The Fight Against Non Communicable Diseases

Tuberculosis (TB) is a bacterial infection in which nodules referred to as tubercles grows in the bodies tissues, especially on the lungs. Tuberculosis is a

Tuberculosis an infectious bacterial disease in the tissues, especially the lungs. When they

Diseases can be preventable and curable but many still manage to devastate on international scales, whether it was during the Middle Ages or today. These illnesses are sometimes underrated in their effects on the human race where symptoms can range from minimal to down-right devastating and painful. No matter where it started, they can bring devastating effects to the surrounding area. When someone wants to know about a disease, they want to know where it came from, it's symptoms, and how it affected the community in which it appeared. The Black Death, Ebola, and the Zika virus are examples of large-scale illnesses that vary in all three of these topics but still managed to threaten humans on a bigger scale than expected. Diseases like the

Tuberculosis is caused by the bacteria “Mycobacterium Tuberculosis” and is mainly causes infection of the lungs (WHO, 2016). Its mode of transmission is airborne, so it can be passed on by inhalation of airborne droplets which carrying the bacteria, when an infected patient coughs, sneezes, or spits the TB germs into the air (WHO, 1026). Among the symptoms of active TB are: cough with sputum and blood, chest pains, weakness, fever and night sweats (WHO, 2016). Most at risk to get the TB infection are people with weakened immune system such as people who are suffering from chronic diseases such as diabetes mellitus, severe kidney disease, silicosis and especially HIV infection (CDC, 2016). Children and Tobacco users are also at greater risk to fall ill with TB.

Tuberculosis (TB) is brought on by a bacterium called Mycobacterium tuberculosis. The microorganisms more often than not assault the lungs, however TB microbes can assault any part of the body, for example, the kidney, spine, and mind. Not everybody infected with TB microbes gets to be sick. Therefore, two TB-related conditions exist: latent TB infection (LTBI) and TB infection. If not treated legitimately, TB can be deadly (CDC, 2016). TB microbes are spread through the air starting with one individual then onto the next. The TB microorganisms are put into the air when someone with TB illness of the lungs or throat coughs, talks, or sings. Individuals adjacent may take in these microscopic organisms and also become ill (CDC, 2016). Individuals with TB are well on the way to spreading it to individuals they invest time with consistently. This incorporates relatives, companions, and coworkers or classmates.

Tuberculosis is a bacterial infection that can be spread in the lungs, lymph nodes, and bloodstream and to any part of an organ in the body. They are two types of tuberculosis which, is active and

Tuberculosis (TB) is caused by a bacteria called Mycobacterium Tuberculosis, which normally affects the lungs, but it can also affect any part of the body, including the bones and the nervous system. The disease is spread easily through prolonged exposure to someone who has the illness, from their coughs and sneezes. For a healthy individual the body’s immune system kills the bacteria and prevents it from spreading in the body, which is known as ‘latent TB’. However, if the immune system fails to fight the bacteria, it can easily spread in the body. Symptoms will develop within a few weeks or months depending on the individual. This is known as an ‘active TB’. The symptoms are, constant coughing that brings up phlegm that may also contain blood, which lasts more than three weeks, combined with weight loss, tiredness and fatigue, loss of appetite and also fever. Without treatment, TB can cause major health problems and if its left untreated can even cause death (NHS 2016).

This disease is passed from human to human through a simple cough. The agents from the M. tuberculosis complex directly attack the respiratory system, specifically the lungs in most cases. The microbe can also effect the brain, kidneys or spine (Biggest). From there the disease can take two forms, latent or active. In Figure 1, the chart shows the aggressiveness difference between latent and active. Patients that had HIV were found to have a higher chance of catching the microbe or becoming re-infected with the disease. Latent TB is basically TB with the symptoms turned off. When tested for the infections, the results are positive, but the patient does not feel sick or show any symptoms. Latent TB patients will not spread the infection and are not infectious (Biggest). Without treatment very few cases will morph into the active form within two years of infection. Active form is the most aggressive and contains the most concern. Symptoms include, weight loss, loss of appetite, fever, fatigue and chills. When TB has infected the lungs patients will witness chest pain, coughing for more than three weeks and may get as far as coughing up blood (Biggest). This form is very infectious and can be passed easily through the air as an infected person coughs the microbes into the surrounding air. For now, no vaccines or drugs have been found to completely cure Tuberculosis. Only the symptoms can be dealt with. Unfortunately, there is a new strands emerging that is multidrug- resistant and extensively drug-resistant where treatment is no longer an option

Tuberculosis, TB (tubercle bacillus) or MTB (mycobacterium tuberculosis) is a widespread, and in numerous cases fatal, communicable disease produced by a variety of forms of mycobacteria. The disease is distributed within the air when individuals who are infected with active TB infection sneeze, cough, or pass on breathing fluids throughout the air. Generally infections are asymptomatic, meaning they feel or show no symptoms, and dormant, but then again approximately one in ten dormant infections in the long run move on to the active disease. If left untouched, active TB is fatal to more than half of those infected.

There are various diseases which are very deadly to human being. Those who are highly affected are those living in third world countries. In this way, different methods of interventions and preventions have been performed, however vaccinations are broadly viewed as one of the best therapeutic accomplishments of cutting edge progress. Vaccinations can be defined as the injection of an external agent to human body, in order to prevent or cure an infectious disease. Various studies, touching epidemiology and sociology, show the positive impact of vaccinations on mortality. According to Andre (2005, p23-25), “Without doubt, vaccines are among the most efficient tools for promoting individual and public health and deserve better press”.

Tuberculosis (TB) is a chronic bacterial infection that affects millions of people globally. It is a contagious disease that is spread through the air, and it usually affects the lungs. It is transmitted from person to person through droplets from the respiratory tract of those who are already infected with the disease. Some who are infected with the bacteria that causes TB often exhibit no symptoms, because their immune systems stop the bacteria from growing and multiplying. Those with compromised immune systems are more susceptible to developing the full blown disease which can cause symptoms that include coughing, spitting blood, chest pains, weakness, weight loss, and fever. Tuberculosis can be treated with a six to nine month course of a combination of antibiotics. If left untreated, TB will spread and can be fatal.

TB- a bacterial infection that mainly affects the lungs , but can also spread to many different parts of the body .

The issue of health is inevitably one of the main factors, which modulates societies. The presence of infectious diseases dates back to the starting point of the human existence and could prominently result in the decay of social cohesion. Nowadays, far-reaching and evident cases of the impact of infectious diseases at a global range, constitute no undisclosed reality. It is an unfortunate fact that despite the progress made - both at intellectual and at a practical level - throughout significant stages of human history, there still remains the threat of a potential pandemic, which could be proven lethal. The recent epidemic outbreaks of perilous diseases, such as HIV/AIDS, Ebola and the Zika virus in certain parts of the world comprise exceptional

Tuberculosis does show any different physical signs than regular tuberculosis. Both forms of tuberculosis show coughing for more than 3 weeks, coughing up blood or mucus, chest pain, fatigue/weakness, weight loss and loss of appetite, fever, and chills (1). Tuberculosis is easily caught by a new patient because the air that is contaminated by a carrier of the bacteria who has been in the room for a rather long time. Meaning if a person visits the carrier and goes into the carrier’s bedroom for an extended length of time, then that person could possibly contract tuberculosis. Not only is immediate contact a key factor in developing tuberculosis, health, where a person lives, and if that person developed tuberculosis in the past. These factors all accumulate and help in the spread of the disease from person to person.

“Infectious diseases constitute a major problem for the world, but even more so in the developing world” (Fonkwo, 2008). Infectious diseases are caused by pathogenic microorganisms, such as bacteria, viruses, parasites or fungi; the diseases can be transmitted, directly or indirectly, from one person to another (WHO, 2015). No country can afford to remain distant in the war against these diseases, especially given the potentially far-reaching and devastating effects that they could have on the human race at large (Fonkwo, 2008). The threats posed by Infectious diseases globally are unequaled in terms of morbidity, mortality rate, transmission, fatality rate, and economic consequence dating back to the days of the bubonic plague. The bubonic plague and its co-infections: measles and smallpox were the most devastating of the infectious diseases and in 160 CE plague was reported by (Poole and Holladay, 1979) as cited by (Nelson and Williams, 2007) as a contributor to the collapse of the Han Empire.