PLI scheme to promote local manufacturing in the television broadcasting sector. The TRAI has also suggested conducting periodic reviews of indigenous components, factoring in local components in determining localisation levels under the PLI scheme, and reviewing investment outlays required for MSME manufacturing for selected equipment.

It will also serve to expand the company's European operations by adding four delivery sites across Germany and the Netherlands, including a specialised Advanced Driver Assistance Systems (ADAS) and imaging centre-of-excellence lab.

Suresh Khadakbhavi, CEO of Digi Yatra, envisions a seamless travel experience through innovative technology, emphasizing privacy, efficiency, and sustainability while transforming air travel into a contactless, user-friendly journey.

“We have already crossed 7 million users on the Digi Yatra app. Every day, around 30,000 new users are enrolling in the system. In terms of usage, Digi Yatra has been used more than 30 lakh times across airports in India, and this number continues to grow rapidly.”

Semiconductor design global capability centres (GCC) account for approximately 4 per cent of India's total GCCs, with a growth rate of about 7 per cent in the last two decades.

Show attendees to get first-hand look at CakeOMETER for cake-baking precision, BreadOMETER's enhanced durability design, and pre-launch version of reimagined baking profiler and software.

The new packaging reflects the evolution of the growing food company and serves as a canvas to convey the values behind the brand.