Хватит пить воду неправильно! Вот что нужно делать, чтобы не вставать по ночам | Владимир Павлов

[SUPPORT THE CHANNEL BY SUBSCRIBING]    / @pavlovlaboratory   ✅Reference: Age-Related Health:👉 https://web.tribute.tg/s/TTy Free cards here👇 Telegram channel: https://t.me/+nkpSzaXOjZY0YzVi Do you frequently get up to use the bathroom at night and consider it an inevitable sign of aging? In this video, Dr. Vladimir Pavlov discusses in detail the causes of nocturia (frequent nighttime urination) after age 55 and how to restore uninterrupted sleep without pills at home. You'll learn why the common mistake of completely abstaining from water before bed critically thickens your blood in the morning and doubles your risk of sleep-related stroke, how excess hidden salt causes fluid to accumulate in your legs, and why the habit of gulping down water deactivates the hormone vasopressin. The author offers a scientifically proven system of simple evening steps—from proper hydration and evening walking to simple lymphatic drainage techniques—that will help you regain a full night's rest, protect your blood vessels, and rid your brain of morning fog. 00:00 Why it's dangerous to get up at night to go to the bathroom 06:41 Welcome from Dr. Vladimir Pavlov 01:13 How the hormone vasopressin controls the kidneys 02:13 Causes of nocturnal polyuria after 55 03:22 Why do legs swell in the evening 06:21 Why you shouldn't give up water 08:36 How blood thickens in the morning 10:38 Why you shouldn't drink water in one gulp 12:21 How hidden salt retains water 15:12 Proper fluid intake during the day 16:51 Does walking help improve sleep? 26:59 When frequent urination is a sign of illness #PavlovLaboratory #VladimirPavlov #Dr.Pavlov #nocturia #frequenturination #healthafter50 #longevity #howtosleepatnight #swollenlegs #thickblood #strokeprevention #drinkingregime #saltinfoods #vasopressin #doctortips #healthysleep #activelongevity #kidneyfunction #healthmistakes #homemethods ⚠️ DISCLAIMER: The doctor's image in this video was created using digital avatar technology. All information in this video is for informational purposes only and does not constitute medical advice, diagnosis, or treatment. Every body is unique. We do not diagnose or prescribe treatment. Before using any recommendations in this video, be sure to consult your doctor. Do not self-medicate. Scientific References: Matsuo T. et al. (2019) — "Effect of salt intake reduction on nocturia in patients with excessive salt intake." A prospective study (321 patients) showed that reducing table salt intake (estimated by the Kawasaki formula) significantly reduces the frequency of nocturnal urination (from 2.3 to 1.4 episodes) and decreases the nocturnal polyuria index (NPi). Monaghan T. et al. (2020) — "Sodium restriction improves nocturia in patients at a cardiology clinic". A retrospective study based on a cardiology clinic confirmed a decrease in the median of nighttime toilet visits from 2.5 to 1.0 with sodium restriction in the diet. Sugaya K. et al. (2007) — "Effects of walking exercise on nocturia in the elderly". A clinical study of the effects of regular walking (30–60 minutes in the afternoon) for 8 weeks in elderly men. Activation of the skeletal muscle pump in the lower legs resulted in a decrease in the frequency of nocturia by removing stagnant fluid before bedtime. Soda T. et al. (2010) — "Efficacy of Nondrug Lifestyle Measures for the Treatment of Nocturia" (Journal of Urology). A study of the effectiveness of multicomponent behavioral therapy (modification of fluid intake, physical activity, and bed warming). Analysis of the TriNetX database (USA) — A large retrospective cohort study of patients over 65 years of age. Confirmed that dehydration (acute nocturnal hemoconcentration) increases the risk of ischemic stroke by 1.98 times, transient ischemic attack (TIA) by 2.88 times, and intracerebral hemorrhage by 3.99 times. Clinical studies examining the relationship between OSA (apnea) and nocturia—an evaluation of 200 patients with verified obstructive sleep apnea syndrome. It was demonstrated that episodes of nocturnal asphyxia create negative intrathoracic pressure, stimulating excessive release of atrial natriuretic peptide (ANP), which blocks vasopressin and provokes profuse nocturnal diuresis.