Acabei de descobrir que existe uma coisa chamada Tremor Postural Essencial, que é familiar e cujos sintomas melhoram APÓS a ingestão de álcool Propedêutica salva vidas medicina te amo alcoolismo te amo

¡URGENTE! Ayudemos a Maite a conseguir su silla postural youtu.be/YOWNNpmlrTk?si=NzuE… a través de @YouTube

el décimo círculo del infierno en este juego se reserva a los que tienen mala higiene postural

Abd-Eldayem at al., Monocyte Oxidative Stress Underlies Persistent Immune Activation in Long-COVID Postural Orthostatic Tachycardia Syndrome. @szupraha @ZdravkoOnline @adamvojtech86 medrxiv.org/content/10.64898…

🏋️ Na Academia: A Série Interminável ♋ Câncer: Vai com o amigo para não se sentir sozinho. ♌ Leão: Tira foto no espelho antes de cada exercício. O shape é o prêmio. ♍ Virgem: Cronometra os segundos exatos de descanso. Alinhamento postural perfeito. #Astrologia #Academia #Signo

Trends in Antidepressant and Anti-anxiety Medication Use in Patients Evaluated for Postural Orthostatic Tachycardia Syndrome @Sunnybrook heartrhythmjournal.com/artic…

Comparative Analysis of Circulating Cytokines and Adrenergic Autoantibodies in Postural Orthostatic Tachycardia Syndrome, Postacute Sequelae of SARS‐CoV‐2, and Healthy Controls | Journal of the American Heart Association. ahajournals.org/doi/10.1161/…

la joroba no es por un tema postural?

As perceptual refinement deepens, the concept of “stillness” begins to collapse. Consider the simple act of sitting in a chair. Within this seemingly static posture, respiratory shifts in center of gravity, cardiac microvibrations, continuous muscular corrections, and postural maintenance reflexes are perpetually occurring. Under ordinary conditions, the brain integrates all of these into a single stable representation: “sitting.” As refinement progresses, however, the state of “sitting” disappears. What remains visible is only the unceasing flux of countless changes. This is evidence that the Buddhist insight of impermanence — the understanding that all phenomena arise and dissolve moment to moment — is no longer held as conceptual knowledge, but is present as direct perception. The shift is from knowing that “things are impermanent” to actually seeing impermanence. ↓

That's why dog's are best friend ♥️ This friend named Bailey, who senses that his owner, suffering from postural tachycardia syndrome, is about to faint, helps him by laying him safely on the ground and then bringing him water and medicine.

O cara do “deu na telha.” Enquanto que em 2019, ele passou pela multidão de carro até a Tribuna de Honra, cumpriu o protocolo e só depois o quebrou ao caminhar perto do povo, em 2022 ele desceu do carro e caminhou perto do povo antes mesmo de cumprir o protocolo. Vocês lembram que na época, o mesmo gesto encantou e escandalizou? Então você pensa: Como que um simples gesto de caminhar perto do povo, pode, paradoxalmente, adquirir um significado tão grandioso a ponto de provocar reações de um extremo ao outro, quase sem espaço para o meio-termo? Fiquei vendo esse vídeo e viajando na empolgação de quem filmou … Eu acho que o que desperta esse fascínio e admiração, e por que não, a raiva nas pessoas, é justamente o paradoxo que Bolsonaro representa. Ao mesmo tempo, o cara consegue enaltecer regras, disciplina, ordem, responsabilidades, respeito etc, mas a sua comunicação postural diz: não se torne escravo delas. É como dizer, o retrato da ordem perfeita pode até inspirar confiança, mas é o que se carrega por dentro que definirá a liberdade ou escravidão. O que Bolsonaro transmite não se aprenda em cursos de marketing e não nasce do mapeamento de 10, 20, 30 marqueteiros em volta de uma mesa.

2. Higiene postural Acción: Retraer las escápulas y alinear la coronilla con la columna. Impacto: Proyecta dominancia, seguridad y una caja torácica más amplia. Dato real: Una postura erguida reduce los niveles de cortisol y eleva la testosterona de forma temporal. La expansión física es la señal biológica de que no te sientes amenazado por el entorno.

Answer: Addison disease (Primary Adrenal Insufficiency) The clues were: ✅ Chronic fatigue ✅ Weight loss ✅ Dizziness on standing (postural hypotension) ✅ Salt craving (if present) ✅ Hyperpigmentation (“unexplained tan”)- increase ACTH ✅ Sudden deterioration into shock after a minor illness In Addison disease, the adrenal glands cannot produce enough cortisol (and often aldosterone). Patients may appear to have only vague symptoms for months before developing a life-threatening Addisonian crisis triggered by infection (in this case it was stomach infection), surgery, or other stress. Take-home message: Persistent fatigue weight loss low blood pressure hyperpigmentation = think Addison disease. Follow for more such insights.

Noninvasive brain stimulation reduces Parkinson's motor symptoms in new trial | Karina Petrova, PsyPost Researchers have developed a noninvasive way to reduce movement problems in people with Parkinson’s disease by applying overlapping electrical currents to the scalp. The technique reaches deep into the brain without requiring surgery, producing noticeable improvements in slowness and tremors for at least an hour after a single session. These results were published in the peer-reviewed journal eBioMedicine. Parkinson’s disease is a progressive neurological condition that affects movement and physical coordination. People with the disorder often experience tremors, muscle stiffness, and an overall slowness of motion known as bradykinesia. These symptoms arise from pathological changes in the brain’s basal ganglia, a group of structures located deep beneath the cerebral cortex that help control voluntary movements. One specific structure within this network is the subthalamic nucleus, which plays a central role in regulating motor function. For patients with advanced symptoms, doctors sometimes recommend an invasive procedure known as deep brain stimulation. This surgery involves drilling small holes into the skull and implanting permanent metallic electrodes directly into regions like the subthalamic nucleus. Electrical impulses from a pacemaker-like device then modulate the abnormal brain activity, offering relief from movement difficulties. The surgery carries inherent physical risks, such as infection or bleeding inside the brain, and requires ongoing management of the implanted hardware. Because of these surgical risks and the high financial costs involved, less than three percent of the global population with Parkinson’s disease receives deep brain stimulation. Medical professionals need alternative therapies that can target the same deep brain areas without cutting into the brain itself. A relatively new technique called transcranial temporal interference stimulation offers a potential solution to this problem. This method uses two sets of temporary electrodes placed on the outside of the head to deliver high-frequency electrical currents. By themselves, these high-frequency fields pass through brain tissue without altering cellular activity. When the two electrical fields cross deep inside the brain, they create a new, lower-frequency wave exactly at the point of intersection. This newly formed wave pulses at a rate slow enough to influence brain cell behavior in a targeted area, all while leaving the surface of the brain completely unaffected. A research team sought to determine whether this technology could safely target the subthalamic nucleus to relieve motor symptoms. The study was led by Chenhao Yang, a researcher at the Key Laboratory of Exercise and Health Sciences at the Shanghai University of Sport in China, along with colleagues from several international academic institutions. The team wanted to know if a single, customized session of this electrical therapy would be tolerable for patients and whether it would produce measurable improvements in physical movement. To answer these questions, the research group recruited thirty adults with early-to-mid-stage Parkinson’s disease. The participants were all capable of walking without assistance and had maintained stable medication routines for at least four weeks prior to the trial. Before the experiment began, each person underwent a magnetic resonance imaging scan of their brain. The researchers used these detailed scans to build individualized computer models of each person’s cranial anatomy. These personalized models allowed the scientists to calculate the exact placement of the scalp electrodes needed to guide the electrical fields to each individual’s subthalamic nucleus. The researchers set the equipment to generate a specific frequency difference of roughly one hundred and thirty hertz at the deep brain intersection point. They chose this specific frequency because it matches the standard electrical rhythm utilized in traditional surgical deep brain stimulation. The trial used a randomized, double-blind crossover design, meaning every participant experienced both the real therapy and a fake treatment on two separate days. The fake treatment, or sham, served as a baseline comparison for the scientists. During the sham session, the device delivered electrical currents that recreated a mild tingling sensation on the scalp but did not produce the intersecting waves deep in the brain. Neither the participants nor the staff conducting the clinical evaluations knew which version was being administered on a given day. On the days of the experiment, participants abstained from taking their regular Parkinson’s medications for at least twelve hours. They then received twenty minutes of either the real brain stimulation or the sham version while resting in a chair. Certified clinical examiners evaluated each participant’s movement abilities using a standardized motor symptom rating scale. These formal assessments took place right before the machine was turned on, immediately after the twenty minutes ended, thirty minutes later, and a final time a full hour after the session. The evaluations showed clear differences between the two testing conditions. Following the real temporal interference stimulation, seventy percent of the participants experienced a clinically meaningful reduction in their motor symptoms. After the sham treatment, only fifteen percent of the volunteers reached that same threshold of improvement. The real stimulation led to larger overall reductions in motor symptom scores compared to the fake treatment at every time point checked after the machine was turned off. When breaking down the specific physical symptoms, the researchers found the largest improvements in slowness of movement and resting tremors. These benefits were clear immediately and persisted for the full hour of observation. Changes in muscle stiffness and overall postural balance were less consistent across the group, with some improvements in rigidity only becoming evident at the sixty-minute mark. The procedure also proved to be safe and well tolerated by the volunteers. No serious adverse events happened during either visit to the clinic. Mild side effects, such as a temporary tingling or a feeling of warmth on the scalp, occurred at similar rates regardless of whether the person was receiving the actual therapy or the fake version. The lack of differences in adverse physical sensations was not statistically significant, which helped ensure that the blinding process worked, as most participants could not accurately guess which treatment they had received. “One of the most promising aspects of this work is the ability to individualize stimulation based on each patient’s own brain anatomy,” said Brad Manor, a senior scientist at the Hinda and Arthur Marcus Institute for Aging Research at Hebrew SeniorLife. He explained, “That level of precision could become increasingly important as we learn how to tailor neuromodulation therapies to different Parkinson’s symptoms and different patients.” While the initial data show promise, the research team acknowledged several limitations to their current work. The study involved a relatively small number of participants, all of whom were of Asian descent and most of whom were women. This restricted demographic profile means the results might not automatically apply to other populations with different cranial anatomies or distinct genetic backgrounds. The researchers noted that multi-center trials involving more diverse groups of people are needed to confirm these early observations. Another limitation is that the researchers relied entirely on computer modeling to predict where the electrical fields would intersect inside the head. They do not yet have direct brain imaging evidence to prove that the electrical interference was entirely isolated to the subthalamic nucleus. Because this part of the brain is very small, it is possible that the electrical fields also affected neighboring brain regions that help control mood and cognitive function. Future studies will need to incorporate advanced brain scans to see exactly how the therapy impacts surrounding tissues. The study was also designed to measure only the immediate aftermath of a single twenty-minute session, and three participants dropped out before completing both visits. Medical professionals do not yet know how long the improvements in movement might last after that initial hour. “These early results are promising, so we are already moving forward, together with our collaborators from Shanghai University of Sport, the UK and Germany, to conduct larger studies applying multiple sessions of stimulation in subsequent days to induce lasting effects and determine how long the benefits can last, how treatments should be spaced, and which patients are most likely to respond,” said Junhong Zhou, a co-corresponding author of the paper. If repeated treatments prove to be safe and capable of offering sustained relief, this electrical technique could expand the available options for managing the disease. A purely external device might eventually help patients delay the need for invasive brain surgeries or serve as an additional tool alongside traditional medications. Until those longer and larger trials are completed, the technology remains an experimental but highly encouraging prospect. Read more: psypost.org/noninvasive-brai…

siempre se rebaja a la danza cuando es el deporte más completo. combina fuerza, flexibilidad, resistencia, control postural, etc etc literalmente nunca probaron salir de la sala de musculación y se nota! yo nunca sudé tanto y estuve tan magra como cuando bailaba clásico

- 5 mins of daily Pranayama puts into remission mild/moderate cases of Covid Vxx induced Postural Orthostatic Tachycardia (POTS) - tried with 2 ppl - Jal Neti fixes serious sinusitis - there are published studies LiverChutiya is hypocrite - Hospital he works has Ayurveda Dept

B. Cardiac autonomic neuropathy. Others are postural hypotension, fixed heart rate...