In a new brief, McClain Sampson, fellow in Maternal and Reproductive Health, and co-author Priscilla P. Kennedy summarize how the recent Texas Medicaid and CHIP extension will benefit families and explore the expected impacts of this extension.
McClain Sampson, Priscilla P. KennedyFebruary 28, 2024
It’s been two years since Winter Storm Uri swept across Texas, and the question of whether and how to end the isolation of the state’s grid remains. Nonresident scholar Julie Cohn offers a brief history of the standalone Texas grid to explore how the lessons of the past can inform the state’s electric power future.
Stem cells have two unique properties that make them an appealing therapeutic tool for regenerative medicine: they can grow indefinitely and can differentiate into a wide variety of cell types, including those that form blood, bones, lungs, skin, and the brain.
As the energy transition continues, the viability of our power system is at stake. Nonresident scholar Julie A. Cohn explains the need to prepare for next-generation grid technology if we are to maintain a stable, economical and secure power system.
As the pandemic persisted across the state, did Texans living in cities have better access to Covid-19 vaccines than those in rural areas? How did race or age factor in? The authors assess the successes and shortfalls of Texas' vaccine distribution strategy, and how to do better next time.
In the transition to a renewable energy future, we must invest in a new transmission infrastructure – some crossing state borders – that connects intermittent power, traditional power and users, write Center for Energy Studies experts.
Kenneth B. Medlock III, Olivera Jankovska, Julie A. CohnFebruary 22, 2021
By Michael W. Deem, Melia E. Bonomo and Kirstin R.W. Matthews
Due to the rapidly mutating influenza virus, a new vaccine is usually developed for each flu season. In this policy brief, the authors discuss the current method used by the Centers for Disease Control and Prevention to develop the flu vaccine and propose the use of mathematical modeling to improve the vaccine's effectiveness.
Michael W. Deem, Melia E. Bonomo, Kirstin R.W. MatthewsOctober 29, 2018
Science, technology, and innovation are vital to America’s economy and workforce, and the competitiveness of U.S. industry. The authors offer five recommendations to ensure the establishment of an effective White House Office of Science and Technology Policy.
Kirstin R.W. Matthews, Kenneth M. Evans, Neal F. LaneDecember 5, 2016
This issue brief argues that continued investments in global health and the study of emerging pathogens could yield better tools to fight infectious diseases like the Zika virus long before they become a problem in the developed world.
Jennifer R. Herricks, Kirstin R.W. MatthewsMarch 4, 2016
This policy brief urges collaboration between the United States and Mexico to address widespread epidemics of mosquito-transmitted diseases like West Nile, dengue and chikungunya in both countries. Such policy development should focus on vector control programs, public awareness and the development of vaccines to curb the spread of these diseases.
Kirstin R.W. Matthews, Jennifer R. HerricksDecember 16, 2015