Rheumatic Heart Disease Is Caused By

In this disease the heart valve is damaged by an under-treated or untreated streptococcal infection like scarlet fever or. The heart valves can be inflamed and become scarred over time.

22 Rheumatic Heart Disease Ideas Rheumatic Fever Heart Disease Disease

This is an inflammatory disease that can affect many connective tissues especially in the heart joints skin or brain.

Rheumatic heart disease is caused by. Rheumatic heart disease is caused by rheumatic fever. Ad MT4 MT5 cTrader Web Trading Mobile trading Android iOS Trading Algoritma. RF can affect numerous body tissues including the heart joints skin and brain tissue.

Rheumatic heart disease is caused by rheumatic fever an inflammatory disease that can affect many connective tissues especially in the heart joints skin or brain. This condition can be chronic and last a lifetime or only cause short term effects on the heart. What causes rheumatic heart disease.

RHD is caused by a bacterial infection called Streptococcus. Rheumatic fever is a fairly uncommon disease in developed countries. RA is a systemic disease and can affect major body organs such as eyes lungs skin heart kidneys and nervous and gastrointestinal systems.

The disease results from damage to heart valves caused by one or several episodes of rheumatic fever an autoimmune inflammatory reaction to throat infection with group A streptococci streptococcal pharyngitis or strep throat. Rheumatic fever is an inflammatory disease caused by group A Streptococcus bacteria responsible for causing strep throat infections and it precedes the development of rheumatic heart disease. Ad Emuaid Gave Me My Life Back I Am So Thankful For This Amazing Product.

Rheumatic Heart Disease or RHD is a disorder in which permanent damage is caused to heart valves by rheumatic fever. This disease results from an abnormal autoimmune response to group A streptococci infection in a genetically susceptible host. Rheumatic heart disease and claims over 291000 lives each year - the large majority in low- or middle-income countries.

Ad Come see the premier Cardiology group in Katy Texas. Rheumatic heart disease is a sequelae of rheumatic fever that affects heart valves. Ad Emuaid Gave Me My Life Back I Am So Thankful For This Amazing Product.

Ad Come see the premier Cardiology group in Katy Texas. It can also affect the blood and cause. Rheumatic heart disease is a major problem in developing countries and is the cause of most of the cardiovascular mortality in young people leading to about 250000 deaths per year worldwide.

Rheumatic heart disease is a heart condition that is caused by rheumatic fever. The heart valves can be inflamed and become scarred over time. Rheumatic fever occurs after an episode of strep throat or sore throat due to group A beta hemolytic streptococci.

Rheumatic heart disease RHD is a heart disease in which the heart valves become distorted over time. June 2 2020. Ad MT4 MT5 cTrader Web Trading Mobile trading Android iOS Trading Algoritma.

How Is Radon Produced

Radon is a naturally occurring radioactive gas. Even if its in small amounts this production of radon gas releases radiation.

Pin On Radon Facts

The decay of radon-222 with emission of an alpha particle is followed within about an hour by a series of four further decays two of them accompanied by emission of alpha particles and the other two accompanied by other types of radiation.

How is radon produced. Radon is created from the decay of radioactive elements that naturally occur in rocks and stones in the soil. It forms naturally from the decay breaking down of radioactive elements such as uranium which are found in different amounts in soil and rock throughout the world. Underground basements are especially concerning.

Why is radon a problem. Radon is unique from the other uranium decay products because it is a gas and as a gas it is capable of migrating from the location of the original uranium atom into the surrounding soil gas. Along this decay chain one of the elements that is produced is the naturally occurring material called radon.

There is no industrial or laboratory production of it since ot has no practical use and is highly radioactive. The gas moves up through the soil to the surface where it can enter homes schools and the workplace through cracks and other holes in the foundation. Its then released into the air.

Radon gas is inert colorless and odorless. Why is radon a problem. The problem occurs when radon gas enters your home and gets trapped.

The problem occurs when radon gas enters your home and gets trapped. Radon is a colorless odorless radioactive gas. Radon results from the natural breakdown of uranium in soil and it typically moves from the ground into a home through cracks or holes in a homes.

It was first discovered as a radioactive gas produced from radium as it decayed. Outdoors radon disperses rapidly and generally is not a health issue. Radon gas becomes trapped indoors after it enters buildings through cracks and other holes in the foundation.

Well that is if theres not a building in the way. Well as stated previously radon gas is created naturally by a breakdown of uranium. It is radioactive with a half-life of 38 days decaying by the emission of alpha particles to polonium bismuth and lead in successive steps.

Radon comes from the breakdown of naturally-occurring radioactive elements such as uranium and thorium in soils and rocks. Most radon exposure occurs inside homes schools and workplaces. Radon is a colourless odourless radioactive gas.

Radon is a colorless odorless radioactive gas thats produced by decaying uranium. Radon normally rises from the depths of the earth and disperses into the atmosphere harmlessly. Radon is a colorless odorless radioactive gas thats produced by decaying uranium.

Radon is naturally produced by the radioactive decay of Uranium through Radium. Radioactive elements decay and emit radiation. It is formed by the radioactive decay of the small amounts of uranium that occur naturally in all rocks and soils.

Its present in nearly all soils and very low levels of radon are found in the air we breathe every day according to the American Cancer Society. The overall decay of radioactive elements creates radon gas which can find its way in our air soil and water supply. Why is it a risk to our health.

As part of the radioactive decay process radon gas is produced. It is a natural gaseous byproduct of the decay of uranium a radioactive mineral that exists at various concentrations in the crust of the earth. Radon is produced naturally from the decay of the isotope radium-226 which is found in rocks.

Radon present in nearly all soils and very low levels of radon gas are found in the air we breathe every day. If there is radon in the ground below your home it will find its way through cracks gaps and porous materials into your home. Radon gas in the soil and rock can move into.

There is a detectable amount in the Earths atmosphere. Its produced when uranium thorium and radium break down in soil rock and water. Radon is naturally in the atmosphere in trace amounts.

Fatty Liver To Cirrhosis Timeline

It can then lead to cirrhosis liver scarring so its critical to know about cirrhosis of the liver the last stage before death. Inflammation is a sign that your bodys immune system is healing up an injury or combating an infection.

Non Alcoholic Fatty Liver Disease And Obesity Mexico Bariatric Center

Abdominal pain or a feeling of fullness in the upper right side of the abdomen belly.

Fatty liver to cirrhosis timeline. I have been diagnoised with cirrhosis of the liver since 2011 and have stayed in compensated stage. How long do I have to live. However this condition can progress to more serious stages involving conditions like hepatitis.

I have stage 4 liver disease and am i the compensated stage of stage 4. Fatty liver does not alter liver architecture while cirrhosis does. The timeline of how cirrhosis causes death starts from simple inflammation.

This fat can impact your livers ability to function. If you do have symptoms they may include. The first stage involves people with higher-than-average fat in their livers.

Fatty liver may be cured completely with diet and anti-lipid agents while cirrhosis. Simply abstaining from alcohol will resolve the issue in about 6 weeks or so. My hepitatis C was diagnoised in 2010 and I had lived with it 10 years.

Life expectancy depends on the stage and type. Fatty liver does not cause liver failure while cirrhosis does. Fatty liver is a reversible condition while cirrhosis is not.

This is the earliest stage of liver disease regardless of the cause. While endstage NAFLD currently accounts for 4 to 10 of liver transplants this may soon rise. I had a fatty liver as a child and am genetically prone to liver cancer.

Age activity of steatohepatitis and established fibrosis predispose to cirrhosis which has a 7- to 10-year liver-related mortality of 12 to 25. People with fatty liver disease often have no symptoms until the disease progresses to cirrhosis of the liver. Its usually considered the first stage of alcohol-related liver disease.

Many things can eventually lead to cirrhosis including. Your doctor will use your CAP score to grade how much fatty change has happened in the liver. A CAP score is measured in decibels per meter dBm and ranges from 100 to 400 dBm.

Damage to your liver builds up over stages affecting your livers ability to function. Fatty liver does not lead to acute symptoms even in late disease unlike in cirrhosis. Fatty liver does not interfere with liver function while cirrhosis does.

I felt greatdidnt suffer any side effectsthen my doctor did a routine blood testmy liver function test had more than tripled in 2 yearsI was told a normal test should read between 0 and 45 mine was 35two years later and another blood test it was 110I felt finemy doctor told me if I didnt stop I was headed to getting cirrhosis of the liverI did stop and 3 months later my levels were. Aside from being inflamed your liver may also become enlarged and tender. It is a serious condition causing scarring and permanent damage to the liver.

In stage 1 liver cirrhosis patients often suffer from fatigue and extreme lack of energy. Heavy drinking damages your liver and prevents it from breaking down fats efficiently enough which will increase fat in your liver. Liver failure can be either acute comes on quickly or chronic occurs gradually over time.

Cirrhosis of the liver is one of the final stages of liver disease. The table here shows ranges of CAP scores the matching steatosis grade and the amount of liver with fatty change. Many cases of cryptogenic cirrhosis are likely endstage NASH.

The liver presents as inflamed and because of the inflammation it will work to heal itself causing.

Blood Test Cholesterol Levels

Levels may be higher if you take medication to. Your total cholesterol and HDL good cholesterol are among numerous factors your doctor can use to predict your lifetime or 10-year risk for a heart attack or stroke.

High Cholesterol Levels Causes Risk Factors Symptoms Treatments

Total cholesterol the total amount of cholesterol in your blood HDL high-density lipoprotein good cholesterol LDL low-density lipoprotein bad cholesterol.

Blood test cholesterol levels. American heart association recommends adults at the age of 20 or more to get a Cholesterol blood test every 4-6 years and to display the charts to find out Cholesterol level. Learn more about cholesterol tests and how to interpret them. The test presents a report which shows Cholesterol levels in each MgDL in blood.

Fasting blood tests can measure cholesterol and triglyceride levels in the blood. Routine blood tests can show whether your cholesterol levels are healthy. The good cholesterol or HDL and the bad cholesterol or LDL.

The cholesterol test is usually done after fasting ie. There are two types of cholesterol. To help get your cholesterol levels into the healthy range you may need heart-healthy lifestyle changes or medicines.

Cholesterol levels are measured in millimoles per litre mmolL in the UK. Your test results will show your cholesterol levels in milligrams per deciliter of blood mgdL. The government recommends the general population aims for under 5 mmolL of total cholesterol TC levels but three out of five adults in the UK have levels of 5 mmolL or above.

No food pills or drinks for at least 9-12 hours. Cholesterol is usually measured in milligrams mg of cholesterol per deciliter dL of blood. Learn more about cholesterol tests and how to interpret them.

Before the test youll need to fast not eat or drink anything but water for 9 to 12 hours. The good cholesterol or HDL and the bad cholesterol or LDL. High cholesterol levels in the blood can lead to heart attack stroke and peripheral vascular disease.

The test gives information about your Total cholesterol - a measure of the total amount of cholesterol in your blood. A healthy cholesterol range for you may depend on your age family history lifestyle and other risk factors. Cholesterol in adults The American Heart Association recommends that all adults have their cholesterol checked every 4 to 6 years starting at age 20.

This test also called a lipoprotein profile or lipoprotein analysis measures. It is quite easy to detect high cholesterol through the way of blood testing. Creatine Kinase CK Why is the creatine kinase CK test important.

Insulin is a hormone made by the pancreas to control blood sugar. There are two types of cholesterol. High levels are associated with obesity high cholesterol levels diabetes heart and blood vessel disease and stroke.

As stated by doctors guidelines every individual above the age of 20 years should get the cholesterol levels checked regularly at least once every five years. So your HDL cholesterol should be above 1mmolL in men and above 12mmolL in women ideally around 14mmolL. The information below shows how the different types of cholesterol measurements are categorized.

Currently our specialists believe that levels above this may not provide additional. High cholesterol levels in the blood can lead to heart attack stroke and peripheral vascular disease. A cholesterol blood test measures the amount of cholesterol in the body.

Your HDL cholesterol high density lipoprotein or good cholesterol helps clear the cholesterol out of your arteries while your LDL cholesterol low density lipoprotein or bad cholesterol can clog them up. A blood test called a lipoprotein panel can measure your cholesterol levels. A cholesterol blood test measures the amount of cholesterol in the body.

How Does A Reverse Osmosis Filter Work

Reverse osmosis filters come in various sizes as well as micron values one millionth of a meter for filtering out different substances. We touched on this earlier but a proper reverse osmosis water filter works by pushing water through a membrane to remove impurities.

What Is A Reverse Osmosis System And How Does It Work Fresh Water Systems

Pressure is applied to push contaminated water through a series of filters and semipermeable membranes.

How does a reverse osmosis filter work. How Does Reverse Osmosis Work. Reverse osmosis is a great filtration method to choose when it comes to protecting your home and family. The first step involved with a reverse osmosis filter system is generally known as prefiltration.

Millions of American households and businesses install Reverse Osmosis RO because. Here we will outline all the necessary information about. RO produces great-tasting water.

These can range from 2 microns getting progressively larger eg 05 15 10 20 up to 50 microns. In the most simple terms reverse osmosis is a filtration process that reduces the number of contaminants found in water. In Stage 2 the water passes through an activated carbon filter similar in.

Next is the purification phase where water is forced through a fine membrane created to eliminate almost all impurities including TDS total dissolved solids like. For drinking water this process is usually made up of 4 stages. Unless volatile chemicals like chlorine are removed by carbon filtration before they enter the distiller they will be released into the room air or they will end up in the distilled water.

An entirely separate faucet is then installed on your sink fed from the storage tank below. First foremost the reverse osmosis system filters the impure water with the help of a carbon cartridge eliminating sediments chlorine. Stages of Reverse Osmosis Water Filtration 1.

After water exits the RO membrane it passes through a postfilter to polish the drinking water before it enters a dedicated faucet. This exclusion of larger molecules virtually removes all contaminants from the water. A reverse osmosis system is connected to the water supply under your sink where the water passes through three to five filters to achieve purity.

When you turn on your tap water passes through the filters before being forced at a high pressure against the semi-permeable membrane at a constant rate. People often ask questions about how reverse osmosis water filters work and how effective they are to use. How do Reverse Osmosis System Works.

Water flows from one side of the RO membrane to the other removing all contaminants and impurities making the water safe for drinking. Most reverse osmosis systems do this by using a high-pressure pump which forces water through the membrane while redirecting anything that doesnt go through. Reverse osmosis is a pretty simple concept.

Reverse osmosis with the carbon filters that accompany it does a very good job with chloramines. Once you have a reverse osmosis filtration system installed all it needs to do is to have its intake pump set-up at the water source. In simple terms a reverse osmosis water filter works as water is forced across a semi-permeable membrane leaving contaminants behind that are flushed down the drain.

A reverse osmosis system removes sediment and chlorine from water with a prefilter before it forces water through a semipermeable membrane to remove dissolved solids. The filtered water is then stored in a storage tank also under the sink. Water flow through a Reverse Osmosis Cartridge.

Reverse osmosis or RO is a filtration method that is used to remove ions and molecules from a solution by applying pressure to the solution on one side of a semipermeable or selective membrane. These filters can catch all sorts of substances including dirt bacteria minerals and other molecules besides water. Dirt rust and sediment suspended within the feed water from the supply are filtered.

Treatment Preparation During pre-treatment larger solids such as carbonic acids and sediments are removed from the water. Substances such as chlorine can clog and damage the reverse osmosis membrane which the water will reach later in the process if its allowed to remain. A reverse osmosis system uses pressure to force water molecules through a semi permeable filter with microscopic pores that are so small they only allow the smallest molecules like water to penetrate through.

The clean drinking water collects in a holding tank. A reverse osmosis RO system typically consists of a series of filters and a semi-permeable membrane which has small pores made from a thin film composite that trap dissolved solids. Prefiltration is done in order to remove the sediment thats present in public tap water.

Water solvent can cross the membrane. Today we would like to explain How Does Reverse Osmosis Water Filter Systems Works The number of impurities and diseases that are caused by water has made it a necessity for every house to have a water purifier. Whether your drinking water comes from a well or municipal supply its possible that harmful contaminants are present.

Reverse osmosis is a type of filtration system that is used to treat unfiltered tap water. Large molecules solute cant cross the membrane so they remain on one side.

Psa Reference Range

A PSA may also be considered abnormal if it rises a certain amount in one year. The median PSA for this age range is 06 to 07 ngml.

Value Of Various Psa Parameters For Diagnosing Prostate Cancer In Men With Normal Digital Rectal Examination

According to these values the reference range of PSA level was more than 4 ngmL normal PSA cutoff point in all age groups.

Psa reference range. The normal range is between 10 and 15 ngml. PSA velocity is the rate of change in a mans PSA level over time expressed as ngmL per year. Although this is not always the case.

A cancer screening test is a test your doctor orders to find cancer early before you have any symptoms. 5069 yrs. The use of age-specific PSA ranges for the detection of prostate cancer is helpful to avoid unnecessary investigations in older men with larger prostate glands typically walnut-sized.

These reference ranges give superior sensitivity with an acceptable trade-off in specificity as compared with the standard range 00 to 40 ng of PSA per milliliter with age-specific reference. Age 70 79. Therefore some urologists recommend using the freetotal ratio to help select which men should undergo biopsy.

PSA velocity and PSA doubling time. PSA is prostate specific antigen a protein made by prostate cells that shows up in your blood with a PSA blood test. When the ratio of free to total PSA is between 0 and 10 percent the risk of having cancer may be as high as 56 percent.

Age 60 69. Some evidence suggests that the rate of. Age 49 or younger.

The definition of physiological PSA levels remains an active debate. PSA is normally present in the blood at very low levels. Age specific PSA reference range.

When this ratio is greater than 25 percent this risk reduces to 8 percent. Median PSA value for men aged 40 to 49 years is 07 ngmL and for men 50 to 59 years is 09 ngmL. However the upper level of normal may vary according to age and race and the PSA test is not diagnostic for prostate cancer.

However age-specific reference ranges have not been generally favored because their use may delay the detection of prostate cancer in many men. Free PSA ranges can vary but in general a higher ratio of free PSA to total PSA is healthier. PSA bound to alpha1antichymotrypsin.

Because PSA tends to rise with age an age-specific PSA reference range was proposed. 25 ngmL is considered safe. Normal levels of total PSA or prostate-specific antigen increase from less than 20 nanograms per milliliter under age 40 to less than 72 nanograms per milliliter above age 80 says Mayo Clinic.

Age 50 59. Total PSA ranges may vary slightly. A PSA value of 40 ngmL alone had a sensitivity of 719 and a specificity of 90.

PSA doubling time is the period of time over which a mans PSA level doubles. Age-specific reference ranges had a sensitivity of 673 and a specificity of 909. For men in their 60s.

Reference range for prostate-specific antigen levels after external beam radiation therapy for adenocarcinoma of the prostate. To determine a reference range for prostate-specific antigen PSA in patients who have had external. According to a review of studies the normal ranges for total PSA in nanograms per milliliter ngmL are.

Total Prostate Specific Antigen PSA is used in the diagnosis and monitoring of therapymanagement of patients with prostate cancer. What are age-specific reference ranges for serum PSA. PSA levels increase with prostate cancer so PSA has been used as a screening test for prostate cancer for many years.

A PSA greater than 25 ngml is considered abnormal. If the PSA level is higher than 10 nanograms per milliliter the risk of prostate cancer is high. The reference range of less than 4 ngmL for the first commercial PSA test the Hybritech Tandem-R PSA test released in February 1986 was based on a study that found 99 of 472 apparently healthy men had a total PSA level below 4 ngmL.

40 to 100 ngmL is suspicious. Age 40 49. A PSA greater than 40 ngml is considered abnormal.

26 to 4 ngmL is safe in most men but talk with your doctor about other risk factors. Biological reference range or cut off. Age Reference range Units.

The total PSA range of 40 to 100 ngmL has been described as a diagnostic gray zone in which the freetotal PSA ratio helps to determine the relative risk of prostate cancer see table below.

How Does Immunity Work

How does community immunity work. This also means that we need to eat the right food.

Human Immune System Diagram How It Works Live Science

Link is external 1 it helps to slow the spread of infectious diseases in two ways.

How does immunity work. The innate immune system is inherited and is active from the moment your child is born. In the United States qualified immunity is a legal principle that grants government officials performing discretionary functions immunity from civil suits unless the plaintiff shows that the official violated clearly established statutory or constitutional rights of which a reasonable person would have known. Maintaining good nutrition is essential for the body to maintain its natural level of immunity and fight diseases.

As a result the whole community becomes protected not just those who are immune. This invasion called an infection is what causes illness. The Immune Systemthe Bodys Defense Against Infection To understand how COVID-19 vaccines work it helps to first look at how our bodies fight illness.

It develops in response to an infection or vaccination. Active immunity is the most common type. Once a receptor recognizes an invader it sends a signal to the T cell via a kinase an enzyme known as interleukin-2-inducible Itk.

It creates a barrier that prevents bacteria and viruses from entering your body. Overall one of the most critical jobs of the immune system is to distinguish self from non-self. These cells are called phagocytes.

These methods expose your immune system to a type of germ or pathogen in vaccinations just a small. If enough people get sick it can lead to an outbreak. Herd immunity occurs when the majority of a population is immune to a disease or virusOtherwise known as community immunity.

People contract the disease and develop an immune response. To protect against viruses the human body has a multi-attack immune arsenal it deploys. April 23 2021 No vaccine side effects dont tell you how well your immune system will protect you from COVID-19 An immunologist explains how coronavirus shots work.

People are often asked what they need to do to maintain the Immune system and how they can acquire the immune system to stop being sick. To protect against viruses the human body has a multi-attack immune arsenal it deploys. The invader is killed inside the immune system cells.

Any macromolecule that is detected as non-self is called an antigen. They produce antibodies that attack the antigens left behind by the. One of the first defense is T cells specialized white blood cells that remember the virus and help.

The acquired immune system. Thus the innate and adaptive immune responses work in concert with each other to provide lasting immunity. It is a form of sovereign immunity less strict than absolute immunity that is.

The cells of this immune system surround and engulf the invader. B-lymphocytes are defensive white blood cells. Often a percentage of the population must be capable of getting a disease in order for it to spread.

How does immunity work. Through a series of steps downstream changes in gene expression then drive the T cell to become either an inflammatory cell or an anti-inflammatory cell. When this system recognizes an invader it goes into action immediately.

Herd immunity occurs when a large portion of a community the herd becomes immune to a disease making the spread of disease from person to person unlikely. The Immune System in Health and Disease. The Immune SystemThe Bodys Defense Against Infection Macrophages media icon are white blood cells that swallow up and digest germs plus dead or dying cells.

Li Geng Yaohua Fan. Some parts of the immune system such as skin. Natural immunity vs vaccination.

Link is external. When germs such as the virus that causes COVID-19 invade our bodies they attack and multiply. The job of your immune system is to protect your body from these infections.

The immune system protects you in three different ways. The immune systems main job is protection it protects us from bacteria parasites and viruses. Germs can travel quickly through a community and make a lot of people sick.

But when enough people are vaccinated against a certain disease the germs cant travel as easily from person to person and the entire community is less likely to get the. The first defense is T cells specialized white blood.