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Curious about HIIT? Discover the pros and cons of high-intensity interval training and see if it’s right for your fitness journey! Read more: ow.ly/BXGj50YpB16 #HIIT #HighIntensityIntervalTraining #FitnessHacks101 #WorkoutTips #Cardio #StrengthTraining #Wellness #HealthAndFitness #FitnessMotivation #GetFit #HealthyLifestyle #Exercise #FitFam #FitnessJourney #NoExcuses
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ðŸ’ĨEXERCISE BEFORE CHEMOTHERAPY: A NEW FRONTIER IN PROTECTING THE HEART AND BLOOD VESSELS💊âĪïļ Chemotherapy saves lives — but it can also age the heart and blood vessels years ahead of time. This new study by Clayton et al. (2025, Exercise and Sport Sciences Reviews) reveals that high-intensity interval training (HIIT) — even in the short window between breast cancer diagnosis and the start of chemotherapy — may help shield blood vessels from the damaging effects of doxorubicin, one of the most common breast cancer drugs. By improving nitric oxide, lowering inflammation, and fighting oxidative stress, HIIT could act like a vascular “vaccine,” protecting survivors before treatment even begins. This research reframes exercise not as rehabilitation, but as prehabilitation — a proactive prescription to prevent the cancer patient of today from becoming the heart-failure patient of tomorrow. Clayton ZS, Nguyen BL, Venkatasubramanian R, Kabos P. Exercise to Mitigate Premature Vascular Aging After Doxorubicin Breast Cancer Therapy. Exerc Sport Sci Rev. 2025;53(4):187-194. doi:10.1249/JES.0000000000000370 pubmed.ncbi.nlm.nih.gov/4099â€Ķ #ExerciseOncology #CardioOncology #BreastCancer #BreastCancerSurvivor #CancerSurvivorship #CancerExercise #ExercisePrehabilitation #CancerSurvivor #Prehabilitation #HIIT #HighIntensityIntervalTraining #VascularHealth #HeartHealth #EndothelialFunction #NitricOxide #OxidativeStress #PhysicalTherapist #PhysicalTherapy #Inflammation #AgingResearch #CardiovascularAging #ExerciseScience #ExercisePhysiology #OncoRehab #ClinicalExercisePhysiology #ExerciseIsMedicine #ExerciseForHealth #ExerciseForLife #StrengthThroughScience #ScienceOfExercise #Exerkines #PreventionScience #PublicHealth #MitochondrialHealth #Resilience #FunctionalMedicine #CancerCare #OncologyResearch #WomenInScience #PreventiveMedicine #HealthyAging #CancerAndHeartHealth #ACSM #CEPA #ResearchInnovation #MovementIsMedicine
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Fitness club was a hit again #highintensityintervaltraining #stpeterscps
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āŠĩāŠūāŠŊāŠ—āŦāаāŠū āŠ›āŦ‹āŠĄāŦ‹! 7 āŠŪāŠŋāŠĻāŠŋāŠŸāŠĻāŦ€ āŠ† āŠ•āŠļāŠ°āŠĪ āŠĩāŠ§āŠūāŠ°āŠķāŦ‡ āŠļāŦ‡āŠ•āŦāŠļ āŠŠāŠūāŠĩāŠ°, āŠ°āŠŋāŠļāŠ°āŦāКāŠŪāŠūāŠ‚ āŠ–āŦāŠēāŠūāŠļāŦ‹ vtvgujarati.com/news-detailsâ€Ķ #Benefitsofdailyexercise #exercise #Bedtimeproblems #study #highintensityintervaltraining #HIIT #prematureejaculation
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I know that cardio sucks, but research shows that it can actually help rewire your brain after a #stroke. I cover what #highintensityintervaltraining is, the science behind its effectiveness, safety for stroke survivors, & how to do it with modifications! youtu.be/lltXb9l2XPA
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Cancer cachexia is a serious condition that is characterized by a severe and progressive loss of lean muscle mass and is usually observed in cancer survivors. It doesn't happen to all cancer survivors but when they do have it, it can dramatically increase their level of mortality. Even though there are a multitude of factors driving cancer cachexia, exercise appears to provide therapeutic effects. Exercise appears to counteract the effects of cancer cachexia by the following: 1) Down regulation of pro-inflammatory cytokines (e.g. TNF, IL-6, etc) 2) Increasing anti-inflammatory responses (e.g. IL-10) 3) Reducing protein degradation markers (MuRF1, Beclin-1, and p62. Even though the dose-response is yet to be determined with exercise for this, both resistance training and aerobic exercise preserve muscle mass. Given the issue with increases in mortality and quality of life from this condition, it's important that interventions are improving to combat this issue. Exercise being an effective non-pharmacological intervention seems to offer promise. More research needs to be conducted in order to truly understand the potent role exercise can offer against this condition and for cancer survivors. pubmed.ncbi.nlm.nih.gov/4015â€Ķ #exerciseismedicine #exerciseoncology #exercise #anxiety #stress #resistancetraining #cachexia #cognition #neurotransmitters #health #mentalhealth #exercisetherapy #exercisephysiology #oncologist #exerciseoncologist #exercisephysiologist #clinicians #publichealth #clinicalexercisephysiology #clinicalexercisephysiologist #prevention #treatment #neurobiology #psychology #inflammation #cytokine #cognitivefunction #aerobicexercise #aerobictraining #oncology #highintensityintervaltraining #intervaltraining #lifestyle #chronicdisease #healthcare #HIIT #physicalactivity #wellbeing #physicalfitness #cancer #physicaltherapy #antidepressants #physicaltherapist #psychologist #cancersurvivor #breastcancer #chemotherapy #depression #sarcopenia #healthcoach @ACSMNews @CEPAupdates @theNCI @AmericanCancer @ASCO
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Chemotherapy remains to be the cornerstone therapy for breast cancer survivors; however, a multitude of side effects occurs with the treatment. Skeletal muscle dysregulation is highly associated with chemotherapy. The loss of skeletal muscle during chemotherapy is associated with poor prognosis in breast cancer survivors, especially even conditions such as sarcopenia. Despite many therapies out there, exercise as a key non-pharmacological intervention, plays an important role in modern medical practice. It has been shown to enhance the effectiveness of chemotherapy while reducing the risk of recurrence and cancer-related mortality. Additionally, exercise lowers systemic inflammation, promotes protein synthesis, and improves muscle quality and function in cancer survivors as well. It helps counteract chemotherapy-induced muscle atrophy and cancer cachexia and may even reverse sarcopenia. Even though exercise is highly effective it still needs to be appropriately tailored to them because not everyone with cancer can participate in exercise. In conclusion, exercise stands out as a highly effective non-pharmacological approach for addressing muscle dysfunction in breast cancer patients. frontiersin.org/journals/oncâ€Ķ #exerciseismedicine #exerciseoncology #exercise #anxiety #stress #resistancetraining #cachexia #cognition #neurotransmitters #health #mentalhealth #exercisetherapy #exercisephysiology #oncologist #exerciseoncologist #exercisephysiologist #clinicians #publichealth #clinicalexercisephysiology #clinicalexercisephysiologist #dexa #prevention #treatment #neurobiology #psychology #inflammation #cytokine #cognitivefunction #aerobicexercise #aerobictraining #oncology #highintensityintervaltraining #intervaltraining #lifestyle #chronicdisease #healthcare #HIIT #physicalactivity #wellbeing #physicalfitness #cancer #physicaltherapy #physicaltherapist #psychologist #brca #cancersurvivor #breastcancer #chemotherapy #brain #sarcopenia @ACSMNews @CEPAupdates @ASCO @AmericanCancer @theNCI @CR_UK
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Exercise exerts powerful effects within our bodies such as our brain, liver, blood vessels, muscles, and more. The role of exerkines play a strong role in regulating these factors in our bodies especially when it comes to modulating various metabolic pathways and reestablishing homeostasis. Nutrition plays a very strong role as well. Exerkines in general can reduce depression and further enhance cognitive function. Dietary polyunsaturated fatty acids can help to further reduce inflammation especially in the aging population. Overall this study concludes that different exerkines contribute altogether to the metabolic adaptations caused by exercise and that integrating nutrition especially polyunsaturated fatty acids is essential optimizing the physiological benefits of exercise. As we understand the powerful roles of exerkines caused by exercise the more we can understand the clinical implications what they can do for people with chronic diseases. The benefits can be further improved with effective dietary strategies as well. pubmed.ncbi.nlm.nih.gov/3833â€Ķ #exerciseismedicine #exercise #anxiety #diet #nutrition #stress #depressivedisorder #neuralplasticity #cognition #neurotransmitters #health #mentalhealth #exercisetherapy #exercisephysiology #exercisephysiologist #clinicians #publichealth #clinicalexercisephysiology #clinicalexercisephysiologist #prevention #treatment #neurobiology #psychology #inflammation #cytokine #cognitivefunction #aerobicexercise #myokine #exerkine #aerobictraining #highintensityintervaltraining #intervaltraining #lifestyle #chronicdisease #healthcare #HIIT #physicalactivity #wellbeing #physicalfitness #physicaltherapy #antidepressants ##physicaltherapist #psychologist #dopamine #brain #psychiatry #depression
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Exercise has long been known to be an effective strategy to improving fitness, health, and quality of life in all Individuals, even in the aging population and more recently in cancer survivors. However, less is known about the volume and intensity of exercise effects on these different populations. Cancer and aging relate hand and hand since various cancer treatments can accelerate the aging process. Exercises that are higher in intensity and volume especially in the context of susceptible populations like aging or cancer survivors can lead to more adverse outcomes as opposed to favorable outcomes. Findings from this article revealed the following: -Increased incidence of myocardial injury and elevated c-reactive protein (CRP) levels, indicating inflammation. -Higher rates of coronary artery calcification among long-distance runners, suggesting potential for heart disease. -Impaired lung, liver, and kidney function due to chronic over-exertion, especially in individuals with prior cancer therapy which already compromises organ health. -Enhanced inflammation and fibrosis in vital organs post strenuous exercise, leading to a decrease in organ functionality over time. The author concludes that while regular exercise is beneficial for the general health of the aging population and cancer survivors, high-intensity or high-volume training regimens should be approached with caution. A paper like this can help clinicians to evaluate the level of intensity and volume of exercise prescription for their patients. I personally agree because it personally goes back to the fact that too much of anything (especially for a vulnerable group) can cause more harm rather than good. Exercise like a medication or even nutrients/minerals/vitamins from food/supplements should be prescribed in a similar manner, enough but not too much Below I found this figure in the article quite fascinating, it entails the short- and long-term health consequences of normal vs. long-distance exercising. Text in green and red is associated with positive and negative change. The figure reinforces the fact that too much exercise is not beneficial for us. Exercise is medicine of course but too much exercise is definitely not medicine. pubmed.ncbi.nlm.nih.gov/3984â€Ķ #exerciseismedicine #cardiotoxicity #hepatotoxicity #marathon #ultrarace #HIIT #highintensityintervaltraining #aging #chemotherapy #radiotherapy #chemotreatment #radiationtreatment #cancertreatment #cancerprevention #exercisephysiology #exercisephysiologist #clinicalexercisephysiology #clinicalexercisephysiologist #exerciseoncology #exerciseoncologist #physicaltherapist #physicaltherapy #physiotherapy #physiotherapist #physio #cancer #cardiovasculardisease #physicalactivity #publichealth #preventionscience #olderadult #clinician #anthracycline #therapy #cancertherapy #heartfailure #atheroschlerosis #health #lifestyle #lifestylemedicine #neuropathy #fatigue #stress #inflammation #leukemia #lymphoma
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HIIT refers to High Intensity Interval Training. It helps you lose weight easily, builds stamina & enhances strength Visit: lifestylextra.com/ #HIIT #HighIntensityIntervalTraining #FitnessMotivation #WeightLoss #StaminaBuilding #StrengthTraining #WorkoutInspiration #Gym
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Scopri i benefici dell'allenamento HIIT: brucia grassi velocemente, aumenta il metabolismo, migliora la forma fisica e molto altro. #allenamentoHIIT #highintensityintervaltraining #bruciagrassi #dimagrire #fitness spaziohd.net/hiit-5-beneficiâ€Ķ

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THIS 15-MINUTE DUMBBELL EMOM WORKOUT FOR THE HOLIDAY RUSH Time may be limited around the holidays, but you have time to get this workout in. By Shane McLean @outbackperformances Read Articles: muscleandfitness.com @muscleandfitness @flex_magazine @muscleandfitnesshers #cardioworkouts #conditioningtraining #fullbodyworkouts #highintensityintervaltraining #hiitworkouts #quickworkouts
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⏱ïļðŸƒðŸŧ‍♀ïļðŸ‘ĻðŸŧ‍ðŸŦEntrenar alternando alta intensidad con descanso es una tÃĐcnica que debe aprenderse para aplicarla correctamente como deportista o como preparador físico. ÂĄAprÃĐndela en nuestro Curso “Entrenamiento de Intervalos de Alta Densidad (HIIT)”! #HighIntensityIntervalTraining
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