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Until she discovered the 12-second “Neural Pain Switch” that finally erase the nonstop, throbbing joint pain stealing her independence, freedom, and confidence – FOR GOOD!
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Top 10 Rarest Diseases You’ve Never Heard Of // Subscribe: http://goo.gl/Q2kKrD // TIMESTAMPS BELOW
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There are some mystery diseases you may never have heard of. From Foreign Accent Syndrome, to the Tree Man Illness, to Hutchinson-Gilford Progeria Syndrome – which inspired “The Curious Case of Benjamin Button” – these are some of the strangest known medical conditions. WatchMojo counts down ten fascinating rare illnesses.
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Haemophilus influenzae is a small Gram-negative coccobacillus which can normally colonize the human respiratory tract. There are two major categories of H. influenzae – encapsulated strains and unencapsulated strains.
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Influenza, or the flu, is a contagious viral infection that attacks your nose, throat, and lungs. It can cause fever, chills, runny nose, sore throat, cough, muscle aches, and fatigue. The flu virus is extremely small and only visible through electron microscopes. Inside the virus, genetic material contains the information to make more copies of the same virus. A protein shell provides a hard, protective enclosure for the genetic material as the virus travels between the people or animals it infects. An outer envelope allows the virus to infect cells by merging with the cell’s outer membrane. Projecting from the envelope are spikes of protein molecules. The flu virus uses its H spikes like a key to get inside your cells. N spikes allow copies of the virus to break away from your infected cells to infect more cells. There are 17 known types of H spikes and nine types of N spikes that scientists use to name different flu viruses, such as the virus H5N1. You get the flu by touching an object that has the flu virus on it or through exposure to body fluids from people or animals infected with the virus. When an infected person talks, coughs, or sneezes, droplets carrying the influenza virus may land in your mouth or nose and then move into your lungs. Once inside your body, the influenza virus comes into contact with cells in your nose, throat, or lungs. The H spike on the virus inserts into a receptor molecule on your healthy cell membrane, like a key in a lock. This action allows the virus to get inside your cell. Next, the virus travels inside a sack made from your cell membrane to your cell’s nucleus. Then the viral envelope and cell membrane sack combine, allowing the viral genetic material to leave the sack and enter the nucleus. The viral genetic material hijacks the energy and materials in your cell’s nucleus to make thousands of copies of itself. Some of the genetic material moves out of the nucleus, then attaches to ribosomes, which are the protein building parts of your cell. Ribosomes use information from the genetic material to make other viral proteins, such as the H and N spikes. A packaging structure in your cell, called the Golgi apparatus, carries the H and N spikes in vesicles which merge with your cell’s membrane. All the parts needed to create a new virus gather just beneath your cell’s membrane. Then a new virus begins to bud off from the cell’s membrane. During this process, the newly created virus gets stuck on your cell’s membrane when a viral H spike locks onto membrane receptors. However, the virus has a way to get around this problem. The viral N spike frees the virus by cutting it away from the receptor. New influenza viruses are now free to infect more of your cells and cause you to develop the flu. If you have the flu, your doctor may prescribe Oseltamivir, which you would take orally, or Zanamivir, which you would take using an inhaler, to help speed your recovery or reduce your risk for complications. These anti-viral drugs stop the influenza virus by blocking the viral N spike from freeing the virus. This causes the new viruses to stick to the surface of your cell, so they cannot escape and infect more of your cells. The best way to protect yourself from the flu is to get the flu vaccine every year. You may receive the vaccine as a shot, which contains dead versions of several types of the virus, or you may receive it as a nasal spray, which contains several types of live, but very weak, forms of the virus. The vaccine exposes your body to several types of the influenza virus that are too weak to cause infection but just strong enough to stimulate an immune response. Within two weeks, cells in your immune system make markers called antibodies, which are specific for only the types of flu you were exposed to. The antibodies attach to each flu virus and prevent it from attaching to your cells. Antibodies are also able to attach to more than one flu virus, which causes viruses to clump together. Your immune system responds to signals from the antibodies by engulfing and destroying the clumps of viruses. Later, if you are exposed to these types of flu again, your body recognizes and destroys them, so you will not develop the flu from these same viruses. For continued protection against new flu viruses, you will need to get a flu vaccine every year.
Did you know that there are more than 320,000 viruses that can infect mammals? One of the most talked-about viruses nowadays is SARS-CoV-2, which causes COVID-19, but it is not the deadliest. There are other even more lethal viruses that are the stuff of nightmares.
This might leave you wondering where these viruses come from and how they can kill you. In our video, we explore all these questions and bring you a specific list of the deadliest viruses. The candidates on that list may surprise you.
For instance, rabies is one of the most dangerous viruses around. The virus causes about 56,000 deaths per year in more than 95 percent of Africa and Asia.
It is mostly transmitted from domestic dogs, but bats and rats also play a minor role. One bite from an infected animal can result in inflammation of the brain, nausea, vomiting, violent movements, and even a fear of water.
By then, it’s too late for the infected individual, and death typically occurs after a few days due to cardio-respiratory arrest.
Rabies is only one of the most lethal viruses on Earth right now. If you’re curious about our other picks and how they affect humans, watch our video to find out more.
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Dangers of smoking | Health | Biology | FuseSchool
Did you know that smokers are twice as likely to have a heart attack? And that one in two smokers will die from a smoking-related disease.
In fact all of these things are negatively affected by smoking… pretty much every organ in your body!
Circulation; Heart; Lungs; Mouth and throat; Stomach; Brain; Skin; Reproduction and fertility; Bones
We all know that smoking is bad, but do you know why?
That’s what we’re going to discover in this video.
When you pass someone smoking, does it make you cough or your chest feel tight?
Perhaps you thought it was the smell? It’s actually because you’re inhaling dangerous substances into your body.
Nicotine is a toxin that stimulates your body to produce adrenaline. This increases your heart rate and raises your blood pressure, thus making your heart work harder. It is also addictive, which is why it’s very difficult for smokers to quit.
Tar contains over a thousand chemicals. It forms a tacky brown or yellow residue – which is why some smokers have stained teeth. And if you could see them – stained lungs too.
Some of the chemicals in tar are carcinogens – so they cause cancer, making lung, mouth and throat cancers more common in smokers.
The last culprit you need to know about is Carbon Monoxide. It is an odourless, colourless and extremely poisonous gas. The carbon monoxide permanently binds to haemoglobin in your blood, blocking oxygen from binding.
So oxygen can’t be transported around the body and used for respiration, causing shortness of breath and fatigue. Your heart once more has to beat even faster to supply the body with the oxygen it needs.
Let’s now look at some diseases caused by smoking…
Emphysema is when the tiny structures in your lungs called alveoli, break down.
As alveoli are responsible for gas exchange, this is not good news. The inhaled smoke causes the walls of the alveoli to weaken and decrease in surface area, making gas exchange less efficient. Unsurprisingly, breathing becomes much harder and smokers are much more at risk of coughs and chest infections.
Smoking also causes the cilia in the lungs to become irritated, and produce excess mucus.
So that’s the lungs. And we saw earlier that nicotine and carbon monoxide make the heart work much harder.
Now the blood vessels.
Plaque building up in the coronary arteries, so the ones that transport oxygen rich blood around the heart, can over time cause a blood clot to form, which cuts off some of the heart muscle and causes it to die. This is the most common cause of heart attacks.
So we’ve seen that smoking increases your risk of heart, lung, kidney disease, strokes and cancers.
Smoking can also make your bones more brittle and so more likely to break. And also it can greatly reduce fertility in both men and women.
So, now you know some of the harmful effects smoking has on your body and why we’re told not to do it. But the good news… once you stop smoking, your health improves and your body will begin to recover. It’s never too late to give up!
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Cigarettes aren’t good for us. That’s hardly news — we’ve known about the dangers of smoking for decades. But how exactly do cigarettes harm us, and can our bodies recover if we stop? Krishna Sudhir details what happens when we smoke — and when we quit.
Lesson by Krishna Sudhir, directed by TED-Ed.
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Top 10 Terrible Things Smoking Does to Your Body
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It’s not very healthy, to say the least. From cataracs, to infertility, to cancer, these are just some of the disgusting things that smoking can cause. WatchMojo counts down the Top 10 Terrible Things Smoking Does to Your Body.
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#10. It Causes Cataracts
#9. It Weakens the Immune System
#8. It Increases the Visible Signs of Aging
#7. It Causes Infertility
#6. It Weakens Your Bones
#5. It Causes Gum Disease, Bad Breath, and Tooth Loss
#4. It Makes Your Blood Thicker
#3, #2 & #1???
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Dig into the history of pandemics to learn how viruses and disease spreads and what we can do to stop future outbreaks.
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In our increasingly globalized world, a single infected person can board a plane and spread a virus across continents. Mark Honigsbaum describes the history of pandemics and how that knowledge can help halt future outbreaks.
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They can be spread in many ways; by direct contact, by water or by air. Different pathogens are spread by different mechanisms.
How can transmission be reduced or prevented?
Depending upon which disease you are trying to reduce transmission for, depends upon which methods you need to engage.
Simple hygiene measures can reduce or prevent the spread of many diseases, including flu and the common cold.
To reduce or prevent cholera and other diarrhoea causing pathogens, communities need access to safe drinking water, adequate sanitation so that dirty water is not exposed and basic hygiene needs such as washing hands properly, boil water properly and keep surfaces clean.
Malaria and yellow fever both have mosquitos as their vector, and lyme disease uses ticks. A vector is an organism that has an active role in transmitting pathogens from one host to another. To prevent or reduce infection from vector borne diseases, the vectors need to be controlled or humans protected against the vector such as wearing mosquito repellent and wearing long sleeved clothing. Insecticide and spraying techniques can be used to reduce the populations of the vectors, but this is trickier and more expensive.
If a disease is highly contagious, such as rabies, people may need to be isolated to prevent the infection spreading to others.
Vaccinations are also an option for preventing and reducing pathogens. Vaccinations involve putting a small amount of inactive or dead pathogen into the body, which stimulates the body to produce antibodies against the specific pathogen. This enables the body to be prepared to attack and destroy this pathogen if they are infected in future.
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Let’s watch this animation to learn about some disease-causing microorganisms in human beings and what we can do to prevent these diseases.
