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Uthealth School of Public Health in Dallas is part of the first and largest school of public health in Texas. Its robust community-engaged research programs and custom-degree offerings are deeply rooted in community and healthcare system networks. The school offers opportunities for hands-on experience working with faculty that are internationally renowned experts in injury and violence prevention, cancer prevention and survivorship, maternal health, and pediatric population health.
This is where you come to changes lives, and build a career that makes a difference.
AREAS OF STUDY
Tailor your degree to complement your career goals and build your knowledge and expertise in a specific area of study.
COVID-19 RESPONSE
与社区合作伙伴，地方政府和医疗保健组织合作，以与19009年的大流行作斗争。
革命研究beplay苹果手机能用吗
Work alongside faculty to address urgent public health matters through world-class research and community projects.
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新研究beplay苹果手机能用吗
COVID-19-19感染引起的抗体可能会为儿童的未来感染提供一些保护
TX CARES的发现表明，COVID-19感染引起的抗体至少在5-19岁的儿童中至少提供6个月的保护，无论年龄，性别，症状状况或疾病严重程度如何。即使在自然感染后，仍然建议进行疫苗接种和助推器，因为保护的总持续时间尚无定论。
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Texascares报告
About 75%德州人都SARS-CoV-2 antibodies, according to one of the world's largest COVID-19 antibody surveys
“Texas CARES data revealed to us that fully vaccinated participants showed significantly higher antibody levels than those with a natural infection only,” said Eric Boerwinkle, PhD, dean of the School of Public Health.
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SCHOOL RANKING
Uthealth School of Public Health ranked top among academic programs shaping public health workforce
Beplay体育中心根据最近发布的独立分析，德克萨斯大学卫生科学中心（UTHEADY）公共卫生学院是负责培训当今公共卫生学术领导者大部分的全国顶级大学之一。
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新研究beplay苹果手机能用吗
New research indicates widespread community transmission of COVID-19 among children
Data from TX CARES indicates that children and adolescents have higher exposure to COVID-19 than adults based on seroprevalence analyses from across Texas.
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SEE OUR IMPACT
Understanding how COVID-19 affects the health and well-being of people with obesity
Research led by UTHealth School of Public Health's Center for Pediatric Population Health and UT Southwestern Medical Center could inform clinicians and other health professionals on effective strategies to minimize the physical and psychological health impacts from COVID-10 among adults with obesity.
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SEE OUR IMPACT
Multisystem Inflammatory Syndrome in Children (MIS-C), a rare but severe condition that is associated with SARS-CoV-2 infection
Upcoming oral presentation at APHA 2021 Annual Meeting & Expo on the long-term complications in children with previously diagnosed multisystem inflammatory syndrome related to COVID-19.
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教师奖
布拉德·坎内尔（Brad Cannell）获得领导奖
Brad Cannell, PhD, MPH, associate professor in the Department of Epidemiology, Human Genetics and Environmental Sciences at The University of Texas Health Science Center (Uthealth) School of Public Healthin Dallas, has been selected for the Academy of International Mobile Healthcare Integration’sLeadership in Integrated Healthcare Award.
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新研究beplay苹果手机能用吗
Children with developmental disabilities more likely to develop asthma
根据德克萨斯大学健康科学中心公共卫生研究人员（UTHealth）的公共卫生研究人员（UTHealth）作为儿科人口中心的一部分，在JAMA Network开放的一项新研究中，患有发育障碍或延迟的儿童更容易患哮喘。Beplay体育中心beplay苹果手机能用吗健康。
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SEE OUR IMPACT
解决社区对冠状病毒的担忧
In response to increasing concerns of 2019-nCoV (coronavirus), public health experts from regional counties, the state and UTHealth School of Public Health gathered on Wednesday, Feb. 5, to discuss what is known, unknown and what to anticipate about this new strain of coronavirus.
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SEE OUR IMPACT
Mapping the spread of COVID-19 in Texas
一支由教职员工和学生组成的工作团队最近推出了一个可视化仪表板，该仪表板提供了实时数据分析，以监视德克萨斯州的Covid-19传播。
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新研究beplay苹果手机能用吗
Certain paternally-derived alleles show lower occurrences for obstructive heart defects
A recently published study by Dr. Jenil Patel evaluated the risk of paternal genetic variants and occurrence of obstructive heart defects (OHDs). Parent-of-origin effects in transmission of alleles in three different pathways (folate, homocysteine, and transsulfuration) genes were examined to evaluate the risk of OHD occurrence in offspring. The authors found that among infants who inherited paternally-derived copies of certain alleles, the risk for obstructive defects was lower compared to infants who inherited maternally-derived copies of the same alleles. The study was authored as part of Dr. Patel’s post-doctoral training at University of Arkansas for Medical Sciences (UAMS). Wendy Nembhard, PhD (UAMS) was the principal investigator and senior author of the study.
阅读更多SPH - CPPH Genetic Variants and Occurrence of Obstructive Heart Defects
