ACSM's Leadership & Diversity Training Program is currently accepting applications from ACSM members who are interested in beginning the path to fellowship by being paired with an ACSM fellow mentor, as well as other career development opportunities. We are also always looking for ACSM fellows to serve as mentors! Interested in becoming a mentor or a mentee? Learn more and apply: https://brnw.ch/21wNOVT **Must be an ACSM member to apply for the program. Must be signed in with ACSM ID to access application.
American College of Sports Medicine
健康与健身服务
Indianapolis,IN 183,808 位关注者
Extend and enrich lives through the power of movement.
关于我们
The American College of Sports Medicine (ACSM) exists to educate and empower professionals to advance the science and practice of health and human performance. Our members and certified professionals work together to extend and enrich lives through the power of movement.
- 网站
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https://www.acsm.org
American College of Sports Medicine的外部链接
- 所属行业
- 健康与健身服务
- 规模
- 11-50 人
- 总部
- Indianapolis,IN
- 类型
- 非营利机构
- 创立
- 1954
- 领域
- Sports Medicine、Exercise Science、Kinesiology、Personal Training、Exercise Physiology、Exercise Professionals、Journals、Publications 、scientific research、basic science、Certification、Membership Organization和Professional Development
地点
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主要
401 W. Michigan Street
PO Box 1440
US,IN,Indianapolis,46202
American College of Sports Medicine员工
动态
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?? Get your vote for the 2024 EIM On Campus Mascot Challenge fan favorite in before time runs out! This year 24 contenders have put their best foot forward to vie for your votes. Watch the videos in the playlist and vote for your favorite by giving the video a like/??. Submit your vote no later than 5 PM ET tomorrow, 10/16! https://brnw.ch/21wNN2c
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ACSM is now accepting applications and nominations for the role of editor-in-chief of Exercise, Sport, and Movement. ESM was launched in 2022 as ACSM’s premier open access journal. An international peer-reviewed journal, ESM has a broad scope encompassing scientific, clinical, public health, community, and policy topics in all areas related to sports medicine and exercise/movement science. Apply by January 3: https://brnw.ch/21wNMDY
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Upcoming webinar: Learn about the widespread public health issue posed by Metabolic Associated Steatotic Liver Disease (MASLD) and the critical role of exercise in its prevention and management. Jonathan Stine, MD, MSc, FACP, will provide an overview of the epidemiology and growing burden of MASLD and its risk factors, highlighting the latest research on exercise as a therapeutic intervention. He will also and offer practical guidelines for clinicians on prescribing exercise as medicine. ?? Oct. 16 ?? noon ET ?? Register: https://brnw.ch/21wNKnG
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New article in the Translational Journal of the American College of Sports Medicine on high intensity interval training and mental health. ??: https://brnw.ch/21wNIOr
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ACSM is now accepting applications and nominations for the role of editor-in-chief of Current Sports Medicine Reports. As ACSM’s official clinical review journal, CSMR is designed to meet the unique needs of ACSM’s clinician members. The goal of CSMR is to translate the latest research and advances in the field into information clinicians can use in caring for patients. Applicants should be ACSM clinician members in good standing. Apply by February 3: https://brnw.ch/21wNHBK
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?? New Episode Alert! ?? In our latest episode of the Healthy Youth Sports Podcast, Dr. Thayne Munce joins us to discuss "Beyond the Turf: Data-Driven Athlete Health." Discover how Dr. Munce's research team is using FieldTurf technology to collect real-time, actionable data for athletes and coaches, while also gathering millions of data points to uncover new insights about athletic performance and injury prevention. Learn how this innovative "living laboratory" model is transforming high school football and holds the potential to reshape sports science at large. A must-listen for coaches, athletes, and sports enthusiasts! ???? ?? Tune in now! ??? Listen on Spotify: https://brnw.ch/21wNGax ??? Listen on Apple Podcasts: https://brnw.ch/21wNGaw ??? Listen online: https://brnw.ch/21wNGav
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Earn 6 CECs with the latest issue of ACSM's Health & Fitness Journal! The bundle includes: ?? Harmonizing Health and Fitness with Healthcare Through the US Registry of Exercise Professionals ?? The Role of Programmatic Accreditation, Certification, and Career Advancement ?? Developing Trusted Collaborative Relationships between Healthcare Providers and Exercise Professionals ?? Making Exercise as Medicine a Clinical Reality: Program Development and Implementation ?? Emerging Health Technologies: Opportunities and Practical Applications for the Exercise Professional ?? Compensation for Exercise Professional Services Get the bundle: https://brnw.ch/21wNFTq ?ACSM members save 50%!
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Upcoming Exercise is Medicine On Campus (EIM-OC) webinar: The 2023 Barry and Linda Franklin EIM-OC Microgrant awardees will discuss the goals, methodology, and results of their projects. Following the presentation, EIM-OC committee co-chairs Lisa Leininger, Ed.D. and Neil Peterson, Ph.D. will host a live Q&A discussion with the lead investigators to answer your questions about their projects. ??Tuesday, October 15 ??noon-1 p.m. ET ?? Register: https://brnw.ch/21wNEo2
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MSSE's featured article of the month by Maeo et al. ? The pronounced muscle size of long-term resistance trained individuals is typically attributed to greater muscle fiber size. Whether muscle fiber number is also greater, which could be explained by hyperplasia, remains controversial, and a paucity of data exists about myofibrillar structure. In “Long-Term Resistance Trained Human Muscles Have More Fibers, More Myofibrils, and Tighter Myofilament Packing than Untrained," Maeo and colleagues found that larger biceps brachii muscles (+70%) of long-term resistance-trained individuals exhibited more fibers in cross-section (+34%) and larger muscle fibers (+29%), which contained substantially more total myofibrils (+105%). A novel finding of this study was the greater myofilament packing density (+7%) of long-term resistance-trained individuals, suggesting that skeletal muscle ultrastructure may be adaptable and could contribute to changes in specific tension and strength. Read the full text here: https://brnw.ch/21wNE1V