Health
  • https://www.verywellhealth.com/watermelon-diet-11764681
    https://www.verywellhealth.com/watermelon-diet-11764681
    WWW.VERYWELLHEALTH.COM
    What Happens to Your Body on the Watermelon Diet
    Many people on TikTok are trying the "watermelon diet." The challenge involves eating only watermelon for two to seven days. But it comes with serious risks and should be avoided, no matter your health goals, experts said.
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  • Acne keloidalis nuchae (AKN) is a chronic skin condition characterized by inflamed hair follicles that can cause hair loss and substantial scarring. This Patient Page describes the symptoms, diagnosis, and treatment of AKN. https://ja.ma/4l8aWJ8
    Acne keloidalis nuchae (AKN) is a chronic skin condition characterized by inflamed hair follicles that can cause hair loss and substantial scarring. This Patient Page describes the symptoms, diagnosis, and treatment of AKN. https://ja.ma/4l8aWJ8
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  • In a groundbreaking medical achievement, a man in his 40s from Australia has made history by living more than 100 days with a fully artificial titanium heart while waiting for a human heart transplant. This advanced device, which pumps blood throughout the body using magnetic levitation, allowed him to survive without a real heart — a feat never achieved before. According to a report by CNN's Hilary Whiteman, this is the longest anyone has lived with this kind of technology, and he is also the first person ever to be discharged from the hospital with a titanium heart. The device acted as a complete replacement for his natural heart, giving hope to thousands suffering from severe heart failure. Doctors believe this marks a new era in life-saving treatments, potentially offering a long-term alternative for transplant patients in the future.

    #TitaniumHeart #MedicalBreakthrough #ArtificialHeart #HeartTransplant #BiVACOR #AustralianInnovation #LifeSavingTech #HealthNews #ModernMedicine #HopeForHeartPatients
    In a groundbreaking medical achievement, a man in his 40s from Australia has made history by living more than 100 days with a fully artificial titanium heart while waiting for a human heart transplant. This advanced device, which pumps blood throughout the body using magnetic levitation, allowed him to survive without a real heart — a feat never achieved before. According to a report by CNN's Hilary Whiteman, this is the longest anyone has lived with this kind of technology, and he is also the first person ever to be discharged from the hospital with a titanium heart. The device acted as a complete replacement for his natural heart, giving hope to thousands suffering from severe heart failure. Doctors believe this marks a new era in life-saving treatments, potentially offering a long-term alternative for transplant patients in the future. #TitaniumHeart #MedicalBreakthrough #ArtificialHeart #HeartTransplant #BiVACOR #AustralianInnovation #LifeSavingTech #HealthNews #ModernMedicine #HopeForHeartPatients
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  • https://www.eatthis.com/plank-hold-core-strength-test-over-forty/
    https://www.eatthis.com/plank-hold-core-strength-test-over-forty/
    WWW.EATTHIS.COM
    If You Can Hold a Plank This Long at 40+, Your Core Is Exceptionally Strong
    Over 40? If you can hold a plank this long with perfect form, your core strength is top-tier. See where you stand.
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  • Pulse Evaluation: Assessment of arterial pulse points to determine heart rate, rhythm, and circulatory status.

    Pulse Points & Their Locations
    1. Temporal Artery
    Location: Lateral side of the forehead, just above the zygomatic arch.

    Clinical Use: Checking pulse in children; evaluating temporal arteritis.

    2. Carotid Artery
    Location: Anterolateral neck, between the trachea and sternocleidomastoid muscle.

    Clinical Use: Checking pulse in emergencies; assessing cardiac output and cerebral perfusion.

    3. Apical Pulse
    Location: Over the apex of the heart, 5th intercostal space, mid-clavicular line.

    Clinical Use: Auscultation preferred over palpation; used for cardiac assessment.

    4. Brachial Artery
    Location: Medial aspect of the antecubital fossa.

    Clinical Use: Blood pressure measurement; evaluating circulation to the forearm and hand.

    5. Radial Artery
    Location: Lateral aspect of the wrist, proximal to the thumb.

    Clinical Use: Common site for pulse checking; assessing peripheral circulation.

    6. Femoral Artery
    Location: Mid-inguinal point, midway between ASIS (anterior superior iliac spine) and pubic symphysis.

    Clinical Use: Assessing lower limb circulation, cardiac output, and shock evaluation.

    7. Popliteal Artery
    Location: Deep within the popliteal fossa, behind the knee.

    Clinical Use: Evaluating circulation to the lower leg, particularly in vascular disease.

    8. Posterior Tibial Artery
    Location: Behind the medial malleolus of the ankle.

    Clinical Use: Assessing peripheral circulation, especially in diabetic patients.

    9. Dorsalis Pedis Artery
    Location: Dorsum of the foot, lateral to the extensor hallucis longus tendon.

    Clinical Use: Checking foot circulation, especially in peripheral artery disease (PAD).
    ❇️ Pulse Evaluation: Assessment of arterial pulse points to determine heart rate, rhythm, and circulatory status. 🔹 Pulse Points & Their Locations 1. Temporal Artery Location: Lateral side of the forehead, just above the zygomatic arch. Clinical Use: Checking pulse in children; evaluating temporal arteritis. 2. Carotid Artery Location: Anterolateral neck, between the trachea and sternocleidomastoid muscle. Clinical Use: Checking pulse in emergencies; assessing cardiac output and cerebral perfusion. 3. Apical Pulse Location: Over the apex of the heart, 5th intercostal space, mid-clavicular line. Clinical Use: Auscultation preferred over palpation; used for cardiac assessment. 4. Brachial Artery Location: Medial aspect of the antecubital fossa. Clinical Use: Blood pressure measurement; evaluating circulation to the forearm and hand. 5. Radial Artery Location: Lateral aspect of the wrist, proximal to the thumb. Clinical Use: Common site for pulse checking; assessing peripheral circulation. 6. Femoral Artery Location: Mid-inguinal point, midway between ASIS (anterior superior iliac spine) and pubic symphysis. Clinical Use: Assessing lower limb circulation, cardiac output, and shock evaluation. 7. Popliteal Artery Location: Deep within the popliteal fossa, behind the knee. Clinical Use: Evaluating circulation to the lower leg, particularly in vascular disease. 8. Posterior Tibial Artery Location: Behind the medial malleolus of the ankle. Clinical Use: Assessing peripheral circulation, especially in diabetic patients. 9. Dorsalis Pedis Artery Location: Dorsum of the foot, lateral to the extensor hallucis longus tendon. Clinical Use: Checking foot circulation, especially in peripheral artery disease (PAD).
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