Bill To Create White Sands National Park Heads To Trump For Signature – KRWG

Today, U.S. Senator Martin Heinrich (D-N.M.) voted for the final passage of the National Defense Authorization Act for Fiscal Year 2020. Here is a statement from Senator Heinrich's office:

Heinrich, a member of the Senate Armed Services Committee and Ranking Member of the Strategic Forces Subcommittee, authored a number of provisions in the bill to strengthen New Mexico's military installations, national laboratories, economic development, and leadership in the future of technologies like Artificial Intelligence, directed energy, and space. The NDAA also included language Heinrich authored to designate White Sands National Park in southern New Mexico and complete a land exchange between the Army and the National Park Service.

This bill makes major investments to ensure our Armed Forces are equipped with the most modern technology so we can stay ahead of our adversariessaid Heinrich.New Mexico is the Center of Excellence for small satellites and for directed energy weapons, and this bill increases funding and streamlines authorities to bolster those missions. I am proud to have authorized funding for military construction projects that will modernize infrastructure at Holloman Air Force Base, White Sands Missile Range, and Kirtland Air Force Base. This bill also makes major reforms to fix the military housing crisis and takes meaningful action on contamination at dairies outside Cannon Air Force Base. These provisions, among many others, help New Mexico families, benefit our economy, and further New Mexico's strong position as a leader in national security for years to come.

As the co-founder of the Senate Artificial Intelligence Caucus, Heinrich added, "I am also proud to have incorporated language from the Armed Forces Digital Advantage Act to modernize defense workforces with digital engineers, specialized in computer science, and to have increased funding for the future of Artificial Intelligence.

The NDAA sets the Department of Defense spending levels and policies for the upcoming fiscal year and authorizes funding for the Department of Energy's nuclear weapons programs at Sandia and Los Alamos National Laboratories, as well as the Department of Energy's environmental cleanup programs including the Waste Isolation Pilot Plant (WIPP). The Senate will soon vote on a number of appropriations bills that set the funding levels for agencies.

A list of many of the programs and provisions Senator Heinrich advocated for during the bill writing process that were included in the FY20 NDAA is available as a PDFHEREand below.

New Mexico Military Construction Projects

Kirtland Air Force Base

Senator Heinrich secured $15.5 million for the construction of a Combat Rescue Helicopter Simulator Facility at Kirtland Air Force Base. This facility will house new HH-60W simulators, training spaces, and equipment used by the 58th Special Operations Wing to train new students. This construction will allow for a seamless transition from the HH-60G legacy aircraft to the new HH-60W and provide continuous Programmed Flight Training for its operators.

Senator Heinrich secured $22.4 million for the construction of a UH-1 Replacement Facility at Kirtland Air Force Base. This facility will house new simulators used for training flight crew personnel in the UH-1 replacement aircraft set for delivery to the 58th Special Operations Wing starting at the end of FY 2022. This construction will allow for an on-time delivery of the simulators, and critical training in the new aircraft.

Holloman Air Force Base

Senator Heinrich secured $20 million for the construction of a climate-controlled, storage and shipment facility at Holloman Air Force Base. The facility will be used to store, inspect, and prepare the movement of military support equipment and provide maximum protection of our expeditionary, warfighting resources. This will enable assets to be maintained in a constant state of readiness and postured for worldwide deployment with greatly reduced maintenance costs. The use of this facility will save the government $800,000 annually for the maintenance and/or replacement of these assets by preserving the shelf-life of items otherwise stored in the open as well as save $120,000 a year in replacement costs of shipping containers damaged by exposure to weather.

White Sands Missile Range (WSMR)

Senator Heinrich secured $5.8 million to build a microgrid at White Sands. The microgrid will utilize a solar array, natural gas generator, and lithium ion battery system to power water wells to provide an uninterrupted water supply to WSMR. Currently, the wells are connected in such a way that leaves them susceptible to power outages that could leave WSMR without drinkable potable water. This microgrid system will ensure a reliable supply of water for the installation.

White Sands Missile Range Land Enhancements and White Sands National Park

White Sands Missile Range Land Enhancements and White Sands National Park

The Senate Armed Services Committee adopted an amendment by Senator Heinrich that incorporates legislation to finalize updated land exchanges between the Department of the Interior and the Department of the Army that have been pending since the 1970s. The exchange of parcels between White Sands National Monument and White Sands Missile Range will clean up boundary anomalies, transfer important missile range infrastructure to the jurisdiction of the Army, and provide increased opportunities for visitors at the National Monument. The bill was developed in close consultation with the Army, the Air Force, the National Park Service, local elected officials, neighboring tribes, and local residents.

New Mexicos National Laboratories and WIPP

Los Alamos National Laboratorys Plutonium Mission

Senator Heinrich again secured full funding authorization to maintain Los Alamos National Laboratorys (LANL) role as the nations Center of Excellence for Plutonium Research. The bill authorizes $551 million for LANLs ongoing plutonium research and pit production programs. The funding supports personnel, equipment and other activities at LANL to meet pit production requirements by 2026; highlights include, $232 million for plutonium operations, $21 million to support pit production, $10.5 million for fire suppression upgrades in PF-4, $16 million for power and communications improvements and $168 million for construction related to replacing the outdated Chemistry and Metallurgy Research (CMR) building at LANL.

Defense Nuclear Facilities Safety Board

Senator Heinrich supported provisions in the bill that direct the Department of Energy (DOE) to allow the onsite safety inspectors from the Defense Nuclear Facilities Safety Board (DNFSB) full access to all defense nuclear facilities at LANL, Sandia National Laboratories and WIPP. The bill also ensures access to all required documents and reinforces the boards role protecting both the general public as well as onsite employees and contractors. Senator Heinrich supported these provisions in response to an order DOE issued in May 2018 that attempted to limit the boards access and role in protecting health and safety. Congress created the DNFSB in 1988 to provide oversight of public health and safety at the defense nuclear facilities managed by the Department of Energy.

National Nuclear Security Administration (NNSA) Laboratory Directed Research and Development (LDRD)

Senator Heinrich secured a provision extending for one year an exemption from an administrative overhead burden on NNSA labs for LDRD that would double-tax Sandia National Laboratories and Los Alamos National Laboratory. LDRD is a strategic research and development program that is critical to maintaining the scientific vitality of the national laboratories. The bill continues the suspension of the overhead burden through fiscal year 2021.

National Laboratory Funding

Senator Heinrich supported full funding authorization for the National Nuclear Security Administrations (NNSA) nuclear weapons programs. Within NNSAs funding, Senator Heinrich secured full funding of $2.1 billion to continue the Life Extension Programs supported by Sandia and Los Alamos National Laboratories. This increase of $197 million over FY19 will maintain the existing weapons stockpile and assure safety and security.

Los Alamos National Laboratory (LANL) Environmental Cleanup

The bill authorizes the presidents request of $195.5 million for soil and water remediation and removal of radioactive waste. Funding is included again this year to address the hexavalent chromium and Royal Demolition eXplosive (RDX) plumes in groundwater in Los Alamos. Senator Heinrich will work now with the Appropriations Committee to increase the funding for fiscal year 2020 to $220 million, the same level as the last fiscal year.

Waste Isolation Pilot Plant (WIPP)

The bill authorizes full funding of $398 million to operate the Waste Isolation Pilot Plant (WIPP), including $17.5 million to repair and replace degraded facility structures, systems, and components, $58 million to continue construction of additional ventilation for the mine and $34.5 million for a new utility shaft.

New Mexicos Defense R&D Labs, Test Ranges, and Industry

U.S. Department of Defense (DoD) Mentor-Protg Program

The bill re-authorizes the DoDs Mentor Protg Program (MPP), which is the oldest continuously operating federal mentor-protg program in existence, through 2026. Originally established in 1991, the MPP helps eligible small businesses expand their footprint in the defense industrial base. Under the MPP, small businesses are partnered with larger companies. In the past five years, DoDs MPP has successfully helped more than 190 small businesses fill unique niches and become part of the militarys supply chain. Senator Heinrich ensured the survival of the MPP when it faced expiration, and salvaged this influential, small-business focused program.

Directed Energy Test Range Workloads

Senator Heinrich secured $15 million for White Sands Missile Range in order to accommodate the increase in directed energy testing workloads to accommodate the increased demand in the 21st century. A lack of funding for increased directed energy testing is a serious issue; especially, given the workload and number of directed energy demonstrations and exercises have increased significantly since 1975. The projected workload for fiscal years 20182022 for the High Energy Laser Systems Test Facility at White Sands is large and growing, and has expanded to include high-powered microwave testing. Yet, funding remained at the same level. Senator Heinrich secured the funds necessary to meet the growing demand and support the appropriate test workloads.

3-D Printed Electronics Army Innovation Hub for Next Generation Additive Manufacturing

Senator Heinrich secured an additional $2 million for additive manufacturing (AM), which is already making innovative technological leaps that could yield major advances in more lethal and longer-ranged fires. New Mexico Tech and the University of Texas at El Paso are leading entities in 3-D printing. This technology can combine existing and new materials into 3-D printed circuit architectures, producing smarter, lighter, and denser constructs to enable projectiles to double current ranges while achieving higher precision.

STARBASE

Senator Heinrich helped secured an additional $30 million for the STARBASE program. This program is meant to improve the knowledge and skills of students in kindergarten through 12th grade in science, technology, engineering, and math (STEM) subjects, to connect them to the military, and to motivate them to explore STEM and possible military careers as they continue their education. STARBASE is a highly effective program run by our dedicated servicemembers and strengthens the relationships between the military, communities, and local school districts. STARBASE currently operates at 76 locations in 40 states, the District of Columbia, and Puerto Rico, primarily on military installations. New Mexico is one of those locations. Since its inception in 1991, over 825,000 students have benefitted from the STARBASE program, including 45,000 last year.

New Mexico Space Missions

Department of Defense Launch Support and Infrastructure Program for Small-Class and Medium-Class Payloads

The bill authorizes a provision championed by Senator Heinrich that enables the Secretary of Defense to carry out a program to enhance infrastructure and improve support activities for the processing and launch of Department of Defense (DoD) small-class and medium-class payloads.

Spaceport America in New Mexico is a licensed inland spaceport that provides surface-to-space open sky launches landing in restricted flight zones. The New Mexico Spaceport is located next to White Sands Missile Range (WSMR) where the DoD controls the only restricted air space in the entire country besides the White House.

Hypersonic and Ballistic Tracking Space Sensor

In an effort to develop a reliable defense against cruise missiles and hypersonic weapons, Senator Heinrich and Senator Deb Fischer (R-Neb.) added $108 million for a hypersonic and ballistic tracking space sensor that will help correlate data and track the incoming target for intercept. Senator Heinrich crafted language to help prioritize this capability gap and increased funding.

Space Rapid Capabilities Office (Sp-RCO)

The bill authorized nearly $24 million for the Space Rapid Capabilities Office (Sp-RCO) which is housed at Kirtland Air Force Base. As Ranking Member of the Strategic Forces Subcommittee, Senator Heinrich has fought to ensure New Mexico remains the small satellite center of excellence for the military. Senator Heinrich recently announced plans for the establishment of additional classified workspace, near Sp-RCO, that can be used by potential commercial partners to facilitate the rapid fielding of new space capabilities.

Space Test Program (STP)

The conferenced bill authorized $26.09 million for the Space Test Program (STP) which is housed at Kirtland Air Force Base. As Ranking Member of the Strategic Forces Subcommittee, Senator Heinrich has strongly supported STPs mission to secure launches for experimental spacecraft from emerging entrants including Rocket Lab or Vox Space that are smaller and far less expensive than traditional military satellites that are launched aboard larger rockets under the National Security Space Launch program. Senator Heinrich included provisions elsewhere in the bill to establish a program to improve infrastructure and launch support at FAA licensed spaceports. Since 1965, the STP has conducted space test missions for the purpose of accelerating Department of Defense space technology transformation while lowering developmental risk.

Rocket Systems Launch Program

The bill authorized $13.19 million for the Rocket Systems Launch Program (RSLP) which is housed at Kirtland Air Force Base. Senator Heinrich supports the Rapid Agile Launch Initiative which seeks to award launch service agreements with non-traditional, venture-class companies.

Artificial Intelligence

Armed Forces Digital Advantage Act

The NDAA incorporates important provisions taken from Senator Heinrichs Armed Forces Digital Advantage Act. These provisions recognize the importance of individuals with aptitude and experience in digital expertise and software development to the armed services and requires Secretary of Defense to devise an implementation plan to recruit and develop digital engineering specialists. The bill also requires the Defense Secretary to create a digital engineering capability for the development and deployment of acquisition programs and software support. The bill also requires a demonstration of digital engineering capabilities and policy guidance to promote the use of said capabilities.

National Security Commission on Artificial Intelligence Extension of Authority

The bill includes a provision supported by Senator Heinrich that extends the duration of the current Artificial Intelligence Commission in order to account for time lost due to the government shutdown earlier this year.

New Mexico Military Housing Reform and Contamination Cleanup

Military Housing Reform

The bill includes a provision championed by Senator Heinrich that establishes a uniform code of basic housing standards and requires inspections to ensure compliance. This uniform code provides for safety, comfort, and habitability for military housing units and ensures the inspection of such units adhere to this standard. This is a critical step in addressing the problems associated with military housing around the world and ensuring our service members and their families live in the healthy dwellings they deserve.

Perfluorooctanesulfonic acid (PFOS) and Perfluorooctanoic acid (PFOA) Contamination Cleanup

Senator Heinrich included provisions from H.R. 1567 or the PFAS Damages Act, to provide relief to communities and businesses impacted by PFAS contamination in groundwater around Air Force bases in New Mexico and across the country, including dairy farms in New Mexico that have been upended by PFAS contamination from nearby Cannon Air Force Base.

This measure will ensure that the Department of Defense (DOD) takes precautionary action to prevent human exposure, including through agricultural products, provide alternative water or water treatment for contaminated agricultural water, and acquire contiguous property that is contaminated. The measure will also mandate that the Department of Defense (DOD) create a plan of action to clean up contaminated sites nationwide and take all necessary steps to prevent further risks to public health.

New Mexico Military Energy Resilience

Military Environmental Research Programs

The bill includes a requirement supported by Senator Heinrich and Senator Angus King (I-Maine) that would direct no less than $10 million be directed toward the development and demonstration of long-duration, on-site battery storage for distributed energy applications, $10 million for development, demonstration and validation of secure microgrids for both installations and forward operating bases, $10 million for development, demonstration, and validation of non-fluorine based firefighting foam and $5 million for development, demonstration, and validation of technologies that can harvest potable water from air.

Additional Priority Provisions

Federal Employee Paid Leave

The FY20 NDAA for the first time provides all federal employees with 12 weeks of paid leave including for the birth, adoption, or fostering of a new child. The bill also allows 12 weeks of paid leave for the care of close family members, serious employee health conditions, and for circumstances that arise when the employee or a family member is detailed for covered duty in the armed forces. Paid family leave supports federal employees and their family commitments and provides benefits necessary to recruit and retain the talent that is essential for federal agencies to carry out their mission to serve the nation. The federal government is the nation's largest employer, with more than 2 million employees. This provision ensures that our federal workforce will no longer face the impossible choice of caring for their health and family, or receiving pay.

Eliminating the Widows Tax

The FY20 NDAA mandates a 3-year phase out of the so-called widows tax, which required that surviving spouses of deceased military members forfeit part or all of their Department of Defense Survivor Benefit Plan (SBP) annuity when they receive Dependency and Indemnity Compensation (DIC) from the Department of Veterans Affairs. More than 60,000 surviving families are negatively impacted by the Widows Tax, which reduces surviving spouses' benefits by an average of $924 per month, or $11,000 annually. This action by Congress will ensure that widows and widowers of a deceased active-duty service member or retiree who died of a service-related cause receive full annuity payments.

Addressing and Stopping the Flow of Synthetic Opioids to the United States

The bill includes provisions that will hold foreign countries accountable for their pledges to go after those who produce and traffic fentanyl and other synthetic opioids. Specifically, the NDAA will give the U.S. federal government the ability to apply economic and other financial sanctions to illicit traffickers from China, Mexico, and other countries of concern. The FY20 NDAA also establishes a Commission on Combating Synthetic Opioid Trafficking to create a strategic approach to combating the flow of synthetic opioids into the United States.

The opioid crisis in New Mexico has had devastating effects on families across the state. Senator Heinrich has advocated for more resources to fight this epidemic - including measures like those in this years NDAA that penalize other countries for their involvement in the flow of illicit substances to the United States.

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Bill To Create White Sands National Park Heads To Trump For Signature - KRWG

Norway’s government to review North Sea Balder Future proposals – Offshore Oil and Gas Magazine

The `Balder Future project will involve drilling 13 new production wells and one new water injector on the Balder field.

Courtesy Vr Energi

Offshore staff

SANDNES, Norway Vr Energi has submitted its plan to extend production from the Balder and Ringhorne area in the North Sea to 2045.

Norways Ministry of Petroleum and Energy will review the revised proposals for the `Balder Future project, which will involve drilling 13 new production wells and one new water injector on the Balder field to recover an additional 136 MMboe, and extending the lifetime of the Jotun A FPSO.

The Balder field is in license PL 001. According to Var, the NOK19.6-billion ($2.17-bilion) project should create almost 30,000 man-years of work through 2045.

In addition, the company and partner Mime Petroleum plan to drill subsea infill wells and new wells from the neighboring Ringhorne platform, and Vr may undertake further exploration drilling in the area, which could boost the resource further. All these activities will take place while production continues at the Balder and Ringhorne fields.

Earlier this year, Vr awarded an EPCI contract to Rosenberg Worley in Stavanger for the FPSO life extension works. The vessel will be taken off-station and removed to the shore in mid-2020 for the upgrade program, then reinstalled during summer 2022 at a location in between the two fields.

Baker Hughes and Ocean Installer in Stavanger, will engineer, procure, construct and install new subsea production systems, umbilicals, risers and flowlines for Jotun A.

12/17/2019

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Norway's government to review North Sea Balder Future proposals - Offshore Oil and Gas Magazine

Defence Insight: Year in review (Naval) – NWI – Naval Warfare – Shephard Media

The year has been an eventful one, withmultiple major contracts announced and new generations of vessels entering service. The US Navy continued its drive towards a 355-ship fleet, while European and Asian navies saw their carrier and submarine capabilities expand.

Navies across the globe are faced with dilemma: modern ships are hugely capable, highly advanced systems yet come with a considerable price tag. Balancing the demands of replacing legacy ships and the high cost of procurement requires difficult decisions about where to focus scarce resources.

This pressure is felt even in the US, where the need to balance fleet expansion with support and personnel costs has led to a policy of buying proven and successful platforms rather than new and innovative designs. This policy resulted in General Dynamic Electric Boat (GDEB) being awarded the largest-ever shipbuilding contract, worth $22.2 billion, for the construction for nine Block VVirginia-class submarines.

This desire to minimise risk and keep unit cost to a minimum, has also been seen in the continuation of the Arleigh Burke class. Construction of the first Arleigh Burke Flight III destroyer began in May when the hull was laid down, with a further 12 under contract. The USN also asked congress for a further $5.4 billion in FY2020 to build a further three Flight IIIs, while older Arleigh Burkes undergo a life-extension programme as the U.S. focus on increasing the fleet size in the most-efficient and cost-effective way.

Continuing the theme of U.S. fleet modernisation, following years of development the next generation USSGerald R Fordclass carrier is now close to being operational, followed by the launching of the second ship-in-class in October 2019.

Many European fleets are also undergoing modernisations to replace ageing vessels. September witnessed the Finnish government award a contract for the construction of four newPohjanmaa-class corvettes to Rauma Marine Constructions Oy (RMC) and Saab worth a total of $1.46 billion (EUR1.32 billion).

In the UK, the Type 31e preferred bidder was also announced in September, with the contract worth $1.54 billion (1.25 billion)) for five new frigates for the UK RN officially awarded to Babcock in November. With a 250 million unit cost the Type 31e is seen as low-cost option, allowing the Navy to maintain fleet size at an acceptable cost to the MoD.

Other countries such as Italy are downsizing their fleets to accommodate new modernised platforms such as the FREMM frigates, delivered to both France and Italy over the year.

Although Italy and the UK have taken different approaches to fleet modernization, both countries have re-affirmed their commitment to carrier operations. The UK RN commissioned HMS Prince of Wales, the final of the Queen Elizabeth class in December, marking a crucial landmarkin the return to big-deck operations, while Italys Triestewas also launched in 2019.

Outside of the US and Europe, the commissioning of Chinas first indigenously developed Type 2aircraft carrier took place on 17 December 2019, marking a significant step in Chinas expanding naval power.

Chinas ever-growing investment in its defence capabilities has had repercussions across the region. Taiwan has pushed its own naval developments, announcing that its Indigenous Defense Submarines (IDS) are to be built in a new facility inside the grounds of the CSBC Corporation in Kaohsiung harbour, southern Taiwan. Other countries too have seen advancements in indigenous SSK construction over the past year. The first of South Koreas first truly indigenous large submarine, the KSS-III Dosan Ahn Chang-Ho class began sea trials, while the first indigenously developed and built submarine, the Fateh class, entered service with the Iranian Navy.

The move towards more a militarised Arctic region became apparent as the Russians launched the first ever heavily armed ice-class patrol vessel in October, the Ivan Papanin class (Project 23550). Over recent years the Russians have acquired a number of ice-cable ships such as the 22100 Polar Start project and while Russia Navy exercises in the Barents Sea an Arctic waters are normal, 2019 has also seen live shootings in the Norwegian Sea.

In April, NAVSEA issued a contract for a Polar Security Cutter (PSC) for the US Coast Guard. The heavy icebreaker will allow the US to continue to conduct operations in the increasingly strategic Arctic region, while in May, the Canadian Coast Guard similarly awarded a contract for a further two Harry DeWolf-class Arctic and Offshore Patrol Ship (AOPS) while the first-in-class began sea trials. The vessels will undertake government situational awareness activities and events in the region. The US is far behind its competitors with Aprils contract a step towards a more arctic capable force with options for up to four PSCs.

Overall, a focus on modernised fleets has dominated the major contracts of 2019. As navies struggle with the rising cost of shipbuilding and advanced systems, these programmes have been undertaken either through investing in proven platforms, as the U.S. has to reach its 355-ship fleet or by reducing fleet sizes to modernise with more technologically advanced platforms, as seen in Europe. This has not however, impacted upon newly developed indigenous programmes in Asia and elsewhere, as navies look to advance their capabilities and power projection.

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Defence Insight: Year in review (Naval) - NWI - Naval Warfare - Shephard Media

Sound Transit to receive $790 million federal grant, $629 million loan for light rail extension – Kent Reporter

Members of Washingtons congressional delegation announced Monday actions by the U.S. Department of Transportation to award a $790 million grant and $629 million low-interest loan to enable Sound Transit to start building light rail from SeaTac through Kent to Federal Way early next year.

The Federal Transit Administration on Dec. 13 transmitted to Congress a $790 million Full Funding Grant Agreement (FFGA) for Sound Transits Federal Way Link Extension, starting a 30-day notification period. The action highlights that the administration intends to execute the grant once the period is complete.

Also last week, the U.S. Department of Transportation formally notified Congress of its intent to close a $629.5 million Transportation Infrastructure Finance and Innovation Act (TIFIA) loan for the project. This represents the fourth and final loan under a $1.99 billion TIFIA Master Credit Agreement which Sound Transit signed with USDOTs Build America Bureau at the end of 2016. The agreement will save regional taxpayers between $200 and $300 million in borrowing costs over the life of the bonds.

Securing this federal funding enables us to fulfill our promise of delivering regional light rail to the residents of South King County, said John Marchione, Sound Transit Board chair and Redmond mayor, in a news release . The tireless advocacy of our congressional delegation was instrumental in completing this vital step to transform peoples commutes and build a more prosperous future for the region.

The total cost of the project is an estimated $3.1 billion with federal grants covering about 25 percent of the cost. About $1.5 billion will come from Sound Transit dedicated sales, rental car, motor vehicle excise and property tax revenues. Another $629 million is through a loan to be repaid by Sound Transit tax revenues and about $145 million is covered by Sound Transit bond proceeds repaid by tax revenues.

This is exciting news for South Sound commuters looking to get relief from ever-increasing congestion, said Sound Transit Board member and King County Executive Dow Constantine. With major construction on Federal Way Link starting in the new year, this announcement means South King County will soon join a vast regional light rail network connecting all of the Central Puget Sound.

It takes forever to travel to and from South King County because of worsening traffic jams, said Sound Transit and King County Councilmember Dave Upthegrove. Thanks to this federal funding for the light rail project, an option to escape traffic gridlock in South King County is on the way.

A year ago, Sound Transit secured a $1.2 billion FFGA grant for Lynnwood Link. Now, we have secured a commitment from the administration to also fund Federal Way Link thanks to the persistent efforts of our congressional delegation, said Sound Transit CEO Peter Rogoff.

With two new stations in Kent, the Federal Way Link Extension will provide additional transportation options for the region, said Kent Mayor Dana Ralph. The project will also help implement the revitalization for Kents West Hill as envisioned by Kents Midway Subarea Plan.

In advance of the FFGA approval, Congress approved $100 million in FY 2019 Capital Investment Grant funding that will represent the first installment of the grant.

Trains on the 7.8-mile light rail extension from Angle Lake in SeaTac to Federal Way will serve three stations along the route in Kent/Des Moines, at South 272nd Street and at the Federal Way Transit Center. Demolition and utility relocation work began this fall, and construction is set to begin in early 2020. The light rail extension is expected to open in late 2024.

By 2021, Sound Transit will expand light rail to the U District, Roosevelt and Northgate. In 2022, Tacoma Link will expand to the Hilltop neighborhood. In 2023 trains will reach Mercer Island, Bellevue and the Overlake area. In addition to the Federal Way Link Extension, 2024 will bring the opening of extensions to Shoreline, Mountlake Terrace, Lynnwood and Downtown Redmond. From there, continuing expansions will focus on Tacoma, West Seattle, Ballard, Everett, South Kirkland, Issaquah and Tacoma Community College, forming a 116-mile regional system by 2041.

More information on the Federal Way Link Extension is available at soundtransit.org/fwlink.

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Sound Transit to receive $790 million federal grant, $629 million loan for light rail extension - Kent Reporter

From Brain Games to the philosophy of the future: Jason Silva – Daily Sabah

Information is now easily and rapidly accessible. It is possible to say that being indifferent to new information is actually a success. However, knowing how we can actually use the information, well, that is the challenging part. Jason Silva, who gained millions of followers with his "Shots of Awe" video series seven years ago, when there was no "influencer" concept on social media, has managed to do this very well today, especially as a familiar "face of screens and internet influencer" widely known by young people.

As the world transforms with technology, Silva is turning everyone's heads with his unique, characteristic and literary expression style. Describing the relationship between technology and philosophy, Silva transforms himself in the meantime. As the star of National Geographic's Brain Games series, Silva takes his curiosity, which is his greatest motivation, everywhere he travels, adding depth to his "journey" that he started in 2012 as a storyteller on social media. Silva is now a futurist speaker answering the question "how?"

We talked to Silva in Qatar at the 2019 World Innovation Summit for Education (WISE), which was held in November under the theme "Unlearn, Relearn: What it means to be human." Silva focuses on "futurism and disruptive innovation, the physical and psychological effects of awe on the human body, and leaving the mind to the flow." What Silva wants to arrive at is to discover ways to maintain mental and physical health and to find out how the issues he contemplates stimulate creativity to tell people "how."

Silva has been invested in consciousness and staying in the flow lately. When asked if there was a particular reason, he said one of things he is passionate about is people's capacity to overcome limitations.

Silva said sometimes these limitations can come down to technical or practical reasons, but they can sometimes also just be our own minds. Pointing out that the number of suicide-related deaths nowadays is higher than the number of deaths due to natural disasters or conflict, he said the issue of mental health is a pressing matter.

Staying in the flow

When asked how he protects his sanity and looks after his mental health, Silva said: "I take care of myself. I rest and sleep very well. Sleep and exercise have a great place in my life."

"Besides that, I am actively meditating. Staying in the flow is an active type of meditation. So is going for a walk, swimming, traveling, making art, reading and watching movies," he added.

"If you have watched my videos, I describe them as a 'free flow of consciousness without written text.' I get into a flow while making videos. When you are in the flow, your brain tries to guess what you are going to say, while being completely insecure on the other hand," he said, adding that the beauty of this state of mind is that it silences your inner critic.

He said brain scans of free-flowing rappers and jazz musicians have revealed that parts of their brains shut down when they are really "in the flow."

He stressed that people often have the misconception that to get into a flow is to let it go, but it actually has a lot to do with planning and discipline.

"You have to surrender after you have worked on it," he added.

Advising everyone to find their own flow path, he said: "Flow brings focus. You need to find out what hinders your focus, what distracts you and what draws you in. This may be sports or music for some. For me, it is making videos and being on stage."

Are we living in a simulated universe?

The idea that the world around us is not real and that we are trapped inside some video game or computer like The Sims or The Matrix has become the subject of serious academic debate. SpaceX chief Elon Musk has been one of the many high-profile proponents of the "simulation hypothesis" a theory that proposes the Earth and the universe, and all reality is actually an artificial simulation and he recently explained his thoughts on the subject in a podcast.

Silva said he agreed with Musk to a degree, but in a different way.

"I think we live in an environment where everything is virtual. It is like you are in a perception field. What you think and your identity stand in virtual reality. None of this is physical or unchangeable. If you look at our planet from space, you do not see lines separating countries. These lines are our virtual reality," he said.

"(Yuval Noah) Harari, in his book Sapiens, says that society cannot exist without useful stories. A dream that only one person has is a dream, but a dream that everyone has becomes a reality. So, in a simulation where everyone moves together, these dreams are practically real," he added.

On the topic of transhumanism, Silva called it "an extension of natural life."

"We can extend and expand our capacity in natural life, just like tools. We came from Africa hundreds of thousands of years ago, and we used the tools to reach something physically. If we could not reach fruit, we got sticks, for example. Thanks to sticks, we were able to extend our arm. This process of extension was the extension of our intentions and our brains. From this point of view, I believe that being human is trans-human."

With the rapid development of technology, a lot of people fear the new and unknown. Silva said he believed people weren't exactly afraid of technology but rather afraid of change and resistant to it.

"It's because change brings uncertainty, which in turn spurs this biological effect of the uncertainty (our ancestors felt) thousands of years ago when we thought a lion would come out and eat us," he said.

He said this feeling of uncertainty should be embraced as it "allows us to dream and build the life we want."

According to Silva, this is very much in line with Wise's theme, which suggests that we are in an era, a process of "unlearning what we already know and relearning it."

What we want to do in the future and what we want to reveal is to inspire people to think bigger than ever.

Tips to overcome anxiety

Silva said he likes to think of himself as a software program with "bad coding." "Sometimes I have a lot of anxiety. I know what triggers this situation and I find where my bad programming is," he said.

"Sometimes I stop while reacting to something, I watch my reaction and try to figure out how I feel. Then, I decide how I want to move forward. When I react to something, there is always an element I take into account."

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From Brain Games to the philosophy of the future: Jason Silva - Daily Sabah

Total to Gain Blocks, Extend Production Licenses Offshore Angola – Journal of Petroleum Technology

Totals CLOV floating production, storage, and offloading vessel on Block 17 offshore Angola. Source: KBR.

Total has agreed to acquire interests in two blocks in the offshore Kwanza Basin from Angolas state-owned Sonangol and has received an extension on its offshore Block 17 production licenses.

In the acquisition from Sonangol, the French major will add a 50% interest in Block 20/11, located in 3001,700 m of water in the central Kwanza Basin. Partners Sonangol and BP hold 20% and 30% of the block, respectively.

Total will also add an 80% interest in Block 21/09, located in 1,6001,800 m of water in the south-central Kwanza Basin. Sonangol holds the remaining interest.

Four discoveries have been made on the blocks, where Total envisions a new development hub and has committed to explore for additional resources. As part of the agreement, Total will become development operator before establishing an operating company with Sonangol 3 years after the start of production.

Total will pay $400 million at closing, adding $100 million at final investment decision and further payments along the life of the project depending on production and crude oil prices.

In a separate agreement, Total has received an extension from Sonangol and Angolas National Agency of Petroleum, Gas and Biofuels (ANPG) on its operated Block 17 production licenses.

As part of the deal, Sonangol will acquire a 5% interest in the block on the effective date and another 5% interest in 2036. The consortium also will pay some production bonuses to Angola along the life of the license and spend $20 million for social programs.

Located 150 km off the Angolan coast in 6001,400 m of water, Block 17 has produced almost 3 billion bbl of oil since 2001 through four floating production, storage, and offloading (FPSO) vessels: Girassol (2001), Dalia (2006), Pazflor (2011), and CLOV (2014).The block is currently producing around 440,000 BOE/D, with an estimated 1 billion bbl yet to be extracted, Total said.

Three short-cycle brownfield projectsZinia Phase 2, CLOV Phase 2, and Dalia Phase 3are currently under development on Block 17 in an effort to add 150 million bbl of resources, and other brownfield projects for extending the production of Pazflor, Rosa, Girassol, and Dalia are under study. Two exploration wells are also planned for 2020.

With the entry of Sonangol, Block 17 interest owners consist of Total, 38%; Equinor, 22.16%; ExxonMobil, 19%; BP, 15.84%; and Sonangol, 5%.

Total has been present in Angola since 1953. Its equity production averaged 211,000 BOE/D in 2018 from its operated Blocks 17 and 32 and from nonoperated assets 0, 14, 14K, and Angola LNG. Total accounts for close to 45% of Angolas operated oil production.

Total is also operator of Block 17/06 in the Lower Congo Basin, Block 16 where the Chissonga discovery has been made, and Block 48 in an emerging ultra-deep offshore play still being explored.

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Total to Gain Blocks, Extend Production Licenses Offshore Angola - Journal of Petroleum Technology

Frosty is back to life on the streets of downtown Vernon – Global News

By Darrian Matassa-FungGlobal News

Posted December 18, 2019 12:26 pm

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After a short hiatus, Frosty the inflatable snowman is back on a sidewalk in downtown Vernon.

A permit has been issued by the City of Vernon for the lovable, inflatable Christmas character after he was forced to take a break by bylaw officers.

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We are delighted to have Frosty back outside our store again; weve loved all the community support weve had, Lynella Henke, the owner of Vernon Teach and Learn, told Global News on Tuesday.

An extension cord was deemed a tripping hazard. Frosty has been around for eight Christmas seasons, but this is the first year the city hollered stop!

Thanks to the city for working with us and letting him get put up right in the same spot as he was before, said Henke.

Story continues below advertisement

The extension cord is now covered up by trip guards and the $150 permit fee is due Jan. 1. Vernon Teach and Learn says dont worry, hell be back again next year.

2019 Global News, a division of Corus Entertainment Inc.

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Frosty is back to life on the streets of downtown Vernon - Global News

No extension on deadline to set up STPs to protect three lakes – The Hindu

The National Green Tribunal (NGT) has refused to extend the deadline for setting up sewage treatment plants (STPs) beyond September 2020 for the protection of Bellandur, Varthur and Agara lakes.

A bench headed by NGT Chairperson Justice Adarsh Kumar Goel said, If the work remains incomplete even till September 30, compensation will be liable to be paid at the rate of 10 lakh per STP per month, which may be liable to be recovered from the erring officers, apart from adverse entries in their service records and other adverse action.

The green panel further observed that the fact that approximately 256 million litres of untreated sewage was entering the Bellandur lake on a daily basis was a criminal offence, which needs to be tackled on a war footing.

While observing that the lake, which is said to be 130 years old, is a habitat to several species of birds and aquatic life, the bench said, This (pollution) has also affected groundwater recharge. Waste dumping has resulted in foul stench around the lake. Major cause for foam formation is considered to be the discharge of untreated sewage through open drains.

Noting that authorities have failed to take appropriate action, the bench said, De-silting of the lake has not been done from time to time nor have steps been taken to stop the flow of untreated sewage into the water bodies. There is also failure to prevent dumping of municipal solid waste.

The tribunal further directed the Bangalore Water Supply and Sewage Board (BWSSB) to ensure that no effluent is discharged into the lakes till the STPs are installed and specified that a compensation of 5 lakh per month per inlet into the lakes will be levied in case of non-compliance.

Sources of discharge be controlled or regulated, and electricity and water supplies to the defaulting establishments be stopped for enforcement of law till remedial steps are taken for compliance. Encroachment, which are still continuing, be removed by using force wherever necessary, the bench said.

Additionally, the Karnataka State Pollution Control Board was directed to develop a robust water quality monitoring programme to keep a check on the water quality in drains leading to the lakes.

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No extension on deadline to set up STPs to protect three lakes - The Hindu

The science of scheduling: When to do key medical school rotations – American Medical Association

When you enter the clerkship phase of medical schooltraditionally during the third yearyou are getting exposure to your future in the form of your core clinical rotations.

Lasting between four and eight weeks, at most schools, the core clinical clerkships consist of internal medicine, surgery, obstetrics and gynecology, pediatrics, family medicine, psychiatry, neurology and radiology.

Students have autonomy in their clinical rotations in that they can schedule them as they see fit. Is there a right way to do it? A medical student and resident offered insight on that question.

Kevin Perez is a second-year medical student at A.T. Still University School of Osteopathic Medicine in Arizonaone of 37 member schools of theAMA Accelerating Change in Medical Education Consortium.

When Perez begins his clinical rotations, he plans to start with the ones that are the most broadly applicable.

Im going to pick the most holistic ones first, Perez said. So, Im probably going to pick family medicine. Its slower paced, and it gives you a better understanding of what being a doctor is. So, surgery and EM [emergency medicine] would probably be what Ill do toward the end.

According to Luke Burns, MD, a second-year ob-gyn resident at Michigan Medicine, the rotations that give you the best knowledge base to build upon are going to depend on your preferred medical specialty.

If you want to do ob-gyn, youre going to want to do surgery first, so youre really good at surgery and know how to scrub into a case, Dr. Burns said. Likewise, if you want to do pediatrics, maybe do medicine first, so you have some inpatient experience before you go to the wards.

Perez is planning on going into emergency medicine. Because of that, he plans to do that rotation later in his training.

It's graded kind of subjectively, Perez said. Because of that, your performance and how much you know coming in, are going to define how well you do. If you want to do EM, you want to do well in that rotation for when you apply to EM residencies later. Picking it as your first one wouldnt be a great idea, unless you are truly ready. You only get one shot.

The key metric on which clerkship performance is evaluatedand one which residency programs take into considerationis a medical students scores on shelf exams, which come at the conclusion of a core rotation.

One really important thing I didnt realize would happen is I got better at taking shelf exams, Dr. Burns said. My shelf scores improved as the clinical year went by. If you feel a little shaky taking exams, theres some advantage to making it so your most important exams come at the end.

You may not know what you want to do when youre entering clerkships. But youre likely to know a few specialties you dont want to do. It makes sense to load those at the front of your clerkship schedule.

The common philosophy is to schedule the things you dont want to do first, Dr. Burns said. If you dont want to be a pediatrician, do that rotation first. Because its the one youll cut your teeth on, youll mess up on it, and by the time you get to the next thing, the theory goes, youll know what to do and how to impress attendings and residents.

In Dr. Burns case, he scheduled his ob-gyn rotation as his second-to-last rotation.

That was always the plan, he said, because then it would mean that it wasnt the very last thing, so I had time to change my mind and I had time to get my [subinternships], those important rotations for my fourth year, in order.

When thinking about scheduling core rotations, Dr. Burns acknowledged that it can be a difficult for people who dont know what they want to go into. But, he added, its not the end of the world if medical students wind up doing clerkships early on in specialties they decide to pursue for residency.

For additional tips on a number of relevant medical school topics, including scheduling clinical clerkships, visit the AMA Career Planning Resource.

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The science of scheduling: When to do key medical school rotations - American Medical Association

A group of black Tulane University medical students posed at a plantation to show how the past inspired their future – CNN

Russell Ledet, a medical student at Tulane University, tells CNN he got the idea after a conversation with his eight-year-old daughter about a trip they took to Whitney Plantation in Edgard, Louisiana.

"Her insight [to the visit] was, "This is not fair. This is not supposed to happen,"' Ledet said. "So I had this idea that we need to get the black medical students at Tulane and we need come here. We need to do this for ourselves."

He decided to pitch the idea of taking a group tour of the plantation to his classmates, along with taking pictures in their white coats, and it turned out better than imagined.

Ledet said his peers had "no hesitation," and they knew it could have an impact. Fifteen of the 65 black medical school students showed up, and he said the most amazing thing was that all of them had a different takeaway.

"As physicians in training, we stood on the steps of what was once slave quarters for our ancestors. This was such a powerful experience, and it honestly brought me to tears.

For black people pursing a career in medicine, keep going. For our entire community, keep striving. Resilience is in our DNA."

The photo started making the rounds and quickly grabbed the Internet's attention.

"You just get a feeling, and you think this is going to be impactful and this is going to mean something," Labat told CNN. "It's not about going viral or the attention ... it's about being inspirational."

Labat said that if she would have seen these photos as a child it would have motivated her further as she dreamed of becoming a doctor.

"To see people that look like me on this photo would have been so substantial for me as a younger student, and that is the whole purpose."

They hope the photo will inspire generations

The students hope the photo will make a difference for all black students. The plan is to put them in 100,000 schools across the country so that future students can be inspired.

They also hope it shows older generations in their field that the hardship was all worth it.

"We hope that we will make a lifelong impact ... and let [students] know: Yes, you can be smart. Yes, you can be successful ... and you can also do that while being unapologetically black and proud of where you come from and proud of where you are going," Labat said.

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A group of black Tulane University medical students posed at a plantation to show how the past inspired their future - CNN

Duquesne Universitys New Medical School To Be Built On Forbes Avenue – CBS Pittsburgh

PITTSBURGH (KDKA) A new medical school is coming to Pittsburgh.

On Forbes Avenue, opposite the soon-to-open UPMC Cooper Fieldhouse, Duquesne University will construct a five-story building to house a new medical school.

We like to say we educate the mind, body, and spirit of the individual here at the university, Duquesnes Provost Dr. David Dausey told KDKA money editor Jon Delano on Wednesday. It met our mission. It met a regional need. We have a shortage of family care practitioners in this region.

(Photo Credit: KDKA)

Its a College of Osteopathic Medicine, the first at a Catholic university in the state, and the second medical school in Pittsburgh.

Delano: What is osteopathic medicine?

Dause: Its very similar to allopathic. A lot of times, people try to emphasize the difference. The medical doctors go through the same boards. They go through the same training.

The same four years of medical schooling, followed by internships, lead to a D.O., doctor of osteopathy.

But while M.D.s often specialize, these doctors prefer family practice and general internal medicine.

Theres a shortage in this state of people that focus on primary care, said Dausey.

The current Lifes Works building will be replaced by a brand new structure.

Itll be a new front door on Forbes Avenue for Duquesne University, and its something were truly excited about, said Dausey.

Dr. John Kaufmann, who opened up North Carolinas first medical school in 35 years, has just been hired to start up this college.

If all goes according to plan, the new Dean of Osteopathic Medicine will be here on Jan. 1st.

And with a lot of work ahead, this new college will admit its first students for classes in the fall of 2023.

Continued here:

Duquesne Universitys New Medical School To Be Built On Forbes Avenue - CBS Pittsburgh

UMass Medical School and GE Healthcare establishing manufacturing facility in Worcester – MassLive.com

UMass Medical School and GE Healthcare Life Sciences have announced the companies plan to establish a new large-scale viral vector manufacturing facility that will be housed on the Worcester campus of the medical school.

The facility will be able to provide large quantities of high-quality recombinant adeno-associated virus vectors for preclinical research, according to a news release from the medical school.

The potential of gene therapy to treat human disease has finally become a reality, said Terence R. Flotte, the Celia and Isaac Haidak Professor of Medical Education, executive deputy chancellor, provost and dean of the School of Medicine and professor of pediatrics. However, the ability to move the field forward to treat additional serious diseases remains limited by the efficiency and flexibility of producing gene therapy vectors suitable for testing in new disease models."

A lack of large-scale vector manufacturing facilities has limited preclinical research capabilities, according to the news release.

Researchers often wait 12 to 24 months to secure enough vector for their research. With this facility, researchers will have access to GE Healthcares processing equipment, helping get research to the clinic faster, the medical school said.

Accelerating research that brings novel cell and gene therapies to patients is the mission of our business, said Catarina Flyborg, the general manager of cell and gene therapy at GE Healthcare Life Sciences. By partnering with UMass Medical School to create this large scale AAV manufacturing facility, we will provide researchers with the tools and AAV needed for pre-clinical research that will advance the cell and gene therapy industry and get therapies to patients faster.

The facility will be 3,220 square feet and will be fully operational in 2020. Four to six professional staff members will manage day-to-day operations, with Sylvain Cecchini, an associate professor of microbiology and physiological systems, as the core director, the statement said.

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UMass Medical School and GE Healthcare establishing manufacturing facility in Worcester - MassLive.com

Medicine as a Profession Is Imperiled, States the Journal of American Physicians and Surgeons – Yahoo Finance

TUCSON, Ariz., Dec. 18, 2019 (GLOBE NEWSWIRE) -- Many American physicians are wondering whether they still can be physicians. We physicians have lost control of our profession, our patients safety, and our ability to freely practice patient-centered Hippocratic medicine in the United States, writes San Antonio ophthalmologist Kristin Held, M.D., in the winter issue of the Journal of American Physicians and Surgeons. Dr. Held is president of the Association of American Physicians and Surgeons (AAPS).

In 1984, a semesters tuition at the University of Texas Medical School at San Antonio, one of the lowest-cost schools in the nation, was $300. In 2018-2019, tuition was $19,783. According to the Association of American Medical Colleges (AAMC), the average cost for one-year tuition, fees, and health insurance at a public medical school was $37,556 for in-state students. The median student medical school debt was $194,000 in 2018.

Encumbered with such debt, young physicians are no longer free to set up practice on their own. The AMA reported that 47.4% of practicing physicians were employed, and only 45.9% owned their own practices in 2018.

Many young physicians are leaving medicine before they start, and are being replaced by midlevel providers, nurse anesthetists, nurse practitioners,optometrists, and a never-ending cascade of eligible clinicians promoted to physician by politicians, bureaucrats, and private-equity corporations. Physicians, unlike these physician extenders, are subjected to never-ending, costly certification requirements. Sometimes the only work they can find is part-time and unpredictable. And while their costs keep going up, payment keeps going down.

A rapid-fire succession of new government rules has turned physicians into glorified data-entry clerks to benefit third-party payers. Medicare for All is the next step in destroying patient-centered medicine in favor of serving the system.

Dr. Held writes that to preserve the profession of medicine and the patient-physician relationship, Its time to opt out of government-corporate-medical-industrialcomplex-run medicine. As a cataract surgeon, she faced a daunting challenge in declaring her Medical Independence Day.

Physicians need to work together for solutions that preserve individual freedom,common sense, compassion, and respect for life, she concludes.

The Journal of American Physicians and Surgeons is published by the Association of American Physicians and Surgeons (AAPS), a national organization representing physicians in all specialties since 1943.

Contact: Kristin S. Held, M.D., kksheld@al.com, or Jane M. Orient, M.D., (520) 323-3110, janeorientmd@gmail.com

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Medicine as a Profession Is Imperiled, States the Journal of American Physicians and Surgeons - Yahoo Finance

$20M gift from Maxine and Stuart Frankel Foundation to fund innovative research – University of Michigan Health System News

The University of Michigan has received a $20 million gift from the Maxine and Stuart Frankel Foundation of Bloomfield Hills, Michigan, to support the research and development of life-saving therapies at Michigan Medicine in collaboration with other institutions. The gift, which will be used to establish the Maxine and Stuart Frankel Innovation Initiative, will advance U-M faculty-led, collaborative projects that have the potential for rapid clinical application.

We hope this gift will create an environment that will support collaboration among professionals, said Stuart Frankel. We encourage doctors, researchers, people from engineering and other areas, to work together in hopes of achieving monumental, life-saving research. We want the best minds from the University of Michigan and around the world to collaborate on the most innovative research and take scientific discovery to a new level.

Maxine and Stuart Frankelsgift will ensure that the University of Michigan advances its leadership in cutting-edge research that saves lives in our communities, said U-M President Mark Schlissel. The gift will help us translate scientific discoveries into treatments that can reach patients in need. I appreciate the Frankels generosity and their commitment to both innovation and U-Ms very special role as a top public university.

The Initiative will build on best practices of the standout programs developed at U-M and other top institutions, capitalizing on the universitys extensive biomedical research enterprise as the top public university in research spending in the United States.

We are extremely grateful for this gift, which will allow our researchers to move their cutting-edge therapies and other innovative approaches to improving health faster into the life-saving hands of clinicians and scientists everywhere, said Marschall S. Runge, M.D., Ph.D., executive vice president for medical affairs, dean of the University of Michigan Medical School and CEO of Michigan Medicine.

Michigan Medicine is a leader in translational medicine, and our researchers are renowned for their enthusiasm and expertise when it comes to collaboration, both here at the university and globally. This generous support from the Frankels will go a long way toward accelerating this creative engagement and resulting research to market, said Steven L. Kunkel, Ph.D., executive vice dean for research of the Medical School and chief scientific officer of Michigan Medicine.

The Initiative will be administered by Fast Forward Medical Innovation (FFMI), a unit of Michigan Medicine with deep expertise in moving medical technologies from idea to commercialization.

Through FFMI and a host of other established resources at Michigan Medicine, we are committed to bringing together biomedical innovation and entrepreneurship. As such, we are well-positioned to partner with other institutions to transform the Frankels generosity into results moving from the early stages of research into life-saving therapies, said Bradley Martin, Ph.D., managing director of FFMI.

Maxine and Stuart Frankel, both graduates of U-M, have a long history in philanthropy.

Their latest gift is inspired in part by the groundbreaking work of Robert Bartlett, M.D., professor emeritus in the department of surgery, who is known as the father of ECMO (extracorporeal membrane oxygenation), a revolutionary machine used to replace the function of the heart and lungs in critically ill patients.

Bartlett, with continued support from the Frankels through this gift, is currently working with several collaborators throughout U-M to develop other life support technologies, including work that could increase the viability of organs for transplantation.

More recently, the Frankels have supported the translational research program of H. David Humes, M.D., professor of internal medicine, and his group. This program has developed innovative devices to treat a variety of inflammatory conditions, including systemic infections and sepsis, with very high mortality rates. This gift will continue to support Humes program to develop and evaluate miniaturized devices to treat neonates and infants, the tiniest of patients in the intensive care unit.

Humes and Bartletts work are examples of the collaborative spirit behind the new gift. A clinical trial of Humes pediatric sepsis device is underway at seven hospitals around the country, illustrating that the innovative research pursued at one institution can be bolstered by the work of multiple researchers and institutions. Bartlett is leading a worldwide group of scientists who are trying to solve the limitations to prolonged organ perfusion. Typically, organ preservation by perfusion is limited to six hours, but in laboratory tests, the Michigan team has perfused hearts of animal models for three days.

After meeting Bartlett, Humes, and others, the Frankels recognized that similar high-risk, high-reward research occurring throughout the university could benefit from investment by private enterprise. The gift will be used to fund five to seven projects per year, which will be selected by an oversight committee of internationally renowned scientists and venture capitalists external to U-M. The Frankels will also be involved in this process.

We were most interested in funding research at the initial stages so the scientists are able to have the support to get where they need to go, said Maxine Frankel.

Ultimately, the Initiatives goal is to improve health and save lives. Said Maxine Frankel of the researchers who will be supported through the gift, Theres no stopping them once they have the support that they need. The results could be monumental.

About Michigan Medicine:At Michigan Medicine, we advance health to serve Michigan and the world. We pursue excellence every day in our three hospitals, 125 clinics and home care operations that handle more than 2.3 million outpatient visits a year, as well as educate the next generation of physicians, health professionals and scientists in our U-M Medical School.

Michigan Medicine includes the top ranked U-M Medical School and the University of Michigan Health System, which includes the C.S. Mott Childrens Hospital, Von Voigtlander Womens Hospital, University Hospital, the Frankel Cardiovascular Center and the Rogel Cancer Center. Michigan Medicines adult hospitals were ranked no. 11 in the nation by U.S. News and World Report in 2019-20 and C.S. Mott Childrens Hospital was the only childrens hospital in Michigan nationally ranked in all 10 pediatric specialties analyzed by U.S. News and World Report for 2019-20. The U-M Medical School is one of the nation's biomedical research powerhouses, with total research spending of more than $500 million annually.

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$20M gift from Maxine and Stuart Frankel Foundation to fund innovative research - University of Michigan Health System News

Cracking the Fever-Autism Mystery – Harvard Medical School

For many years, the parents of children with autism have reported that behavioral symptoms diminished when the child had a fever. The fever phenomenon has been documented in at least two large-scale studies over the past 15 years, but the reasons behind it have continued to mystify scientists.

Now, a new study by researchers at Harvard Medical School and MIT sheds light on the cellular mechanisms that appear to underlie this phenomenon.

In a study of mice, published Dec. 18 inNature, the researchers found that in some cases mimicking bacterial infection, an immune molecule called IL-17a is released and suppresses a small region of the brains cortex linked to social behavioral deficits in animal models.

Our findings finger the signaling cascade that leads to temporary alleviation of autism-like symptoms upon exposure to inflammatory conditions, highlighting the complex interplay between the nervous and immune systems in neurodevelopmental disorders such as autism, said study co-corresponding authorJun Huh, assistant professor of immunology in the Blavatnik Institute at HMS.

People have seen this phenomenon before [in people with autism], but its the kind of story that is hard to believe, which I think stems from the fact that we did not know the mechanism, saidGloria Choi, the Samuel A. Goldblith Career Development Assistant Professor of Applied Biology and an assistant professor of brain and cognitive sciences at MIT. Now the field, including my lab, is trying hard to show how this worksall the way from the immune cells and molecules to receptors in the brainand how those interactions lead to behavioral changes.

Although findings in mice do not always translate into humans, the study may help guide the development of strategies that could help reduce some behavioral symptoms of autism or other neurologic disorders, said Choi, who is also a faculty member of MITs Picower Institute for Learning and Memory.

The lead authors of the research are MIT graduate student Michael Douglas Reed and MIT postdoctoral fellow Yeong Shin Yim.

Immune influence

Choi and Huh previously explored other links between inflammation and autism. In 2016,they showedthat mice born to mothers who experience severe infections during pregnancy are much more likely to show behavioral symptoms such as deficits in sociability, repetitive behaviors and abnormal communication. They found these symptoms stem from exposure to maternal IL-17a, which produces defects in a specific brain region of the developing embryo. The brain region, S1DZ, is part of the somatosensory cortex and believed to be responsible for sensing where the body is in space.

Immune activation in the mother leads to very particular cortical defects, and those defects are responsible for inducing abnormal behaviors in offspring, Choi said.

A link between infection during pregnancy and autism in the offspring has also been documented in humans. A 2010 study that included children born in Denmark between 1980 and 2005 found that severe viral infections during the first trimester of pregnancy led to a threefold increase in risk for autism, and serious bacterial infections during the second trimester were linked with a 1.42-fold increase in risk. These infections included influenza, viral gastroenteritis and severe urinary tract infections.

In the new study, Choi and Huh turned their attention to the often-reported link between fever and reduction of autism symptoms.

We wanted to ask whether we could use mouse models of neurodevelopmental disorders to recapitulate this phenomenon, Choi said. Once you see the phenomenon in animals, you can probe the mechanism.

The researchers began by studying mice that exhibited behavioral symptoms due to exposure to inflammation during gestation. They injected these mice with a bacterial component called LPS, which induces a fever response, and found that the animals social interactions were temporarily restored to normal.

Further experiments revealed that during inflammation these mice produce IL-17a, which binds to receptors in S1DZthe same brain region shown to be affected by maternal inflammation. The experiments showed that IL-17a reduces neural activity in S1DZ, making mice temporarily more interested in interacting with fellow mice.

When researchers inhibited IL-17a or knocked out the receptors for IL-17a, mice did not experience a reversal of symptoms, a finding that pinpointed IL-17a as the responsible trigger. The experiments also showed that simply raising mices body temperature did not have any effect on behavior, offering further evidence that IL-17a is, indeed, the critical player behind reversal of symptoms.

This suggests that the immune system uses molecules like IL-17a to directly talk to the brain, and it actually can work almost like a neuromodulator to bring about these behavioral changes, Choi said. Our study provides another example as to how the brain can be modulated by the immune system.

Whats remarkable about this paper is that it shows that this effect on behavior is not necessarily a result of fever but the result of cytokines being made, said Dan Littman, the Helen L. and Martin S. Kimmel Professor of Molecular Immunology at New York University, who was not involved in the study. Theres a growing body of evidence that the central nervous system, in mammals at least, has evolved to be dependent to some degree on cytokine signaling at various times during development or postnatally.

Behavioral effects

The researchers then performed the same experiments in three additional mouse models of neurologic disorders. These mice lack a gene linked to autism and similar disorderseitherShank3,Cntnap2orFmr1. These mice all show deficits in social behavior similar to those of mice exposed to inflammation in the womb, even though the origin of their symptoms is different.

Injecting those mice with LPS did produce inflammation, but it did not have any effect on their behavior. The reason for that, the researchers found, is that in these mice, inflammation did not stimulate IL-17a production. However, if the researchers injected IL-17a into these mice, their behavioral symptoms did improve.

This suggests that mice who are exposed to inflammation during gestation end up with their immune systems somehow primed to more readily produce IL-17a upon exposure to other inflammatory conditions later in their life. Choi and Huh havepreviously shownthat the presence of certain bacteria in the gut can also prime IL-17a responses. They are now investigating whether the same gut-residing bacteria contribute to the LPS-induced reversal of social behavior symptoms that they found in the newNaturestudy.

Huh and Chois labs are also exploring whether any immune molecules other than IL-17a may affect the brain and behavior.

Whats fascinating about this communication is the immune system directly sends its messengers to the brain, where they work as if theyre brain molecules, to change how the circuits work and how the behaviors are shaped, Choi said.

It was amazing to discover that the same immune molecule, IL-17a, could have dramatically opposite effects depending on context: Promoting autism-like behaviors when it acts on the developing fetal brain and ameliorating autism-like behaviors when it modulates neural activity in the adult mouse brain, Huh said. This is the degree of complexity we are trying to make sense of.

The research was funded by the Jeongho Kim Neurodevelopmental Research Fund, Perry Ha, the Hock E. Tan and K. Lisa Yang Center for Autism Research, the Simons Center for the Social Brain, the Simons Foundation Autism Research Initiative, the Champions of the Brain Weedon Fellowship, and a National Science Foundation Graduate Research Fellowship.

Adapted from an MITnews release

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Cracking the Fever-Autism Mystery - Harvard Medical School

Scientists find way to supercharge protein production – Washington University School of Medicine in St. Louis

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Discovery promises to aid production of protein-based drugs, vaccines, other biomaterials

Tubes of green fluorescent protein glow more brightly when they contain more of the protein. Researchers at Washington University School of Medicine have found a way to increase protein production up to a thousandfold, a discovery that could aid production of proteins used in the medical, food, agriculture, chemical and other industries.

Medicines such as insulin for diabetes and clotting factors for hemophilia are hard to synthesize in the lab. Such drugs are based on therapeutic proteins, so scientists have engineered bacteria into tiny protein-making factories. But even with the help of bacteria or other cells, the process of producing proteins for medical or commercial applications is laborious and costly.

Now, researchers at Washington University School of Medicine in St. Louis have discovered a way to supercharge protein production up to a thousandfold. The findings, published Dec. 18 in Nature Communications, could help increase production and drive down costs of making certain protein-based drugs, vaccines and diagnostics, as well as proteins used in the food, agriculture, biomaterials, bioenergy and chemical industries.

The process of producing proteins for medical or commercial applications can be complex, expensive and time-consuming, said Sergej Djuranovic, PhD, an associate professor of cell biology and physiology and the studys senior author. If you can make each bacterium produce 10 times as much protein, you only need one-tenth the volume of bacteria to get the job done, which would cut costs tremendously. This technique works with all kinds of proteins because its a basic feature of the universal protein-synthesizing machinery.

Proteins are built from chains of amino acids hundreds of links long. Djuranovic and first author Manasvi Verma, an undergraduate researcher in Djuranovics lab, stumbled on the importance of the first few amino acids when an experiment for a different study failed to work as expected. The researchers were looking for ways to control the amount of protein produced from a specific gene.

We changed the sequence of the first few amino acids, and we thought it would have no effect on protein expression, but instead, it increased protein expression by 300%, Djuranovic said. So then we started digging in to why that happened.

The researchers turned to green fluorescent protein, a tool used in biomedical research to estimate the amount of protein in a sample by measuring the amount of fluorescent light produced. Djuranovic and colleagues randomly changed the sequence of the first few amino acids in green fluorescent protein, generating 9,261 distinct versions, identical except for the very beginning.

The brilliance of the different versions of green fluorescent protein varied a thousandfold from the dimmest to the brightest, the researchers found, indicating a thousandfold difference in the amount of protein produced. With careful analysis and further experiments, Djuranovic, Verma and their collaborators from Washington University and Stanford University identified certain combinations of amino acids at the third, fourth and fifth positions in the protein chain that gave rise to sky-high amounts of protein.

Moreover, the same amino-acid triplets not only ramped up production of green fluorescent protein, which originally comes from jellyfish, but also production of proteins from distantly related species like coral and humans.

The findings could help increase production of proteins not only for medical applications, but in food, agriculture, chemical and other industries.

There are so many ways we could benefit from ramping up protein production, Djuranovic said. In the biomedical space, there are many proteins used in drugs, vaccines, diagnostics and biomaterials for medical devices that might become less expensive if we could improve production. And thats not to mention proteins produced for use in the food industry theres one called chymosin that is very important in cheese-making, for example the chemical industry, bioenergy, scientific research and others. Optimizing protein production could have a broad range of commercial benefits.

Verma M, Choi J, Cottrell KA, Lavagnino Z, Thomas EN, Pavlovic-Djuranovic S, Szczesny P, Piston DW, Zaher HS, Puglisi JD, Djuranovic S. A short translational ramp determines the efficiency of protein synthesis. Nature Communications. Dec. 18, 2019. DOI: 10.1038/s41467-019-13810-1

This work is supported by the National Institutes of Health (NIH), grant numbers R01 R01GM112824, R01GM51266, R01GM113078, R01DK115972 and T32GM007067; the Skandalaris Center LEAP Award; JDRF, award number 3-APF-2018-573-A-N; and Stanford University Bio-X Fellowship.

SD holds US Provisional Patent #62/540,897 Methods to modulate protein translation efficiency. This patent is owned by Washington University and managed by the Washington University Office of Technology Management (reference numberT061889)

Washington University School of Medicines 1,500 faculty physicians also are the medical staff of Barnes-Jewish and St. Louis Childrens hospitals. The School of Medicine is a leader in medical research, teaching and patient care, ranking among the top 10 medical schools in the nation by U.S. News & World Report. Through its affiliations with Barnes-Jewish and St. Louis Childrens hospitals, the School of Medicine is linked to BJC HealthCare.

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Scientists find way to supercharge protein production - Washington University School of Medicine in St. Louis

Michigan Medicine kicks off celebration of 150th anniversary – University of Michigan Health System News

One hundred and fifty years ago this month, something extraordinary happened at the University of Michigan. Its effects have reverberated down through history not only on the campus, but across the state and nation.

In December 1869, the first patients checked in to the universitys first hospital.

It wasnt a fancy facility just 20 beds in a converted former professors house on North University Avenue, where the Chemistry Building now stands.

Its patients had to travel across the Diag, to the Medical School building built 20 years before, to have an operation or examination by a professor with hundreds of medical students looking on.

The professor's house that was converted to become the first U-M hospital.

But its opening marked the first time an American university had run a hospital, adding patient care to its missions of medical education and research. The birth of the academic medical center now known as Michigan Medicine began a movement that spread to universities across the country, and accelerated medical innovation.

A celebration of that 150th birthday begins today, and will continue through most of 2020, marking many of the medical and life sciences milestones and achievements that have happened at U-M and helped transform care everywhere.

A new timeline of historical events has just launched on the Michigan Medicine website, along with links to resources to explore U-Ms medical history further and a new overview video.

Theres also a video of a recent lecture by Joel Howell, M.D., Ph.D., co-author of the 2017 book Medicine at Michigan: A History of the University of Michigan Medical School at the Bicentennial and the Elizabeth Farrand Collegiate Professor in Medical History, as well as a professor of internal medicine, history, and health management and policy.

Throughout the coming months, new stories and social media posts will bring Michigan Medicines history to life, linked by the hashtag #michmed150 on Twitter, Facebook, LinkedIn and Instagram. Anyone at the university interested in receiving updates when new stories or updates are available may join an email list.

Michigan Medicine faculty, staff, retirees, alumni and patients will be invited to share their memories, and interact with historical content, too. Units within Michigan Medicine can tap into the celebration by noting events in their own past all have firsts or major national contributions of their own.

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Michigan Medicine kicks off celebration of 150th anniversary - University of Michigan Health System News

More women in med school; still get paid less than men – KELOLAND.com

SIOUX FALLS, S.D. (KELO) The number of women enrolled at the University of South Dakota Sanford School of Medicine is increasing.

A 2019 study by the Association of American Medical Colleges said for the first time ever there are more women then men in medical school. The national average for females in medical school is 50.5%

The study said 45.7% of USD students for the 2019-2020 school year are women.

The national average is 50.5%. Thats an increase of 49.5% from 2018. The average was 46.9% in 2015.

While the percentage of women enrolled in medical school increased in the U.S., fewer women than men are applied to USD for the 2019-2020 school year.

USD had 836 applicants for the 2019-2020 school year. Of the applicants, 47.6% were female and 52.4% were male.

The number of female versus male applicants is similar at some neighboring medical schools.

The University of Iowa had 3,879 applicants. Of those applicants, 44.7% were female. The university has a 50-50 split between female and male students for the school year.

The University of North Dakota medical school had 1,718 applicants. Of those, 47.2% were women. Women made up 41.6% of the enrolled students.

Creighton University in Omaha, Nebraska, had 6,375 applicants and 45.3% of those were women. Of its enrolled students, 50.6% are women.

The University of Nebraska in Lincoln had 1,590 applicants and 45.7% were women. Of its enrolled students, 49.2% are women.

The University of Minnesota Mayo Medical School in Rochester had 7,265 applicants and 46.2% were women. The universitys enrollment is 51% female.

The University of Minnesotas overall medical school program other than Mayo had 5,561 applicants and 49.6% of those were female. Women made up 54.2% of the enrollment.

The overall makeup of the 142 residents at USD Sanford is 72 female students and 70 male students.

Although there are more women in medical school, chances are when they graduate they will earn less than men.

Studies show that in most categories of medical practice, if not all, women make less than men.

In many cases of research, its the doctors themselves reporting the pay to reveal the inequities.

A 2019 study by Doximity, an online network of medical professionals, said that on average male doctors earn $1.25 for every $1 earned by women.

USD said that of its female residents, 16 chose family medicine or psychiatry while 13 chose internal medicine or pediatrics. The rest chose specialties of pathology, cardiovascular, general surgery, geriatrics, transitional year or family medicine.

South Dakota had 2,121 active doctors, including 674 female doctors, in 2018, the 2019 State Physician Workforce Data Report said. The most were in family medicine/general practice at 188. Eighty-one were in internal medicine, 62 in obstetrics and gynecology, and 58 in pediatrics. The remainder were in other practices, except none were practicing in cardiovascular care or orthopedics.

A 2019 Medscape study showed the male primary care physicians earn 25% more than females. The income was $258,000 compared to $207,000 for women.

The gap did decrease in specialty pay from 36% in 2018 to a 33% difference between men and women. Men were paid $372,000 in specialty practice compared to $280,000 for women.

Specialty practices were identified as plastic surgery, orthopedics, internal medicine and similar. Medscape said while women tended to choose lower paying specialties than higher paying ones such as plastic surgery, orthopedics, cardiology and urology, that doesnt explain the overall disparity in specialty pay.

Additional research by Dr. Malgorzata Skaznik-Wikiel, assistant professor of obstetrics and gynecology at the University of Colorado School of Medicine, and others show similar pay gaps between female and male doctors.

Several studies prompted the Association of Women Surgeons to release a formal statement on the gender pay equity gap. Women in academic medicine make 90 cents for every dollar earned by their male counterparts. Although this salary gender gap is not as large as the 82 cents per dollar noted in the overall US Economy 21 it reflects inequities in compensation, and must be addressed. If change continues at the current slow rate, women will not reach pay equity with men until 2152, the statement said.

But there are some indications that doctors who practice in rural areas, including South Dakota and in neighboring states, may be getting paid more than those who practice in some urban areas.

Research called Income and Age Profiles of Urban and Rural Physicians in the United States conducted through the University of Chicago shows that rural physicians have higher incomes, lower housing costs, and shorter commutes than urban physicians.

A 2018 study by Merritt Hawkins on healthcare recruitment said the Midwest and Great Plains ranked high when it came to pay for psychiatry, family practice, radiology and internal medicine, which were listed as top areas of recruitment. The salary list did not breakdown male versus female pay. Merritt Hawkins is a physician recruiting and consulting firm.

Despite higher pay, rural areas have about a third fewer physicians per capita than the nation as a whole, the University of Chicago study said. And most rural doctors are men.

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More women in med school; still get paid less than men - KELOLAND.com

A group of black medical students posed at a plantation to show how the past inspired their future – WDSU New Orleans

A picture is worth a thousand words and a group of black medical students at Tulane University are hoping their pictures speak volumes about how far they've come.Russell Ledet, a medical student at Tulane University, tells CNN he got the idea after a conversation with his 8-year-old daughter about a trip they took to Whitney Plantation in Edgard, Louisiana."Her insight was, "This is not fair. This is not supposed to happen,"' Ledet said. "So I had this idea that we need to get the black medical students at Tulane and we need to come here. We need to do this for ourselves."He decided to pitch the idea of taking a group tour of the plantation to his classmates, along with taking pictures in their white coats, and it turned out better than imagined.The idea takes offLedet said his peers had "no hesitation," and they knew it could have an impact. Fifteen of the 65 black medical school students showed up, and he said the most amazing thing was that all of them had a different takeaway.Ledet's classmate Sydney Labat shared the photos on Instagram with the caption:"As physicians in training, we stood on the steps of what was once slave quarters for our ancestors. This was such a powerful experience, and it honestly brought me to tears.For black people pursing a career in medicine, keep going. For our entire community, keep striving. Resilience is in our DNA."The photo started making the rounds and quickly grabbed the internet's attention."You just get a feeling, and you think this is going to be impactful and this is going to mean something," Labat told CNN. "It's not about going viral or the attention ... it's about being inspirational."Labat said that if she would have seen these photos as a child it would have motivated her further as she dreamed of becoming a doctor."To see people that look like me on this photo would have been so substantial for me as a younger student, and that is the whole purpose."They hope the photo will inspire generationsThe students hope the photo will make a difference for all black students. The plan is to put them in 100,000 schools across the country so that future students can be inspired.They also hope it shows older generations in their field that the hardship was all worth it."We hope that we will make a lifelong impact ... and let know: Yes, you can be smart. Yes, you can be successful ... and you can also do that while being unapologetically black and proud of where you come from and proud of where you are going," Labat said.

A picture is worth a thousand words and a group of black medical students at Tulane University are hoping their pictures speak volumes about how far they've come.

Russell Ledet, a medical student at Tulane University, tells CNN he got the idea after a conversation with his 8-year-old daughter about a trip they took to Whitney Plantation in Edgard, Louisiana.

"Her insight [to the visit] was, "This is not fair. This is not supposed to happen,"' Ledet said. "So I had this idea that we need to get the black medical students at Tulane and we need to come here. We need to do this for ourselves."

He decided to pitch the idea of taking a group tour of the plantation to his classmates, along with taking pictures in their white coats, and it turned out better than imagined.

Ledet said his peers had "no hesitation," and they knew it could have an impact. Fifteen of the 65 black medical school students showed up, and he said the most amazing thing was that all of them had a different takeaway.

Ledet's classmate Sydney Labat shared the photos on Instagram with the caption:

"As physicians in training, we stood on the steps of what was once slave quarters for our ancestors. This was such a powerful experience, and it honestly brought me to tears.

For black people pursing a career in medicine, keep going. For our entire community, keep striving. Resilience is in our DNA."

The photo started making the rounds and quickly grabbed the internet's attention.

"You just get a feeling, and you think this is going to be impactful and this is going to mean something," Labat told CNN. "It's not about going viral or the attention ... it's about being inspirational."

Labat said that if she would have seen these photos as a child it would have motivated her further as she dreamed of becoming a doctor.

"To see people that look like me on this photo would have been so substantial for me as a younger student, and that is the whole purpose."

The students hope the photo will make a difference for all black students. The plan is to put them in 100,000 schools across the country so that future students can be inspired.

They also hope it shows older generations in their field that the hardship was all worth it.

"We hope that we will make a lifelong impact ... and let [students] know: Yes, you can be smart. Yes, you can be successful ... and you can also do that while being unapologetically black and proud of where you come from and proud of where you are going," Labat said.

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A group of black medical students posed at a plantation to show how the past inspired their future - WDSU New Orleans

Austin Blockchain Collective and Dell Medical School to Host Blockchain and Digital Transformation in Health 2020 Symposium – PR Web

Blockchain and Digital Transformation in Health 2020 Symposium

AUSTIN, Texas (PRWEB) December 12, 2019

In a unique collaboration between industry and academia, the Austin Blockchain Collective is working with Dell Medical School at the University of Texas to host the Blockchain and Digital Transformation in Health 2020 Symposium on February 26, 2020. The educational event follows the formation earlier this year of the collectives Healthcare Working Group, which comprises local healthcare-oriented blockchain technology innovators and Dell Med.

The Austin Blockchain Collective has a mission to promote the City of Austin's credentials as a recognized global center of business, innovation and thought leadership in the blockchain technology space, notes Pete Harris, Executive Director of the Austin Blockchain Collective. Hosting this educational day with Dell Med is an example of that leadership in action addressing issues that are critical to the health and wellness of patients and the broader population.

The faculty for the symposiums educational program is currently being assembled. Academic presentations from UTs Dell Medical School, McCombs School of Business and its Department of Electrical and Computer Engineering have already been accepted and a call for further abstracts from academia is currently open.

Industry thought leaders representing Amchart, Bloqcube, City of Austin, ConsenSys Health, Encrypgen, HASA and Rymedi are also confirmed for the program. Further faculty members from academia and industry, including keynotes, will be announced in January 2020.

A number of application and technology topics will be covered during the day, which will comprise keynote presentations and plenary panels, as well as specialist breakout sessions. Topics likely to be covered include:

More than 150 healthcare industry and technology professionals are expected to attend. The symposium is especially targeted at those working in the following roles:

The venue for the Blockchain and Digital Transformation in Health 2020 Symposium is M2M Element, a recently opened medical and life sciences innovation center.

About the Austin Blockchain Collective

The Austin Blockchain Collective has a mission to establish Austin, TX as a recognized global center of business, innovation and thought leadership in the blockchain technology space. The Collective provides education, advice and guidance on blockchain and crypto technologies, and advocates for, showcases and nurtures local blockchain and crypto vendors and users. It connects and promotes these ecosystem participants and encourages accelerated adoption of these transformative technologies. Visit http://www.austinblockchaincollective.com to learn more.

About Dell Medical School

Dell Medical School is rethinking the role of academic medicine in improving health with a unique focus on community. More information is available at https://dellmed.utexas.edu.

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Austin Blockchain Collective and Dell Medical School to Host Blockchain and Digital Transformation in Health 2020 Symposium - PR Web