Global K-12 Robotic Toolkits Market 2020-2024 | Increased Emphasis on STEM Education to Boost Market Growth | Technavio – Yahoo Finance

The global K-12 robotic toolkits market is expected to grow by USD 319.78 million during 2020-2024, according to the latest market research report by Technavio. Request a free sample report

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Technavio has published a new market research report on the global K-12 robotic toolkits market from 2020-2024. (Graphic: Business Wire)

Educational institutions across the world have been focusing on providing STEM education over the last decade. Students are also opting for careers and degree programs in STEM subjects owing to high employment prospects. Moreover, governments in developed countries such as the US and the UK are encouraging schools to promote STEM education. These factors have increased the incorporation of technology and hardware systems in classrooms. These products and solutions include interactive learning products for STEM, such as K-12 robotic toolkits. Thus, the increased emphasis on STEM education will drive the growth of the market during the forecast period.

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As per Technavio, the introduction of drones in k-12 robotic learning programs will have a positive impact on the market and contribute to its growth significantly over the forecast period. This research report also analyzes other significant trends and market drivers that will influence market growth over 2020-2024.

K-12 Robotic Toolkits Market: Introduction Of Drones In K-12 Robotic Learning Programs

The popularity of drones for recreational and professional purposes is growing. Schools and educators across the world are introducing drones in STEM learning. Drones help students learn subjects such as geography and cartography through coordinate mapping and distance calculations. In addition, various manufacturers that offer drones for K-12 robotics allow students to build their own drones. This helps them understand advanced designing processes and methods and explore post-school career options in robotics. Vendors are introducing new products to cater to the growing demand for drones. For instance, RobotLAB offers Quadcopter a drone designed to help K-12 students learn robotics. Thus, the introduction of drones in k-12 robotic learning programs will drive the growth of the market during the forecast period.

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K-12 Robotic Toolkits Market: Segmentation Analysis

This market research report segments the k-12 robotic toolkits market by school level (High school, Middle school and PreK-elementary school), and geography (North America, APAC, Europe, South America and MEA).

The North American region led the K-12 robotic toolkits market in 2019, followed by Europe, APAC, South America and MEA. During the forecast period, the North American region is expected to register the highest incremental growth due to factors such as the launch of innovative products, growing use of online platforms for purchasing education and learning products and increasing enrollment in schools.

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

Some of the key topics covered in the report include:

School level

Geographic segmentation

Market Drivers

Market Challenges

Market Trends

Vendor Landscape

About Technavio

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

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

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Technavio ResearchJesse MaidaMedia & Marketing ExecutiveUS: +1 844 364 1100UK: +44 203 893 3200Email: media@technavio.com Website: http://www.technavio.com/

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Global K-12 Robotic Toolkits Market 2020-2024 | Increased Emphasis on STEM Education to Boost Market Growth | Technavio - Yahoo Finance

U.S. companies cut back on installing robots in 2019 – Reuters

(Reuters) - The robot invasion slowed a bit last year.

FILE PHOTO: The aluminium cab of all-new 2015 F-150 pick-up truck moves down the robot assembly line at the Ford Rouge Center in Dearborn, Michigan, November 11, 2014. REUTERS/Rebecca Cook/File Photo/File Photo

U.S. companies installed fewer robots in 2019 than they did the year before, the first cut back since 2015, as a downturn in manufacturing fueled by trade wars and weaker demand dampened appetite for the machines.

Shipments fell to 23,758, a more than 16% drop, according to data seen by Reuters that was set for release on Tuesday by the Association for Advancing Automation, an industry group based in Ann Arbor, Michigan.

Robot shipments also fell in Mexico last year, declining 25% to 3,263, while shipments in Canada roughly held steady at just over 3,000 units.

(GRAPHIC: Robot shipments slowed last year, here)

A major goal of President Donald Trump has been to drive manufacturers to bring work back to the United States, presumably aided by new automation and robotics that would allow domestic plants to compete with cheaper labor in China and other lower-cost countries. But that trend appears to have been overwhelmed by a larger slowdown in manufacturing.

Alexander Shikany, vice president of the Association for Advancing Automation, said the slowdown is likely to be short lived. Orders for new robots in North America, a separate measure that gives a sense of how many machines will be installed in future months, increased last year by 1.6% to 29,988 units, Shikany noted.

The largest driver of that growth was a more than 50% jump in orders from automakers, which Shikany said were making robots part of their investment in the next wave of automotive technology.

No. 1 U.S. automaker General Motors Co (GM.N), for example, recently announced it was investing $2.2 billion to build electric trucks and autonomous electric vehicles at its Detroit-area plant in Hamtramck, Michigan.

Hytrol Conveyor Co Inc, a privately held company in Jonesboro, Arkansas, that produces conveyor belts and had sales last year of over $200 million, did not cut back on robot installations in 2019. With demand from e-commerce businesses and other warehouse operations booming, the company spent $1.9 million last year to help automate its assembly line.

David Peacock, the companys president, said the company realized three years ago it would have trouble keeping up with demand growth without more robots.

The investments have not cut jobs. Headcount at Hytrol Conveyors factory has increased 18% over the past three years to 1,300 workers. Revenues, meanwhile, are up nearly a quarter.

Reporting by Timothy Aeppel; Editing by Tom Brown

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U.S. companies cut back on installing robots in 2019 - Reuters

OTTO Motors to expand into Japanese markets with its mobile robots – Robot Report

OTTO Motors will expand into Japan with its mobile robots that can move materials. Image: OTTO Motors

OTTO Motors, the industrial division of Clearpath Robotics, announced today it would enter the Japanese market, its first expansion outside of North America. OTTO Motors develops self-driving vehicles that move materials within manufacturing and warehousing facilities.

OTTO Motors is partnering with Altech, a specialized trading company that imports advanced machinery and equipment form Europe and the U.S. to support Japanese industrial companies, the companies said in a statement. The announcement occurred at RoboDEX2020, an annual development and application expo in Tokyo.

This is a big moment for OTTO Motors, said Richard Baker, OTTOs chief revenue officer. Our innovative self-driving vehicles have been helping modernize factories throughout the United States and Canada since 2015. OTTO Motors entered the Japan market in 2018, and with several successful deployments completed, we are expanding our efforts in Japan working alongside Altech.

The two companies said they have already begun serving customers in the automotive, food, and industrial equipment industries in Japan. This includes HIROTEC, a Tier 1 automotive parts supplier to Mazda. HIROTEC installed three OTTO self-driving vehicles within its Hiroshima plant to deliver Mazda door panels to welding cells as part of a mission-critical process.

The materials handling platform allowed HIROTEC to reconfigure its processes to improve material movement efficiency and increase throughput, OTTO Motors said. By installing the vehicles, HIROTEC could eliminate the need for eight legacy autonomous guided vehicles (AGVs).

The company said this was the second deployment of OTTO systems within HIROTEC, the first being deployed at HIROTEC Americas in 2017 to help automate spare parts production.

Altech has a proud history of providing high-quality technology products and services to our customers, said Hidehiko Suyama, executive director of Altech. Now, we are proud to be the first to bring OTTO Motors products to the Japanese market, where we know there is great demand across several industries.

Mobile robotics companies continue to deploy self-driving industrial vehicles in factories and warehouses, as the global market for these types of robots is forecast to exceed $224 billion by 2030, according to ABI Research. OTTO said demand in Japan is expected to be particularly high because of the countrys aging population. Having fewer young people than older people means that there is not enough labor supply to do all the work needed to power the economy, the company said. Japanese manufacturers must rely on self-driving vehicles and other forms of industrial automation because there simply are not enough humans to do all the work that needs to be done.

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OTTO Motors to expand into Japanese markets with its mobile robots - Robot Report

Robots and artificial intelligence can benefit workers instead of hurting them if we address inequality today [Opinion] – Houston Chronicle

These are the jobs that robots are taking over. Robots take retail. Headlines such as these have become so common, theyre practically accepted as fact. While many are quick to blame advancing technology such as artificial intelligence, the real problem is how that technology is deployed in the workplace along with who stands to benefit from it.

Though tech hubs such as San Francisco, Boston and Seattle routinely grab the limelight, Houston too is on the forefront of an innovation that could drastically change the lives of some workers. Starting last year, a robotics company based in Silicon Valley, Nuro, has been using the suburbs of Houston to test its autonomous grocery delivery service.

In this age of driverless cars, were spending less time celebrating the freedom technology brings and more time worried about what it means for those such as the gig economy workers who deliver groceries who will eventually be replaced by autonomous vehicles.

These concerns are legitimate. Just as urgent is the need to grapple with how we can deploy this new technology to benefit workers. In short, the economic benefits of technology should be broadly shared among all of us.

How technological change is implemented, who benefits and who pays a price, will be based on choices that we make as a society. What scholars are learning, unfortunately, is that high economic inequality is confining the benefits of technological progress and accompanying economic growth primarily to the very rich.

Economic inequality the differences between the top 1 percent and the rest of us has been growing in the United States since the 1980s and stands at its highest point in a century. Houston is not immune: In 2015, the Houston metropolitan area ranked seventh among nearly one thousand metropolitan areas in its share of people who reside in the top 1 percent of incomes nationwide, according to a recent study by the Economic Policy Institute.

Technological progress, while making many workers more productive and adding high-skill jobs to the economy, also reinforces economic and other kinds of inequality, such as by race and gender. Technology has contributed to the rise of independent contractors, franchises and the gig economy. These trends have undermined their bargaining power to obtain wage increases and improved conditions.

Though it might be difficult to predict where technology will take jobs and employment in the decades ahead, we can make policy changes today that address inequality and ensure that workers are treated fairly and can earn their share of the productivity benefits technological advancement provides.

A fundamental step to reducing inequality is to ensure that our economy remains competitive and that the first mover advantage to create new platforms doesnt calcify into monopolies that stifle future innovation and entrepreneurship. Our 21st-century policies must be up to the task of ensuring market competition in the face of new technologies.

We also need to ensure that the gains of growth are shared. We have an easy way to do this: put in place a tax code that does not fossilize wealth into the hands of few. Changes in recent years have mostly benefited the wealthy and corporate interests, not the many. We need a tax code that gives us the capacity to make much-needed investments in our communities and our people that will ensure our economy can be competitive for generations to come. A number of proposals for taxing wealth have been offered; though some go farther than others, any step is a step in the right direction.

And, to directly support the workers who must contend with changing technologies, we need to modernize labor laws and other policies affecting workers to account for the changes taking place in the economy and to reverse actions that have weakened labor unions and worker power. The federal labor standards enacted in the 20th century essentially do not exist for millions of gig workers and others. Those standards for safety, for wages, for working conditions should be updated to meet the needs of todays families by including things like paid leave and extended to all.

In addition, workers voices need to be heard in the workplace. Worker input can lead to greater equity and more efficient production processes. See Harvard Universitys Labor and Worklife Program, which recently issued the Clean Slate for Worker Power, an agenda of policy recommendations that would strengthen the ability of organized labor to rebalance the power between workers and employers.

Luckily Houston has already begun to take action. In 2017, the Mayoral Task Force on Equity produced an in-depth report with a series of recommendations for addressing inequality in Houston. The policies included in Rising Together: A Roadmap to Confront Inequality in Houston ranged from a new jobs program and early childhood education reforms to greater investment in low-income neighborhoods and a more progressive tax system.

Too many conversations about technology and the future of work start from the premise that technology controls us, and not the other way around. If we want to ensure that technology serves all of us and that its benefits are broadly shared then we need to address inequality so that workers are better positioned to weather any challenges the robots might bring.

Boushey is the president and CEO of the Washington Center for Equitable Growth. She will be speaking about her book "Unbound: How Inequality Constricts Our Economy and What We Can Do About It" at Rice University on Wednesday, Feb. 12, at 6:30 p.m. This event is free and open to the public but registration is recommended. She will also be presenting at a Rice Scientia Conference on Work in the 21st Century: Automation, Workers, and Society Feb 13-14.

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Robots and artificial intelligence can benefit workers instead of hurting them if we address inequality today [Opinion] - Houston Chronicle

Global Mobile Robotics Market Analysis & Trends Over the Forecast Period, 2018-2028 – ResearchAndMarkets.com – Yahoo Finance

The "Global Mobile Robotics Market Analysis & Trends - Industry Forecast to 2028" report has been added to ResearchAndMarkets.com's offering.

The Global Mobile Robotics Market is poised to grow strong during the forecast period 2018 to 2028. Some of the prominent trends that the market is witnessing include adoption of UAVs for applications such as agriculture, surveying and mapping, focus on developing robots with special features, and increasing geriatric population worldwide boosting demand for service robots for elderly assistance.

According to component, the market is bifurcated into software, hardware, and support and service. in addition hardware segment is divided into power supply, actuator, sensor, control system, and other hardware components. Other hardware components are further divided into mechanical components, and electrical and electronic.

This industry report analyzes the market estimates and forecasts of all the given segments on global as well as regional levels presented in the research scope. The study provides historical market data for 2017, 2018 revenue estimations are presented for 2019 and forecasts for 2023 and 2028. The study focuses on market trends, leading players, supply chain trends, technological innovations, key developments, and future strategies. With comprehensive market assessment across the major geographies such as North America, Europe, Asia Pacific, Middle East, Latin America and Rest of the world the report is a valuable asset for the existing players, new entrants and the future investors.

The study presents detailed market analysis with inputs derived from industry professionals across the value chain. A special focus has been made on 23 countries such as U.S., Canada, Mexico, U.K., Germany, Spain, France, Italy, China, Brazil, Saudi Arabia, South Africa, etc. The market data is gathered from extensive primary interviews and secondary research. The market size is calculated based on the revenue generated through sales from all the given segments and sub segments in the research scope. The market sizing analysis includes both top-down and bottom-up approaches for data validation and accuracy measures.

Report Highlights:

Key Topics Covered:

1 Market Outline

1.1 Research Methodology

1.1.1 Research Approach & Sources

1.2 Market Trends

1.3 Regulatory Factors

1.4 Product Analysis

1.5 Application Analysis

1.6 Strategic Benchmarking

1.7 Opportunity Analysis

2 Executive Summary

3 Market Overview

3.1 Current Trends

3.1.1 Adoption of UAVs for Applications Such as Agriculture, Surveying and Mapping

3.1.2 Focus on Developing Robots With Special Features

3.1.3 Increasing Geriatric Population Worldwide Boosting Demand for Service Robots for Elderly Assistance

3.1.4 Growth Opportunities/Investment Opportunities

3.2 Drivers

3.3 Constraints

3.4 Industry Attractiveness

3.4.1 Bargaining power of suppliers

3.4.2 Bargaining power of buyers

3.4.3 Threat of substitutes

3.4.4 Threat of new entrants

3.4.5 Competitive rivalry

4 Mobile Robotics Market, By Component

4.1 Software

4.2 Hardware

4.3 Support and Service

5 Mobile Robotics Market, By Product

5.1 Unmanned Ground Vehicles (UGV)

5.2 Unmanned Aerial Vehicles (UAV)

5.3 Autonomous Underwater Vehicles

5.4 Unmanned Surface Vehicles (USV)

6 Mobile Robotics Market, By Application

6.1 Entertainment, Education, and Personal

6.2 Domestic

6.3 Field

6.4 Military and Defense

6.5 Public Relations and Inspection

6.6 Human Exoskeleton

6.7 Construction and Demolition

6.8 Logistics and Warehousing

6.9 Medical

6.10 Painting & DE Painting

6.11 Coating & Dispensing

7 Mobile Robotics Market, By Type

7.1 Personal and Domestic Robots

7.2 Professional Robots

8 Mobile Robotics Market, By Geography

8.1 North America

8.2 Europe

8.3 Asia Pacific

8.4 Middle East

8.5 Latin America

8.6 Rest of the World (RoW)

9 Key Player Activities

9.1 Acquisitions & Mergers

9.2 Agreements, Partnerships, Collaborations and Joint Ventures

9.3 Product Launch & Expansions

9.4 Other Activities

10 Leading Companies

10.1 Northrop Grumman Corporation

10.2 Kongsberg Maritime

10.3 Honda Motor Co., Ltd.

10.4 Softbank Robotics

10.5 Irobot Corporation

10.6 Ubtech Robotics, Inc.

10.7 Boston Dynamics

10.8 Kuka Ag

10.9 Lockheed Martin Corporation

10.10 Amazon Robotics

10.11 Bluefin Robotics Corporation

10.12 Samsung Electronics

10.13 Google, Inc.

10.14 Adept Technology, Inc.

10.15 Geckosystems Intl. Corp.

For more information about this report visit https://www.researchandmarkets.com/r/kfnkjx

View source version on businesswire.com: https://www.businesswire.com/news/home/20200211005623/en/

Contacts

ResearchAndMarkets.comLaura Wood, Senior Press Managerpress@researchandmarkets.com For E.S.T Office Hours Call 1-917-300-0470For U.S./CAN Toll Free Call 1-800-526-8630For GMT Office Hours Call +353-1-416-8900

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Global Mobile Robotics Market Analysis & Trends Over the Forecast Period, 2018-2028 - ResearchAndMarkets.com - Yahoo Finance

Otto Motors expands its autonomous mobile robots business to Japan – Robotics and Automation News

Otto Motors, the industrial division of Clearpath Robotics, is expanding into the Japanese market.

The move marks Ontario-based Ottos first expansion outside North America.

Otto Motors produces self-driving vehicles also referred to as autonomous mobile robots or warehouse robots that move materials within manufacturing and warehousing facilities.

Otto is partnering with Altech, a specialized trading company that imports advanced machinery and equipment from Europe and the US to support Japanese industrial companies.

The companies announced their partnership at RoboDEX2020, an annual robot development and application expo being held in Tokyo.

Richard Baker, Ottos chief revenue officer, says: This is a big moment for Otto Motors. Our innovative self-driving vehicles have been helping modernize factories throughout the United States and Canada since 2015.

Otto Motors entered the Japan market in 2018, and with several successful deployments completed, we are expanding our efforts in Japan working alongside Altech.

Together, Otto Motors and Altech have already begun to serve customers in the automotive, logistics, food and industrial equipment industries.

One such customer is Hirotec, a leading Tier 1 automotive parts supplier to Mazda. Hirotec installed three Otto self-driving vehicles within its Hiroshima plant to deliver Mazda door panels to welding cells as part of a mission-critical process.

The Otto materials handling platform allowed Hirotec to easily reconfigure its process to improve material movement efficiency and increase throughput.

By installing the three Otto self-driving vehicles, Hirotec was able to eliminate the need for eight legacy autonomous guided vehicles.

This is the second deployment of Otto within Hirotec, they were first deployed at Hirotec Americas in 2017 to automate spare parts production.

Hidehiko Suyama, executive director of Altech, says: Altech has a proud history of providing high-quality technology products and services to our customers.

Now, we are proud to be the first to bring Otto Motors products to the Japanese market, where we know there is great demand across several industries.

Otto expansion in Japan and partnership with Altech come at an important time for the market.

While there is a lot of attention on self-driving passenger vehicles, self-driving industrial vehicles, such as Ottos fleet of autonomous mobile robots and carts, are transforming material handling in numerous factories and warehouses.

The global market for mobile robotics is expected to exceed $224 billion by 2030, according to global technology market advisory firm ABI Research.

Demand in Japan will be particularly high because of the countrys demographic inversion. Having fewer young people than older people means that there is not enough labor supply to do all the work needed to power the economy.

Japanese manufacturers must rely on self-driving vehicles and other forms of industrial automation because there simply are not enough humans to do all the work that needs to be done.

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Otto Motors expands its autonomous mobile robots business to Japan - Robotics and Automation News

‘Nobody knows exactly’: China might lead the race to produce killer robots, NATO commander says – Washington Examiner

Chinas pioneering technology and internet companies are investing in artificial intelligence to erode the military advantage enjoyed in recent decades by the United States, according to western military officials.

In artificial intelligence, nobody knows exactly where everybody is in this kind of [development] to mention one of them, autonomous systems and so on, France's Gen. Andre Lanata, NATOs supreme allied commander for transformation, told the Washington Examiner in an exclusive interview. We all know that everybody is looking to such development, but we don't know exactly what is the level of investment these countries are providing and until which point they are.

Lanata, who leads NATO efforts to develop and upgrade military capabilities, echoed a U.S. admirals recent warning that U.S. adversaries can reach even the East Coast with a modern arsenal. The French general went a step further in saying just how modern, as his comments raise the specter of American forces surprised to find themselves outgunned by Chinas lethal autonomous weapons, or killer robots, as theyre sometimes known.

It's very difficult to say what is the gap, what will be the gap, as we have not a clear vision on the latest developments especially on the Chinese side, said Lanata, who is based in Norfolk, Va.

The technology is expected to "use sensor suites and computer algorithms to independently identify a target and employ an onboard weapon system to engage and destroy the target," as the Congressional Research Service put it recently.

Artificial intelligence is the future, not only for Russia but for all humankind, Russian President Vladimir Putin said in 2017. It comes with colossal opportunities, but also threats that are difficult to predict. Whoever becomes the leader in this sphere will become the ruler of the world.

Essentially, you have two sides that are worried about the other gaining an advantage, Peter Singer, an expert in what he calls the Robotics Revolution, said in September. That then has the ironic result of them both plowing resources into it, competing against each other, and becoming less secure.

The artificial intelligence race is just one area in which China and Russia are developing weapons that could rival U.S. capabilities, as military officials warn that the U.S. Navy should not feel safe even in home ports on the East Coast.

If we were to look at how great power competition will be driven, it will be driven by investments in gray matter as much as gray hulls, Vice Adm. Andrew "Woody" Lewis, who is also based in Norfolk, said last week. The gap that we'll have on a technological basis, weapons systems, will not be that great. It's how we fight.

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'Nobody knows exactly': China might lead the race to produce killer robots, NATO commander says - Washington Examiner

Virus Pushes Robots to the Frontlines of Hospitals – Bloomberg

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The deadly coronavirus outbreak, which has pushed the Chinese medical community into overdrive, has also prompted the countrys hospitals to more quickly adopt robots as medical assistants.

Telepresence bots that allow remote video communication, patient health monitoring and safe delivery of medical goods are growing in number on hospital floors in urban China. Theyre now acting as a safe go-between that helps curb the spread of the coronavirus.

A local resident uses a drone to spray disinfectant over a village in Henan province on Jan. 31.

Photographer: AFP via Getty Images

Keenon Robotics Co., a Shanghai-based company, deployed 16 robots of a model nicknamed little peanut to a hospital in Hangzhou after a group of Wuhan travelers to Singapore were held in quarantine. Siasun Robot and Automation Co. donated seven medical robots and 14 catering service robots to the Shenyang Red Cross to help hospitals combat the virus on Wednesday, according to a media release on the companys website. Keenon and Siasun didnt reply immediately to requests for comment. JD.com Inc. is testing the use of autonomous delivery robots in Wuhan, the company said in a statement. Local media has also reported robots being used in hospitals in the city as well as in Guangzhou, Jiangxi, Chengdu, Beijing, Shanghai, and Tianjin.

Siasun service robots in Shenyang, China in 2015.

Source: Visual China Group via Getty Images

The rapid spread of the coronavirus has left provincial hospitals straining to cope and helped accelerate the embrace of robots as one solution, turning the gadgets into medical assistants. These bots join Chinas tech-heavy response to the coronavirus outbreak, which also includes airborne drones and work-from-home apps. The jury remains out on how effective these coping tactics will be.

Read more: Drones Take to Chinas Skies to Fight Coronavirus Outbreak

Chinas rapid buildout of fifth-generation wireless networking in areas around urban hospitals has also seen a rise in 5G-powered medical robots -- equipped with cameras that allow remote video communication and patient monitoring. These are in contrast to robots like little peanut, whose primary function is to make indoor deliveries.

The technology of robots used in Chinese hospitals isnt high, but what this virus is also highlighting -- and it could be the next stage of Chinese robots -- is the use of medical robot deployment, said Bloomberg Intelligence analyst Nikkie Lu.

China Mobile Ltd. donated one 5G robot each to both Wuhan Union Hospital and Tongji Tianyou Hospital this week, according to a report by ThePaper.cn. Riding the 5G network, these assistant bots carry a disinfectant tank on board and will be used to safely clean hospital areas along a predetermined route, reducing the risk to medical personnel.

Zhejiang Peoples Hospital used a 5G robot to diagnose its first coronavirus patient on Sunday, according to a report by the Hangzhou news center run by the State Council Information Office. Beijing Jishuitan Hospital performed remote surgery on a patient in Shandong province via China Telecom Corp.s 5G network last June.

An employee tests a delivery robot.

While it may take patients a moment or two to get over the shock of being helped by a robot rather than a medical professional, bots have already permeated a growing number of sectors in Chinese society including nursing homes, restaurants, warehouses, banks and over 200 kindergartens.

Financial services company Huachuang Securities Co. believes even more robots are in Chinas immediate future. Pointing to National Bureau of Statistics data suggesting that domestic production of industrial robots increased by 15.3% in the month of December, they predict similarly fast growth in the current quarter, according to a report published by Finance Sina.

The increased quantity of robots deployed to combat the coronavirus has helped accelerate Chinas path to the goal it had already set for itself. The country wants to become one of the worlds top 10 most intensively automated nations by the end of this year.

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Virus Pushes Robots to the Frontlines of Hospitals - Bloomberg

6 things they don’t tell you about life in medical school – American Medical Association

Entering medical school, there are a number of curricular expectations for which medical schools prepare incoming students. Still, some things are bound to catch new students off guard. Medical students and medical school faculty spoke with the AMA to cover a few key topics that may surprise aspiring medical students.

Youre bound to spend more time studying than you did in your undergraduate studies. Still, if you prioritize your time, you can meet new people and have a social life.

Often, premeds are told their life will be over for four to five years, said Lindia J. Willies-Jacobo, MD, associate dean for admissions and professor at Kaiser Permanente School of Medicine, which will welcome its first class of medical students in the fall. Thats by no means true. They can continue to socialize and build community with their peers and also have a life outside of medical school.

Avani Patel is a forthcoming graduate of the University of Mississippi School of Medicine in Jackson. Earlier on in her medical school career, she had exams every Monday. That meant that weekends were typically not her time to catch up with friends or go out. She instead started to make plans on Monday nights and attend events during the week that were put on by her school.

Its up to you if you want to be socially active, Patel said. But you are going to have to make priorities and be strategic about it to balance your commitments.

Some students say medical school is comparable to high school in some of the not-so-beneficial ways.

Im from the South, so its already cliquey down here, said Patel. Its your choice if you want to be cliquey or not. I like to have multiple friend groups and get to know people on all levels.

From day one of medical school, your colleagues are your support system but could also be seen as competitors for those ultra-competitive residency slots. That can make for some interesting social dynamics.

I thought I found a great friend group my first year, and they were wonderful people. I realized that they were very high-performing and that became unhealthy for me, Patel said. I doubted myself; I felt bad about myself. We would talk about grades and compare test scores, and that was toxic for me. It had nothing to do with them and everything to do with me. I found I needed to separate myself from them.

I ended up finding another group of friends, and we never talked about grades and supported each other, and thats really what I needed.

As much as they want you to succeed in medical school, your friends may not totally understand the time and emotional energy that goes into medical school. When you start missing marquee events such as weddings and birthdays, they may take it personally, Patel said.

Youre so busy that its really difficult to make the time, Patel said. Theres a give and take, and some friends understand, those are the people you can pick up where you left off with.

Your classmates and students in the classes ahead of you have a rare ability to relate to the daily grind you'reexperiencing. That can be a very valuable resources to cope with stress.

Its really nice to have people who are going through the same things you are to be there to provide support, Patel said. We have an M1-M2 buddy system, and I think most med schools do, so a lot of people utilize their upperclassman friends as a sound board. Its very helpful to talk to them about what you are struggling with since they have gone through the same things.

Medicine can be a career that is both challenging and highly rewarding, but figuring out a medical schools prerequisites and navigating the application process can be a challenge into itself. The AMA premed glossary guide has the answers to frequently asked questions about medical school, the application process, the MCAT and more.

Have peace of mind and get everything you need to start med school off strong with the AMA.

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6 things they don't tell you about life in medical school - American Medical Association

Why academic coaching is catching on in medical schools – American Medical Association

Evidence of the effectiveness of coaching in medical education has been mounting over the last decade, leading educators and administrators to look for resources to help them create coaching programs of their own. A survey of medical schools reveals that nearly all had a coaching program or were developing one. The majority of established programs were still young, having been implemented in the last five years.

The authors of the study published in Medical Education Online surveyed more than 30 medical schools participating in the AMA Accelerating Change in Medical Education Consortium to describe existing coaching programs and help other institutions develop their own.

The AMA offers two free handbooks, Coaching in Medical Education: A Faculty Handbook, and It Takes Two: A Guide to Being a Good Coachee, to help educators and administrators create programs for coaching medical students.

Learn more with the AMA about how medical students can benefit from coaching in medicine.

Medical schools listed the following goals for the established programs and those being implemented in the next year:

Other goals cited, in descending frequency, were well-being, community building, leadership, development of lifelong learning skills, remediation and clinical skill development.

In terms of content, 92% of programs reported academic performance, 88% cited professional development and 88% mentioned goal-setting. Other domains covered, in descending frequency, were well-being, reflection, interpersonal communication, time management, clinical performance, specialty selection, learner-driven content and decision-making abilities.

All of the programs surveyed had multiple goals rather than a single focus.

Although this approach makes intuitive sense, literature to date has largely focused on coaching interventions with a singular goal, says the study. This finding has important implications for how institutions structure new coaching programs and select their coaches. For example, if a coaching program has multiple goals, coach-coachee dyads will need adequate time to address multiple goals and coaches will need to be well versed in multiple content areas.

The study was co-written by Maya M. Hammoud, MD, MBAthe AMA's special adviser on medical education innovation and professor of learning health sciences at University of Michigan Medical Schooland colleagues Margaret Wolff, MD, MHPE, Sally Santen, MD, PhD, Nicole Deiorio, MD, and Megan Fix, MD, from the University of Michigan Medical School, Virginia Commonwealth University School of Medicine and University of Utah School of Medicine, respectively. All these medical schools are members of the AMA consortium.

These results do not suggest one particular approach to coaching in undergraduate medical education but rather highlight variables each school can carefully consider when developing a coaching program, the study says.

Read more from the AMA about how medical students can make the most of an academic coaching relationship.

"The cornerstone of coaching is the coach-coachee relationship, the authors wrote, noting that the relationship is different from mentoring and advising. In this study, the majority of respondents correctly identified the coaching relationship as one in which the coach helps the student find a strategy through asking clarifying questions.

Most programs surveyed, 80%, made use of attending physicians as coaches, but residents and fellows and non-physicians were also utilized. In addition, while the number of students assigned to each coach varied, the majority of coaches, 64%, received 525% full-time equivalent effort to support their role.

The authors also provided insights on program development, implementation and evaluation, advising a six-step approach.

This process should begin with problem identification and a needs assessment to determine if there are unmet student needs that may be filled by a coaching program, the study says.

Limitations of the study include respondents being biased toward early adoption of education innovations, heavy representation of large academic medical centers and variability in how coaching is defined.

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Why academic coaching is catching on in medical schools - American Medical Association

What’s After 4 Years of Med School? Graduate Medical Education – UNLV NewsCenter

Graduate medical education is critical to the training of physicians. Residencies are where most new medical school graduates train for the specialties they have chosen.

By the time a residency is completed, a physician should be ready to practice without supervision and lead a team in taking care of patients. It isnt easy 80-hour weeks are often the norm but often a residency is the last step in making their career dream come true. For some, the road doesnt end there. Because of the complexity of some areas of medicine, additional graduate medical education (GME) in the form of fellowships is required.

At the UNLV School of Medicine, Dr. Kate Martin, associate dean of graduate medical education, currently oversees 20 post-graduate training programs with 321 residents/fellows. The overall program is accredited by the Accreditation Council for Graduate Medical Education (ACGME). Dr. Martin and her staff do everything from helping keep residents/fellows healthy to dealing with funding mechanisms for post-graduate education.

She previously served as afamily medicine residency program director and director of community engagement in the school. A graduate of the UNR School of Medicine, where she also completed her family medicine residency, Martin went on to complete a teaching and learning fellowship with the USC Keck School of Medicine and as well as aNational Institute for Program Director Development fellowship with the Association of Family Medicine Residency Directors.

A 2002 UNLV summa cum laude graduate who earned her bachelors degree in biology, Martin was UNLV's 2016 Honors College Alumna of the Year.

Today, she says because of her staffs two-year team effort, two more fellowships were added by the ACGME in 2019 one in pediatric emergency medicine and another in geriatrics. This means we can recruit new fellows to start in July 2020, she said. We are also currently applying for accreditation to start a fellowship program in forensic psychiatry and adult endocrinology.

How important are new fellowships to the people of Southern Nevada? According to a recent report by the Nevada Health Workforce, they are critical, given that many physicians stay to practice where they finish their GME training. The authors wrote:

One key finding of this report is that 35 of the 43 physicians pursuing additional training (81.4%) are leaving the state for fellowship and subspecialty training that does not exist or is in short supply in Nevada. This finding suggests that the development of fellowship programs in Nevada holds the potential for increasing the number and percent of GME graduates who ultimately remain in Nevada to begin practice.

At present, about 50 percent of those who complete residencies/fellowships in Southern Nevada stay here.

Martin pointed out that during her tenure the ob/gyn, psychiatry, critical care medicine, and critical care surgery GME programs have expanded as the result of funding provided by Nevada governors office of science, innovation and technology.

Here, Martin expands on the importance of graduate medical education.

GME is the next step after someone graduates medical school in order to become a practicing physician. Without it, you can't prescribe medications or treat patients. You need to complete a residency/additional training to obtain a medical license and be able to practice.

GME programs average three to five years in length, but sometimes are much longer, depending on the specialty and additional fellowship training pursued. For example, a cardiologist spends three years doing an internal medicine residency, then another threeyears in a cardiology fellowship, then possibly another one to two years in a second fellowship to become an interventional cardiologist who performs angiograms to open blocked arteries when someone is having a heart attack.

Sponsoring institutions that participate in GME, such as UNLVs School of Medicine, have a mission, according to the ACGME, to improve the health of the public, specifically to reduce health disparities. People from socioeconomically disadvantaged groups should have the opportunity to live long and healthy lives like everyone else. GME helps level that playing field through the vulnerable populations it reaches, elevating their quality of care, while training the next generation of physicians.

Starting a new residency or fellowship program requires funding, lead time, and community support. University Medical Center (UMC) is our primary teaching hospital, serving as the home base for nearly all of our GME programs. UMC is the largest financial supporter. GME funding is complex. Although UMC receives partial financial assistance from the Centers for Medicare and Medicaid Services (CMS), the hospital makes up the difference to pay resident and fellow salaries and benefits. We have recently increased our involvement with the Veterans Administration Health System and the U.S. Air Force to sponsor some resident and fellow positions, and we also receive support from several other community partners.

With the right funding, we could grow graduate medical education in Southern Nevada on a larger scale and bring even more specialties to the area with the goal that these new doctors would remain to practice in our community.

I should also point out that, in order to get there, it takes at least two years, as this requires a team of people to come together and submit an application to the ACGME. Faculty are needed in the chosen specialty to lead the program, including a program director, and additional physicians to teach the residents, along with administrative support for the program. These are the minimum ACGME requirements, so that is where we start from. The possibilities are really only limited by our passion to meet the communitys health care needs.

Residents take and study for yearly in-training exams throughout residency to prepare for the test they will take at the end of their training in order to become board-certified in their chosen specialty for instance internal medicine, pediatrics, psychiatry. (The in-training exam is a practice version of the board certification exam, so they study regularly for this. They also take licensure-related exams, called Step exams, to complete a series, i.e. Step 1, 2 and 3, which they start in medical school. Step 3 is the last step and that is taken during residency, so that is another exam that they study for, in addition to their clinical work.)

Residents and fellows are evaluated throughout the year based on the following six core competencies determined by the ACGME:

The evaluation system uses milestones that the residents and fellows must achieve in order to get to the next level and be promoted within their program, and ultimately graduate. All of this relies on feedback from their attending physician faculty, staff members, patients, and peers.

Most new residents and fellows are selected through the National Resident Matching Program. (Some fellowship programs do not participate in this, but nearly all residency programs and most fellowship programs do.) Medical students submit their applications in the fall of their fourth year of medical school, travel for interviews typically in the fall/winter months, then submit a rank list of where they would like to go. Programs submit a rank list of the applicants they want to recruit. The results are released in mid-March on Match Day, when everyone finds out where they are going to be for residency on July 1. On Match Day, the GME office goes to work to start on-boarding the next class of new residents and fellows.

I would like to see every specialty and subspecialty of adult and pediatric medicine offered in our GME programs in Southern Nevada. Our community has grown to deserve (and should demand) this level of care and medical expertise.

It depends on the program, but the application numbers have gone up in recent years due to increased competition. Fourth-year medical students typically apply to at least several programs (ranging from four to eight), but some can apply for many more.

The ACGME specifies that faculty must be board-certified (or have equivalent qualifications) in their specialty or subspecialty field, so they are held to that standard for competency. The residency and fellowship program faculty have a passion for teaching, often years of experience in an academic setting, but all have some alignment with our mission of education, research, and clinical service in a GME setting.

Per ACGME requirements, residents may work no more than 80 hours per week with one day off in seven, averaged over a four-week period. The GME office and residency/fellowship programs monitor work hours closely and make schedule adjustments to stay in compliance.

Yes, and so we are working on bringing more fellowships online and are already expanding our current programs in psychiatry, ob/gyn, critical care medicine, and critical care surgery.

The GME team provides support through their individual roles. In addition, the GME office serves as a safe space for residents and fellows to bring concerns and have issues addressed that may be going on within their programs or the institution at-large. Our office also provides assistance with processing of loan deferment requests, acts as a liaison with HR, sponsors several subcommittees on topics important to the residents/fellows, such as well-being, space/learning environment, and policy creation/review.

We also carry out the Graduate Medical Education Committee (GMEC) meetings, which bring the core residency program directors, program coordinators, and residents together to discuss important accreditation, program, and institutional issues every other month. The GME office hosts an annual resident/fellow research day, a chief resident retreat (for the new/incoming senior-level residents), and institution-wide orientations for new residents and fellows each year. We have an annual program director retreat for the faculty as well. The GME office also funds residents and fellows to travel around the country to present their research at national conferences.

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What's After 4 Years of Med School? Graduate Medical Education - UNLV NewsCenter

The first African-American woman to graduate from medical school in the US is buried in an unmarked grave in Hyde Park – Universal Hub

The Friends of the Hyde Park Branch Library have started raising funds for a gravestone for Rebecca Lee Crumpler, who graduated from the New England Female Medical College in Boston in 1864 and whose body currently lies in an unmarked grave in Fairview Cemetery in Hyde Park.

The Friends are hoping to raise between $3,000 and $5,000 for a tombstone for Crumpler. They've collected some info on Crumpler, of whom no known image survives: Born in Delaware in 1831, she grew up in Pennsylvania, but she eventually moved to the Boston area, where she took classes at West Newton English and Classical School and settled in Charlestown. In 1864, she earned her medical degree. After serving time following the Civil War with the Freedmen's Bureau in Richmond, VA, she moved back to the Boston area with her husband, Arthur, and eventually settled in Hyde Park - near the cemetery where she is now buried.

In 1883, she write a book of medical advice for "mothers, nurses, and all who may desire to mitigate the afflictions of the human race," A Book of Medical Discourses in Two Parts.

Donations towards a tombstone can be made to:

Friends of the Hyde Park LibraryFor: Crumpler Fund35 Harvard Avenue, Hyde Park, MA 02136

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The first African-American woman to graduate from medical school in the US is buried in an unmarked grave in Hyde Park - Universal Hub

Ask the Authors: Dr. Mohammadreza Hojat Speaks on the Erosion of Empathy Exhibited by Medical Students – DocWire News

Last week, DocWire News covered a study which suggests that medical students lose empathy as they progress through medical school.

We spoke with lead researcher Mohammadreza Hojat, PhD, who detailed what prompted him to undertake this study. As a psychologist by academic training, I became interested in exploring the effects of human relationships in health and illness, said Dr. Hojat, of the Sidney Kimmel Medical College at Thomas Jefferson University.

This interest shifted to a more specific area of patient-doctor relationship when I started a career in medical education research about 40 years ago. The questions of why some health professionals are more capable than others to form empathic relationship with patients, what are the factors that contribute to the development of empathy, and what are the outcomes of empathic engagement in patient care prompted me to search for answers.

The study comprised 10,751 medical students (3,616 first-year, 2,764 second-year, 2,413 third-year, and 1,958 fourth-year students) enrolled in 41 campuses of DO-granting medical schools in the US while comparing preexisting data from students of MD-granting medical schools. All participants were asked to complete a web-based survey at the end of the 2017-2018 academic year.

The results showed a decline in empathy scores between medical students in the pre-clinical years (first-and-second year students) and medical students in the clinical years (third-and-fourth year students). Furthermore, the researchers observed that the pattern of empathy decline was similar among DO students, but the magnitude was less pronounced.

The findings of the study raise a red flag for medical education leaders, said Dr. Hojat. Among implications of the findings is a call for the development and implementation of targeted educational programs in medical schools to enhance and sustain empathy in physicians-in-training.

Dr. Hojat noted that the study did have a limitation its design. As a cross-sectional study, the baseline empathy at the start of medical school may be different for students in different years, thus variation in empathy in different years could be attributed to the baseline differences, and not necessarily to changes during medical school.

He feels that a more desirable study design would be a longitudinal study, in which a cohort of students is followed up (for four years) during medical school and changes in their empathy scores are compared as the cohort progresses through medical school.

Moving forward, to attenuate this limitation, Dr. Hojat is currently undertaking a five-year longitudinal study of a national cohort of osteopathic medical students from the 2019-2020 entering class. He plans to follow (the students) from matriculation to graduation to examine yearly changes in empathy, reasons for such changes, and to explore approaches to enhance and sustain their empathy.

This Project in Osteopathic Medical Education and Empathy (POMEE), according to Dr. Hojat, is sponsored by the American Association of Colleges of Osteopathic Medicine (AACOM), the American Osteopathic Association (AOA), and the Cleveland Clinic in collaboration with the Sidney Kimmel Medical College at Thomas Jefferson University.

Dr. Hojat added that: In addition to examining empathy, we plan to study changes in orientation toward holistic, integrative, and patient-centered care, attitudes toward interprofessional collaboration, lifelong learning, and burnout experiences as the cohort progresses through medical school.

Originally posted here:
Ask the Authors: Dr. Mohammadreza Hojat Speaks on the Erosion of Empathy Exhibited by Medical Students - DocWire News

Another Step Toward Controversial Merger of Med Schools – NJ Spotlight

Rutgers Biomedical and Health Sciences Chancellor Brian Strom made a case for the merger in a Jan. 31 letter to the executive committee of Rutgers University Senate.

A controversial proposal to merge the two Rutgers University medical schools into a single entity spread over two cities 30 miles apart may be gaining momentum, despite concerns among some faculty and staff about the process and potential risks involved.

The Rutgers University Senate is scheduled today to consider permitting leaders at Robert Wood Johnson Medical School (RWJMS) in New Brunswick and New Jersey Medical School (NJMS) in Newark to start exploring what is needed to unify these colleges under a single mission and governance structure with one educational system, research agenda and clinical practice.

Rutgers Biomedical and Health Sciences Chancellor Brian Strom, who oversees both medical schools, made a case for the merger in a Jan. 31 letter to the executive committee of the senate, a legislative body with some regulatory functions. Strom said a combined school would increase Rutgers access to research dollars and provide new opportunities for students, scientists and patients. Faculty and students at the two schools treat patients at teaching hospitals, clinics and private offices in both cities.

I believe we have the opportunity to pursue a bold and transformational change in medical education at Rutgers University that may prove to be an influential model across the United States, the RBHS chancellor wrote. He also stressed that if the schools were combined, one campus would not be a satellite or subordinate of the other.

In his letter, Strom underscored that no final decision has been made, but he asked for the senates input before faculty committees are appointed to dig into the mechanics of a merger; it is not clear how long the senate executive committee will take to make a decision. His letter does float a possible name for the combined entity Rutgers Medical School and hints that it could attract a transformational philanthropic gift.

If the Senate panel does give its go-ahead, and the faculty can find a way to make it work, the final decision would essentially be left to the Liaison Committee on Medical Education (LCME), a national committee that accredits medical schools, according to the letter. Stroms team has already been in touch with the liaison committee about the potential change, which could result in the largest medical school in the U.S. (Each program now includes more than 700 students and thousands of faculty and staff.)

Thus, my request to the Senate is to approve the merger now, with the explicit recognition that we are continuing a process where the end result may be the integration of RWJMS and NJMS into a single accredited school, the final arbiter of course being the LCME. However, an irrevocable decision to merge has not yet been made, pending that work by the faculty, he wrote.

The process outlined in Stroms letter raised concerns for some medical school faculty and staff, who believe there should be more transparency around the planning and greater input from the Rutgers community and the public. And elected officials representing Newark are particularly concerned about the impact any merger would have on clinical care there, including at the citys University Hospital, north Jerseys only Level 1 trauma center.

The merger of Rutgers medical schools should not take place without input from the public, bargaining with unionized workers and oversight from New Jersey regulators, said Debbie White, a nurse and president of the Health Professionals and Allied Employees union, which represents close to 1,000 clinicians and other staff at the two schools.

New Jersey made a commitment to preserve the medical school in Newark and promote the institution as a premier teaching facility. We must hold Rutgers and the state to that commitment before allowing a merger to move the future of health care in a direction that puts Newark in the back seat, White said.

Diomedes Tsitouras, executive director of the American Association of University Professors chapter that represents some 1,500 faculty in Rutgers biomedical program, has urged the chancellor to take his time with any decision, especially given all the other changes the schools are currently experiencing. (Some of the AAUP units are engaged in contract disputes with Rutgers.)

The (university) senate should put a hold on this until details can be figured out, Tsitouras said. Theres no rush to go to the LCME.

But Strom and other Rutgers officials insist that there is now a unique opportunity for change. Our intention is to facilitate a bold transformation of medical education at Rutgers and to set a new standard for the country, said Associate Vice Chancellor Zach Hosseini, who handles marketing and communications. To do that, we are engaging with key partners, like the Rutgers University Senate and the Liaison Committee on Medical Education (LCME), to ensure we follow the necessary and appropriate steps to explore the transformation that the committee envisioned, he added, referring to a faculty panel report unveiled last week.

The current system is the result of former Gov. Chris Christies reform in 2012 that dismantled the former University of Medicine and Dentistry of New Jersey, in Newark, and restructured medical education across the state. That led to the creation of NJMS in Newark and RWJMS in New Brunswick, which were united under Rutgers umbrella biomedical program with five other health-related colleges. (The reform also shifted an osteopathic program in Camden from Rutgers to Rowan University.)

In recent years, the two Rutgers medical schools have grown closer, collaborating on a number of clinical institute programs, and they now share a single leader. In January 2019, NJMS Dean Dr. Robert L. Johnson was also appointed interim dean at the New Brunswick school RWJMS when the previous dean departed. The two schools are also combining their graduate medical education programs. In 2017, RBHS signed an agreement with RWJBarnabas Health, one of the states largest provider networks, to improve the universitys clinical practice.

Strom has suggested that integrating the two medical schools would enable the states university to attract more research funding and scientific expertise, while making the program more attractive to potential students, health care employers, and other partners. In his letter to the senate panel, he notes that Rutgers is now one of only five universities in the country with more than one medical school, and the other four are separated by hundreds not dozens of miles.

Further, this separation hurts our national rankings substantially, since our grant portfolio, a large part of the ranking, is divided between the schools, Strom wrote.

To explore the future options, Strom created a 12-member commission (six from each school) to study various scenarios, from maintaining the status quo to a full merger with two co-equal campuses. In a report distributed last week, the committee focused on two choices: remaining as two schools, but with greater collaboration, or combining into one entity. It did not endorse one option over the other, but warned that any change would be costly, complicated and require significant planning and stakeholder input.

Strom insists that no decision has been made in his letter to the senate panel, but in framing the work to come, he focuses almost exclusively on efforts needed to explore and carry out a merger. There is no mention of a process to determine if that path is preferable to more limited collaboration.

Based on the recommendations of the (12-member) Committee, our next steps are to continue and expand careful and thorough deliberations on the potential structure, governance, curriculum, research, and clinical care of a future combined Rutgers Medical School. (The final name of a combined school remains to be decided), Strom wrote. Incidentally, a worksheet provided to the senate panel included the same potential name and noted that a merger would not require additional funding, at least early on.

If this change is viewed as sufficiently transformational, we may be presented with an opportunity for a potentially transformational philanthropic gift, he wrote. No additional information on the potential gift was available Thursday afternoon.

Please consider accepting this process and with it the possibility that we will completely integrate the two medical schools into a single model school and the potential to create the brightest future for academic medicine, one that will serve our students, patients, and communities while advancing our scholarship, research, and the profession of medicine, Strom wrote.

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Another Step Toward Controversial Merger of Med Schools - NJ Spotlight

The education of occupational health pioneer Alice Hamilton – HSPH News

February 11, 2020 Joseph Brain, Cecil K. and Philip Drinker Professor of Environmental Physiology at Harvard T.H. Chan School of Public Health, recently co-authored the book The Education of Alice Hamilton (Indiana University Press). Hamilton, Harvards first female faculty member, was appointed assistant professor of industrial medicine at the Medical School in 1919. She and the rest of the Division of Industrial Hygiene became part of the School of Public Health in 1922, when it replaced the Harvard MIT School for Health Officers.

In addition to marking the centennial of Alice Hamiltons appointment, what inspired you to write a book about her?

I first heard about her when I was a graduate student at Harvard, first in the Division of Engineering and Applied Physics, now known as SEAS, and then here at Harvard T.H. Chan School of Public Health. The more I learned about her, the more I admired her. By the time she was recruited by Harvard, she had been doing groundbreaking studies in occupational health and toxicology for 20 years. Moreover, she was not just a great scientist and epidemiologist, she was a pacifist and a suffragist, and shaped labor protection laws.

In the book, after describing her Harvard years, we then go back and look at what shaped her scientific skills and her commitment to social reform.

What did you learn about her during your research?

Dr. Hamilton was self-educated and home-schooled. She was raised by strong women who instilled in her independence and the importance of giving back. She and her three sisters all remained singlea sensible option at the time for women who wanted careers. All went on to be very accomplished in their respective fields.

Alice was always attracted to science and medicine. When she asked her father for permission to go to medical school, he questioned whether she was tough enough. They made a bargain. She would first study for a year at a small medical school in Fort Wayne, Indiana, near their home. She was more than up for the challenge. A year later, her father agreed that she should have access to the best medical education open to women. She went on to excel at the University of Michigan and Johns Hopkins, and continued her studies in Germany with Paul Ehrlich, who went on to win a Nobel Prize.

A very important part of her education came during the years she spent at Hull Housethe renowned settlement house in Chicago made famous by Jane Addams. There she lived with immigrants and the poor. As she provided medical care, she came to realize that jobs were a major source of injury and illness for workers and their families. For example, men who worked with asbestos or lead exposed their families through the work clothing they brought home to be washed.

She and her colleagues collected and analyzed a remarkable amount of data on the population they servedincluding demographics, income, ethnicity, and disease outcomes. The epidemiological maps they made look like the kind of maps we make today with spatial analysis technologies.

When the founders of our School realized that they needed a leader in occupational health, they discovered that Alice was by far the best candidate. The University at first said that Harvard only educates menand of course, only men can educate men. But our schools leaders persisted. Future SPH Deans David Edsall and Cecil Drinker, who were with HMS at the time, persisted in advocating for her and for breaking the gender barrier. In the fall of 1919, the University relented.

Alice had a very distinguished 20-year career here. When she retired, she was still an assistant professorthose of us in the Alice Hamilton fan club wonder why. For another 30 years, she continued to make U.S. factories and mines safer.

What can Alice Hamilton teach todays public health students?

She is a model of the responsibilities of privilege, which is a combination of adequate wealth and education. If you have both, you need to deploy them to make permanent positive inclusive change for all.

Dr. Hamiltons whole life was about making a difference. She wasnt just interested in learning about and measuring injury and disease caused by occupations. Her work was unfinished until she translated her science into action and national policy. And thats the kind of research we should do and the kind of careers we should seek.

Learn more

Op-ed: Celebrating Alice Hamilton, who pioneered national safety standards (Harvard Chan School news)

Public health pioneer Alice Hamilton documented dire health conditions in post-World War I Germany (Harvard Chan School news)

Amy Roeder

Photo: Kent Dayton

Originally posted here:
The education of occupational health pioneer Alice Hamilton - HSPH News

150 Medical Residencies are on the Way to Fort Worth – D Magazine

Baylor Scott & White All Saints Medical Center Fort Worth and the TCU and UNTHSC School of Medicine are teaming up to train 150 physicians each year through an accredited resident program.

This year, the Accreditation Council for Graduate Medical Education accredited program will select the first group of medical school graduates who will do their residencies at Baylor Scott & White Fort Worth in 2021. The goal is to have 150 residents in the program by the 2027-2028 academic year.

We are honored to be working alongside a like-minded organization in Baylor Scott & White Fort Worth, said Stuart Flynn, MD, dean of the TCU and UNTHSC School of Medicine via release. With the combination of both organizations available resources and aligned mission, we can create a robust and rich academic environment in the Fort Worth community.

Residencies will be in internal medicine, emergency medicine, OB/GYN, general surgery, anesthesia, and the program is considering fellowship training programs in cardiology, oncology, hepatology, and nephrology.

I am so excited to see this collaboration between the TCU and UNTHSC School of Medicine and Baylor Scott & White All Saints Medical Center Fort Worth. This is the kind of announcement we envisioned happening when the new medical school opened, said Mayor Betsy Price, City of Fort Worth via release. This will further the citys ability to attract and retain the best minds in medicine, keeping our community healthier. We aspire to show Fort Worth as a city where medical innovation is not only taking place, but evolving.

Adding residencies in Texas can help address the growing physician shortage here, which is one of the worst in the country. Texas ranks 41 out of the 50 states for physicians per capita, with 219.4 physicians per 100,000 residents. The national median is 257.6, according to the American Association of Medical Colleges.

The shortage is exacerbated by the growth in medical school graduates without accompanying residency slots. Enrollment in Texas medical schools has increased by 32 percent over the last decade, but residency slots have only increased by 19 percent. This means graduates have to go elsewhere to receive training, decreasing the chances they will end up working in the state. In Texas, 59 percent of residents stay in state after training, and if they do both medical school and residency here, 81 percent stay in Texas. Baylor Scott & White offers nearly 800 residencies statewide.

With our ongoing dedication to excellent patient care, this collaboration will further opportunities for medical education and research, benefitting the community as a whole, said Mike Sanborn, president, Baylor Scott & White All Saints Medical Center Fort Worth via release. Our goal is to build upon this foundation that echoes the pillars of outstanding teaching hospitals: patient care, education, and research.

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150 Medical Residencies are on the Way to Fort Worth - D Magazine

More high school students than ever are coming out, but their despair remains acute – TribLIVE

PHILADELPHIA The proportion of high school students who identify as a sexual minority lesbian, gay, bisexual or questioning doubled in the past several years, according to a new study published Monday.

Yet those greater numbers have not necessarily meant they have found greater acceptance or peace. The study, based on data from a federal survey, found that those teens attempted suicide at a rate nearly four times higher than their heterosexual peers.

The research, published in the journal Pediatrics, was based on data from the Youth Risk Behavioral Surveillance Survey from 2009 to 2017. The findings were based on survey information from Delaware, Illinois, Massachusetts, Maine, North Dakota, and Rhode Island, the only six states that continuously collected sexual orientation data for all those years.

These new findings, particularly the disproportionate rate of suicide attempts, dramatically point out the need for increased efforts to assist and support these young people, according to the researchers.

Large disparities in suicide attempts persisted even as the percent of students identifying as LGBQ increased. In 2017, more than 20% of LGBQ teens reported attempting suicide in the past year, said lead study author Julia Raifman, an assistant professor with Boston Universitys School of Public Health.

Its critical that health and educational institutions have policies and programs in place to protect and improve LGBQ health, such as medical school curricula and high school health curricula that are inclusive of sexual minority health, Raifman said.

According to the study, 14.3% of U.S. teens identified as a sexual minority in 2017, compared with 7.3% in 2009. Adolescent girls in 2017 were twice as likely as boys to identify as a sexual minority.

The research also found that many more high schoolers are engaging in or at least experimenting with same-sex sexual contact. Their numbers increased from 7.7% of teens in 2009 to a little over 13% in 2017.

The sexual contact numbers were based on data from Delaware, Connecticut, Illinois and Rhode Island, the four states that continuously collected that information from 2009 to 2017.

As troubling as the high rate of suicide attempts for sexual minority teenagers compared to heterosexual kids is, the rate at the beginning of the study period was even worse.

In 2017, a little over 20% of the high schoolers who identified as sexual minorities reported attempting suicide, compared to 26.7% in 2009. The reported suicide attempt rate for heterosexual kids was about 6% for both those years.

Our paper indicates that an increasing number of teenagers are identifying as LGBQ and will be affected by anti-LGBQ policies that may elevate these already very high rates of suicide attempts, Raifman said.

Raifman said previous research she was involved in show a correlation between public policies and LGBQ suicide attempts and mental health.

In one 2017 study, Raifman and colleagues found a 7% reduction in suicide attempts in high school students, particularly those identified as sexual minorities, in states that allowed same-sex marriage. A 2018 study led by Raifman found increased mental health distress among sexual minority individuals in states where there had been publicized cases of anti-gay discrimination.

Suicide is the second leading cause of death for young people ages 10 to 24.

In addition to Boston University, the study authors include researchers from Boston Childrens Hospital, Harvard Medical School and the School of Public Health, Johns Hopkins School of Medicine, Brown Universitys School of Public Health and medical school, along with other hospitals.

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More high school students than ever are coming out, but their despair remains acute - TribLIVE

Presidential Politics Taking Toll on Young Doctors, Study Finds – The Heartland Institute

The survey by BMJexamined how political and current events have impacted the moods and stress levels of young doctors over time. The survey looked at nine political events and eight non-political events between 2016 and 2018 and questioned 2,345 participants on their mood from their time as medical interns to their time as residents.

The survey found statistically significant mood declines of at least 25 percent after the 2016 presidential election and subsequent inauguration, with women experiencing more than twice the mood decline as men following both events. Developments of a conservative political nature, such as the Muslim travel ban and the confirmation of Justice Brett Kavanaugh to the Supreme Court, also correlated with a decline in mood. By contrast, events of a more liberal political nature prompted a positive mood shift. The margin of error for the poll was plus or minus five percent.

The directionality of these findings is consistent with evidence that young voters and voters with postgraduate education tend to identify as liberal leaning, and supports previous work showing a strong left shift in political affiliation among physicians over the past 25 years, the report stated.

Politics in Medical School

The findings raise a key question of whether more left-leaning individuals are pursuing the medical profession or if medical schools are making students identify more as progressive. The answer is both, say two physicians and a medical student.

I think young doctors are getting a heavy dose of indoctrination in medical schools, partly from the student section of American Medical Association, said Jane Orient, M.D., executive director of the Association for American Physicians and Surgeons and policy advisor to The Heartland Institute, which publishesHealth Care News.In fact, social justice is now insinuated in bioethics and protocols concerning resource stewardship and the like.

Orient says she doesnt recall politics being a part of her medical school education at Columbia University in the 1970s. Now, students at medical schools increasingly engage in political activism from a decidedly leftist perspective, Orient says.

Indoctrination and immersion and peer pressure work, Orient said. Conservatives fear career damage.

Origins in Undergraduate Programs

Anthony Fappiano, a third-year medical student at the University of New England College of Osteopathic Medicine and an out-of-the-closet conservative, traces the lefts influence back even further than medical school.

In my opinion, this is due to four years of college education with predominantly liberal professors, Fappiano said. Additionally, the MCAT (medical school entrance exam) is putting more emphasis on traditionally liberal dominated topicsespecially sociologyrather than pure science.

The spike in liberal-leaning students and faculty suggests that science and medicine are no longer immune to politics, a trend Orient says should alarm patients.

The system comes first, and somebody elses idea of justice, instead of the patient, Orient said. It also means less time is available for learning medicine.

Viewpoints Change with Age

There may be reason for hope, says Chad Savage, M.D., founder of YourChoice Direct Care and policy advisor to The Heartland Institute.

While the study shows that young physicians tend to be liberal, the findings could simply reflect the students age and the fact that progressive politics tend to be more popular with young people, Savage said.

Fappiano says he agrees.

I have found that the working doctors I do my rotations with are more level-headed and at most, will gripe about their political ideology but never act on it, Fappiano said. The students are much more active in pushing political goals whether it's through clubs, bringing in speakers, or changing course teaching.

In the end, it may take the free market to truly break the liberal bias that has taken root in academia, Fappiano says. The first step is to lift the licensing restrictions currently in place, says Fappiano.

The entire health care industry is controlled by the two licensing agencies, the National Board of Medical Examiners and the National Board of Osteopathic Medical Examiners, as well as the AMA, Fappiano said. If schools were able to create their own curriculum and prerequisites it would allow the emphasis to be put back on medicine, rather than political goals. This would require large institutional changes and deregulation of the field of medicine.

Madeline Peltzer(mpeltzer@hillsdale.edu)writes from Hillsdale, Michigan.

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Presidential Politics Taking Toll on Young Doctors, Study Finds - The Heartland Institute

Dell Children’s Medical Center to spend more than $300 million over next 3 years to expand Mueller campus – Community Impact Newspaper

The upcoming $113 million Dell Childrens Specialty Pavilion will open spring 2021 with cardiovascular, neuroscience and cancer programs, according to the pediatric hospital. (Rendering courtesy Dell Childrens Specialty Pavilion)

The Dell Childrens Medical Center campus in Mueller is set to break ground on an expansion plan following the announcement of significant investment over the next three years.

The pediatric hospital Feb. 10 announced a $300 million investment in capital, equipment and programming over the next three years, made possible due to a substantial investment by Ascension, as well as a $30 million matching grant from the Michael & Susan Dell Foundation, according to a company news release.

The time is now to continue expanding complex pediatric care in Central Texas, said Christopher Born, the president of Dell Childrens Medical Center, in the Feb. 10 news release.

Dell Children will use $113 million of the investment funds to construct its new pediatric outpatient facility, which will house cardiovascular, neuroscience and cancer programs, as previously reported by Community Impact Newspaper.

The four-story, 161,000-square-foot facility, named Dell Childrens Specialty Pavilion, is slated to break ground soon and open its doors to patients in spring 2021.

Investment dollars will also go to provide backing for a new partnership with Dell Medical School at The University of Texas to develop a maternal fetal medicine program that will add a delivery unit and neonatal intensive care unit expansion at Dell Childrens Medical Center, according to the news release.

Dell Childrens Medical Center announced it will additionally add more cardiac ICU beds at its main hospital, allowing for the expansion of its pediatric heart program to include heart transplant surgery.

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Dell Children's Medical Center to spend more than $300 million over next 3 years to expand Mueller campus - Community Impact Newspaper

Atrium Health top executive receives 20% boost in 2019 compensation – Winston-Salem Journal

The total compensation for Atrium Healths top executive, Gene Woods, jumped nearly 20% in fiscal 2019, the Charlotte health care system reported Friday.

Woods received $7.25 million in total compensation, led by $2.67 million in salary, $2.44 million in bonuses and a separate $1.08 million in incentives.

By comparison, Woods received $6.06 million in total compensation in fiscal 2018.

Atriums compensation and other corporate financial aspects has taken on new interest in the Triad because of a pending, limited-defined partnership with Wake Forest Baptist Medical Center that is expected to be unveiled by March 31.

The official message since the not-for-profits April 10 memorandum of understanding announcement is they are jointly creating a next-generation academic health-care system headlined by a Charlotte medical school campus debuting in 2021 or 2022.

The systems told bondholders in a November notice the regulatory review process with the Federal Trade Commission is expected to be complete by or before early 2020.

Atrium also recently ended a management services agreement with Greensboros Cone Health in which Cones top executive, Terry Akin, had become an Atrium-compensated employee. Akin received $2.18 million in total compensation in 2019. Dr. Mary Jo Cagle, chief operating officer at Cone, received $1.2 million in total compensation.

Dr. John McConnell moved from chief executive to executive director of Wake Forest Healthcare Ventures on May 1, 2017. He had been chief executive for nearly nine years. His total compensation for 2017 was $2.15 million, down 6.5% from fiscal 2016, according to the IRS Form 990 filing.

Meanwhile, the 2017 compensation of $1.2 million for chief executive Dr. Julie Ann Freischlag reflects from when she took over as chief executive on May 1, 2017. Freischlag became permanent dean of the medical school in February 2018 after serving as interim deal for seven months.

Freischlags first full year of compensation in both roles will not be reported by Wake Forest Baptist until May 15, 2020.

In November, Wake Forest Baptist and Atrium pledged to build a multi-faceted tower and an eye institute in Winston-Salem.

The tower would house the emergency department, operating rooms and intensive care unit services and will be built on the main Ardmore campus atop an existing parking deck. It will feature new operating rooms with adult intensive care units, along with radiology, pathology and other related services.

The systems have not ruled out a much larger collaboration during their period of exclusive negotiations.

The open-ended nature of negotiating a potential medical partnership between Wake Forest University and Atrium has raised concerns about the future of Wake Forest Baptist and its medical school in Winston-Salem.

The local concern about the Charlotte campus is that it could eventually draw resources from the Winston-Salem campus or even lure the medical school itself from Winston-Salem. Wake Forest Baptist is the largest employer in Forsyth County with more than 13,000 workers.

Freischlag said April 10 that she and the majority of the existing medical school faculty would remain in Winston-Salem and that the Charlotte medical school would gain new faculty and utilize providers within the Atrium hospital system.

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Atrium Health top executive receives 20% boost in 2019 compensation - Winston-Salem Journal