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Tag: Vertetrac

By Neitropia Clinic Posted on Mar 17, 2018

Traction in the Motion

Neitropia & Meditrac Medical Equipment Ltd. Represent Cervico 2000 & Vertetrac & D. B. S (Dynamic Brace System) Cervico 2000 is a dynamic ambulatory traction device for the treatment of … Continue reading Traction in the Motion

Tags: Cervico2000, Meditrac, Neitropia, Vertetrac

By Neitropia Clinic Posted on Mar 15, 2018March 15, 2018

Тракция в движение

Traction in motion

Tags: Cervico2000, Meditrac, Neitropia, Vertetrac

Медицински Тейпинг Концепция Базово Ниво “FysioTape Academy”

“Концепция Медицински Тейпинг” Двудневен курс на обучениe. ” DIMYAT HOTEL VARNA ROSSLYN” гр. Варна Дати: 26-27.10.2019October 26th, 2019

The big day is here.

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"ИНФОРМАЦИЯ ДЛЯ МЕДИЦИНСКИХ РАБОТНИКОВ Рекомендации для врачей по выявлению #Covid-19" Министерства Здравоохранения Рассийской Федерации 👇https://www.rosminzdrav.ru/ministry/covid19

Mathematical Epidemiological Simulation #Measles 👉https://www.washingtonpost.com/graphics/2020/health/coronavirus-how-epidemics-spread-and-end/

Mathematical Epidemiological Simulation #Ebola Virus 👉https://www.washingtonpost.com/graphics/2020/health/coronavirus-how-epidemics-spread-and-end/

Mathematical Epidemiological Simulation #COVID 19 "This is a simplified model of an epidemic. The main factor, the rate a disease is able to spread through a susceptible population, is called the basic reproductive number, or R0. For a new disease, like covid-19, almost everyone in the population is susceptible — a prime scenario for an epidemic. The basic reproductive number (R0) of covid-19 is estimated to be 2.3, meaning that each person infected with the virus will spread it to 2.3 others, on average, over the course of their illness. This simulation shows a virus with an R0 of 2.3 in a completely susceptible population of 1,000 people, without any vaccinations, masks or quarantines. In this model, after contracting the disease, people either fully recover or die. Once infected and recovered, a person cannot be reinfected in this model. “The higher R0 is, the faster the epidemic takes off,” said David Fisman, an epidemiologist and infectious-disease physician at the University of Toronto’s Dalla Lana School of Public Health. Fisman and Ashleigh R. Tuite developed a model of covid-19 to estimate its reproductive rates. As an epidemic spreads through the population, the number of people left to infect goes down. The growth rate of an epidemic in progress is described by its effective reproductive number, or Re. Once that value falls below 1, the epidemic will stop spreading. In the real world, populations aren’t completely isolated. A sick person could leave this group of 1,000 and bring the virus to a new population. Highly contagious outbreaks Studies of measles outbreaks have calculated a basic reproductive number of between 12 and 18, although it can vary even more widely. Here’s what a virus with a reproductive number of 18 looks like in a completely susceptible population. Because each person spreads it to an average of 18 others, it will infect everyone in the population extremely quickly....' 👉https://www.washingtonpost.com/graphics/2020/health/coronavirus-how-epidemics-spread-and-end/

#Human #Body #Skin #Tension #Lines

Could Zn ions binding to ACE cell receptors be solution for #CoronaVirus?! 👉https://www.instagram.com/p/B83DjadF_99/?igshid=153xtv12lwh9t

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