How to Charge Your Cell Phone
1. Find a charger that fits your cell phone. They usually come with the phone. If you have lost yours, see if you have another one that works with your phone or go to the place you bought the phone and see about getting a new one.. Find a charger that fits your cell phone. They usually come with the phone. If you have lost yours, see if you have another one that works with your phone or go to the place you bought the phone and see about getting a new one.


Battery charger
A battery charger, or recharger, is a device used to put energy into a secondary cell or rechargeable battery by forcing an electric current through it. The charging protocol depends on the size and type of the battery being charged.ome battery types have high tolerance for overcharging and can be recharged by connection to a constant voltage source or a constant current source; simple chargers of this type require manual disconnection at the end of the charge cycle, or may have a timer to cut off charging current at a fixed time.


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Make sure you're actually charging your device. Some sources do not have enough juice to power a device that's turned on. If that's the case, instead of the familiar charging battery icon, it will say Not Charging.. If that's the case, you'll need to use either a powered hub, or an AC adapter.Plug the USB end into the power adapter or powered hub, and the business end into your device.Ad.ake sure you're actually charging your device. Some sources do not have enough juice to power a device that's turned on. If that's the case, instead of the familiar charging battery icon, it will say Not Charging.. If that's the case, you'll need to use either a powered hub, or an AC adapter.


5 Phone Charging Myths, Debunked
By Yohana Desta. Don't use your phone while it's charging, don't leave it plugged in overnight and always let it die completely â these are just a few popular myths about smartphone batteries. When it comes to battery life, there are many little rules for what you can and can't do with your smartphone.y Yohana Desta. Don't use your phone while it's charging, don't leave it plugged in overnight and always let it die completely â these are just a few popular myths about smartphone batteries. When it comes to battery life, there are many little rules for what you can and can't do with your smartphone.


5 ways to keep your phone charged in a power outage
Battery charger. A backup charger for your phone or tablet can can keep you linked in longer. Juice packs can be bought for $100 or less (Mophie, for one, makes them for Apple and Android devices) and many of the chargers double as protective cases for your smartphone or tablet.attery charger. A backup charger for your phone or tablet can can keep you linked in longer. Juice packs can be bought for $100 or less (Mophie, for one, makes them for Apple and Android devices) and many of the chargers double as protective cases for your smartphone or tablet.


Solar cell phone charger
Solar cell phone chargers use solar panels to charge cell phone batteries. They are an alternative to conventional electrical cell phone chargers and in some cases can be plugged into an electrical outlet.olar cell phone chargers use solar panels to charge cell phone batteries. They are an alternative to conventional electrical cell phone chargers and in some cases can be plugged into an electrical outlet.


Salomon Mitrani-sevy Md Pa
Salomon Mitrani-sevy Md Pa Information. Salomon Mitrani-sevy Md Pa is registered as an Organization entity type. Salomon Mitrani-sevy Md Pa NPI is 1861701443. You can also contact Salomon Mitrani-sevy Md Pa via phone number (305) 551-6666. The provider is listed as General Practice. About NPI No. NPI: 1861701443 (Organization)


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Medicare Patient Demographics. 1  Total Number of Medicare Patients: 142. 2  Average Age of Medicare Patients: 74. 3  Number of Patients Under Age 65: 0. 4  Number of Patients Age 65 to 74: 60. 5  Number of Patients Age 75 to 84: 60. 6  Number of Patients Over Age 84: 0. 7  Number of Female Patients : 89. 8  Number of Male Patients: 53.


Dr. Salomon Mitrani-Sevy
Dr. Salomon Mitrani-Sevy, MD, is a General Practice specialist in Miami, Florida. He attended and graduated from medical school in 1992, having over 26 years of diverse experience, especially in General Practice. He is affiliated with many hospitals including Larkin Community Hospital, Palm Springs General Hospital, Palmetto General Hospital. Dr.


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NPI Number 1861701443 has the Organization type of ownership and has been registered to the following primary business legal name (which is a provider name or healthcare organization name) â SALOMON MITRANI-SEVY MD PA. Records indicate that the provider gender is . The enumeration date of this NPI Number is 09/30/2010. NPI Number information was last updated on 11/12/2010. The provider is physically located (Business Practice Location) at: 9829 SW 40TH ST MIAMI, FL 33165-3993, US SALOMON MITRANI-SEVY MD PA can be reached at his practice location using the following numbers:


About Dr. Mitrani-sevyDr. Mitrani-sevy
General Practice Dr. Mitrani-sevy is a general practitioner, or GP, in Miami, FL, offering comprehensive medical care for patients of all ages. In some cases, Dr. Mitrani-sevy may provide lifelong care, from childhood through the final years of adulthood.


Dr. Joseph R HunterClinical Psychology
The following information is provided by the Centers for Medicare & Medicaid Services for the year 2014 and depicts the rates of sixteen chronic conditions found in Dr. Mitrani-Sevy's Medicare patients.


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Dr. Salomon Mitrani-Sevy is one of 245 Miami General Practitioners. He has been practicing for 26 years and specializes primarily in General Practice, practicing in Miami, Florida. Advertisement


Dr. Salomon Mitrani-Sevy, MD
Dr. Mitrani-Sevy does not have any memberships or affiliations listed. If you are Dr. Mitrani-Sevy and would like to add memberships or affiliations, please update your profile. These providers are brought to you by and on the medical staff at Mercy Hospital Dr. Henry Paez, MD


Salomon Mitrani-sevy
share on MEDICARE General Practice specialist in Miami FL Dr. Salomon Mitrani-sevy is a General Practice Specialist in Miami, Florida. He graduated with honors in 1992.


About Dr. Mitrani-sevyDr. Mitrani-sevy
Please Note: The information displayed below is sourced from the 2014 Medicare Physician and Other Supplier National Provider Identifier (NPI) Aggregate Report. It's important to remember that the statistics below are not inclusive of all patients treated by Dr. Mitrani-sevy, but only those who participate in Medicare.


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polybutylene piping was used as a substitute for copper water supply piping in many homes that were built from 1978 to 1995in the 1970s polybutylene was marketed as the pipe of the future according to repipe news polybutylene is a plastic resin much cheaper than copper and easy to work witholybutylene piping was used as a substitute for copper water supply piping in many homes that were built from 1978 to 1995


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features you can check to see if you have polybutylene piping outside or inside your home on the outside polybutylene piping is usually blue but some pipes are gray or black the pipes are 1 2 inch or 1 inch in diameterthe pipe enters your home through a crawl space concrete slab or basement floor or wallolybutylene piping was used as a substitute for copper water supply piping in many homes that were built from 1978 to 1995


Polybutylene Piping: Concerns, Risks and Resolutions
shell oil company was from 1977 to 1996 the sole producer of polybutylene resin which was the raw material for the piping it is a saturated polymer that in resin form can be molded into a number of shapes and formsnfortunately if there are polybutylene pipes within the home or leading into the home the best course of action is to replace the pipes entirely by hiring a re pipe specialist an expert can assess the current plumbing replace the pipes and expertly patch up any holes


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the presence of polybutylene pipe can severely affect a home s value on the real estate market what is polybutylene polybutylene is a plastic resin used to make water pipes polybutylene pipe a polymer was manufactured for installation in the united states from the late 1978 to 1995polybutylene was the next big wonder product cheap to produce easy to install and no maintenancehat is the solution if you have polybutylene pipes in your home it is a matter of when not if you will have leaks the only real solution to the polybutylene problem is to completely repipe the potable water system in yourhome


What is Polybutylene?
polybutylene is a type of plastic resin that was used extensively in the manufacture of potable water piping from 1978 until 1995 shell and dupont were two of the primary manufacturers of the polybutylene also known as pb piping and fittingsolybutylene is a type of plastic resin that was used extensively in the manufacture of potable water piping from 1978 until 1995 shell and dupont were two of the primary manufacturers of the polybutylene also known as pb piping and fittings


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any repair to the piping is strictly temporary what is the solution if you have polybutylene pipes in your home it is a matter of when not if you will have leaks the only real solution to the polybutylene problem is to completely repipe the potable water system in yourhomehat is the solution if you have polybutylene pipes in your home it is a matter of when not if you will have leaks the only real solution to the polybutylene problem is to completely repipe the potable water system in yourhome


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replacing polybutylene piping in the home unfortunately if there are polybutylene pipes within the home or leading into the home the best course of action is to replace the pipes entirely by hiring a re pipe specialist an expert can assess the current plumbing replace the pipes and expertly patch up any holesnfortunately if there are polybutylene pipes within the home or leading into the home the best course of action is to replace the pipes entirely by hiring a re pipe specialist an expert can assess the current plumbing replace the pipes and expertly patch up any holes


POLYBUTYLENE PLUMBING: WAITING TO BURST
polybutylene pipe was thought to be the plumbing product of the future in the late 1970s it was cheap flexible and easy to install what was not anticipated was that chlorine in city water supplies attacks the pipe from the inside outbursting polybutylene pipe has caused extensive damage to homes across the countryhe most common place to find polybutylene pipe is in feed pipes for toilets and sinks this gray flexible pipe is still available it was used by many do it yourselfers for routine plumbing maintenance replacing these pipes is easy and inexpensive and can be done by the average homeowner


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when polybutylene piping is identified during an inspection the inspector should always include a recommendation for further evaluation by a qualified plumber it is that recommendation that always gets the client the seller and the agents asking the same questionshe polybutylene pipes can look just fine on the outside one day and the next day either the pipe the fitting or the crimp ring can fail and then the water flow floods the home the best recommendation is to have an plumber who is experienced with polybutylene piping failures evaluate the system


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the first problem was was the the polybutylene fittings which would burst the polybutylene fitting where replaced with copper fittings the second problem was the chlorine treated water city water is typically treated with chlorine made the pipe brittle and then they would crack and splithe first problem was was the the polybutylene fittings which would burst the polybutylene fitting where replaced with copper fittings the second problem was the chlorine treated water city water is typically treated with chlorine made the pipe brittle and then they would crack and split


Climate of Hawaii
A 25-year, 24-hour storm event means the maximum 24-hour precipitation event with a probable recurrence interval of once in 25 years, as defined by the National Weather Service. For Arizona, the range is approximately 2.5 inches to 6.0 inches in a 24-hour period. 25-year, 24-hour storm event means the maximum 24-hour precipitation event with a probable recurrence interval of once in 25 years, as defined by the National Weather Service. For Arizona, the range is approximately 2.5 inches to 6.0 inches in a 24-hour period.


Floods: Recurrence intervals and 100-year floods (USGS)
The recurrence interval is based on the probability that the given event will be equalled or exceeded in any given year. For example, assume there is a 1 in 50 chance that 6.60 inches of rain will fall in a certain area in a 24-hour period during any given year.Thus, a rainfall total of 6.60 inches in a consecutive 24-hour period is said to have a 50-year recurrence interval.100-year floods can happen 2 years in a row. Statistical techniques, through a process called frequency analysis, are used to estimate the probability of the occurrence of a given precipitation event.


Floods: Recurrence intervals and 100-year floods (USGS)
Likewise, the term 100-year storm is used to define a rainfall event that statistically has this same 1-percent chance of occurring. In other words, over the course of 1 million years, these events would be expected to occur 10,000 times.100-year floods can happen 2 years in a row. Statistical techniques, through a process called frequency analysis, are used to estimate the probability of the occurrence of a given precipitation event.


What exactly is a 2- year storm event? 5
It also means that the average rainfall rate is 0.1146 inches per hour for that 24 hour duration. Because 2.74inches/24 hours = 0.1146 inches per hour.It does not, however, mean that the peak rainfall rate for this rain storm period is 0.1146 inches.Peak intensity will be higher because the rainfall intensity varies within that 24 hours.t also means that the average rainfall rate is 0.1146 inches per hour for that 24 hour duration. Because 2.74inches/24 hours = 0.1146 inches per hour.


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Since the volume of runoff is calculated by using the 2 year 24 hour rainstorm INTENSITY (inches/hour), should I use the 2 year 24 hour rainstorm PRECIPITATION DEPTH (inches) for the average rainfall event? If so, what, then, is my rainfall event interval?24 hours? 2 years? I need to convert this to seconds to calculate the minimum drawdown rate, but don't know what the interval is. With real numbers, the 2 year 24 hour intensity is 0.13 in/hr and the 2 year 24 hour depth 3.14 inches.ince the volume of runoff is calculated by using the 2 year 24 hour rainstorm INTENSITY (inches/hour), should I use the 2 year 24 hour rainstorm PRECIPITATION DEPTH (inches) for the average rainfall event? If so, what, then, is my rainfall event interval?


Wisconsin
Likewise, a 50-year rainfall event has a 1 in 50 or 2% chance of occurring in a year. In addition, each locality has its own criteria for how much rain must fall within 24 hours to classify as a particular rain event.See chart below for other rainfall events.ikewise, a 50-year rainfall event has a 1 in 50 or 2% chance of occurring in a year. In addition, each locality has its own criteria for how much rain must fall within 24 hours to classify as a particular rain event.


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In the example below for Wisconsin, this is Technical Paper 40, which provides data for a range of rainfall frequencies of 1â24 hours. Step 2. Locate in the downloaded document the isopluvial map for your state that shows 2-year, 24-hour rainfall in inches.ince the volume of runoff is calculated by using the 2 year 24 hour rainstorm INTENSITY (inches/hour), should I use the 2 year 24 hour rainstorm PRECIPITATION DEPTH (inches) for the average rainfall event? If so, what, then, is my rainfall event interval?


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The RWQCB allows the use of 85th percentile 24-hour rainfall event or the 0.75-inch event for Standard Urban Storm Water Mitigation Plan (SUSMP) and Best Management Practices (BMP) design hydrologic studies. The 85th percentile 24-hour rainfall depths vary from 0.30 to 1.50 inches within the County of Los Angeles.he RWQCB allows the use of 85th percentile 24-hour rainfall event or the 0.75-inch event for Standard Urban Storm Water Mitigation Plan (SUSMP) and Best Management Practices (BMP) design hydrologic studies. The 85th percentile 24-hour rainfall depths vary from 0.30 to 1.50 inches within the County of Los Angeles.


Common Rainfall Issues
P2 is the 2-year 24-hour precipitation depth. It is used when calculating the time-of-concentration with the TR-55 Sheet Flow method. In general, P2 will not be the same as the project's current rainfall depth.ather than having to re-enter the rainfall depth for each return period (10-year, 25-year, etc.) event, you can create unlimited event definitions within each project. This makes it easy to switch between events, and lets you run multi-event reports and data export.


Why do 100 year events happen so often?
As an example, for Melbourne, a rainfall amount of 48.2 mm in 1 hour can be expected to be equalled or exceeded on average once every 100 years. In this case, the ARI is 100 years and the AEP is 1%.It is important to note that an ARI of, say, 100 years does not mean that the event will only occur once every 100 years.s an example, for Melbourne, a rainfall amount of 48.2 mm in 1 hour can be expected to be equalled or exceeded on average once every 100 years. In this case, the ARI is 100 years and the AEP is 1%.


Sulfur dioxide and coal
See here for help on adding material to CoalSwarm. Coal-fired power plants are the largest human-caused source of sulfur dioxide, a pollutant gas that contributes to the production of acid rain and causes significant health problems, particularly through its role in forming particulates.cid rain is rain saturated with chemicals like sulfur dioxide and nitrogen oxide, which causes acidification of lakes and streams and contributes to the damage of trees at high elevations and many sensitive forest soils.


Natural Gas and the Environment
Burning coal in power plants emits sulfur dioxide and nitrogen oxides. Sulfur dioxide and nitrogen oxides react with precipitation in the atmosphere to form acid rain. Burning coal also produces particulate matter. Coal-fired and oil-fired power plants are also called fossil-fueled power plants.Oil-fired power plants generate only 1 percent of the country's electricity. About 60 percent of sulfur dioxide emissions, 50 percent of mercury emissions, and 13 percent of nitrogen oxide emissions come from fossil-fueled power plants.oal-fired and oil-fired power plants are also called fossil-fueled power plants. Oil-fired power plants generate only 1 percent of the country's electricity. About 60 percent of sulfur dioxide emissions, 50 percent of mercury emissions, and 13 percent of nitrogen oxide emissions come from fossil-fueled power plants.


Sulfur Dioxide
Chemical reference number (CAS). Sulfur dioxide, SO 2, is a colorless gas or liquid with a strong, choking odor. It is produced from the burning of fossil fuels (coal and oil) and the smelting of mineral ores (aluminum, copper, zinc, lead and iron) that contain sulfur.Sulfur dioxide dissolves easily in water to form sulfuric acid. Sulfuric acid is a major component of acid rain.eople who live near industrial sources of sulfur dioxide may be exposed to it in the air. You are most likely to be exposed if you work in industries where SO2 is produced, such as copper smelting or power plants, or where SO2 is used like the production of sulfuric acid, paper, food preservatives or fertilizers.


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Emissions of sulfur dioxide (SO 2) and nitrogen oxides (NO x) from the electric power sector in 2012 declined to their lowest level since the passage of the Clean Air Act Amendments of 1990.ecause coal-fired units accounted for a large share of SO 2 and NO x emissions, the program provided an economic incentive for coal-fired power plants to reduce emissions by installing pollution control systems, burning lower sulfur coal, or, for high-emitting plants, dispatching less electricity.


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Sulfur dioxide is a colorless gas that can be released into the air through various manufacturing processes, particularly through the combustion of coal for power generation.SO 2 is also released to the air from natural sources, but on average, human activities are the predominant global source.oal is not a pure carbon; most coal contains other chemicals, including sulfur. When coal is burned, the sulfur combines with the oxygen in the combustion air to produce SO 2, which is emitted into the air through a plant s stacks.


Sulfur dioxide and coal
In December 2010, plant experts, scientists, environmentalists and ranchers stated that they believe sulfur dioxide pollution from coal-fired power plants is slowly killing vegetation across Texas, in particular pollution from the Fayette Power Project in Texas.cid rain is rain saturated with chemicals like sulfur dioxide and nitrogen oxide, which causes acidification of lakes and streams and contributes to the damage of trees at high elevations and many sensitive forest soils.


How economics solved acid rain
Decades ago, sulfur dioxide pollution âmostly from coal-fired power plantsâwas causing acid rain and snow, killing aquatic life and forests.ecades ago, sulfur dioxide pollution âmostly from coal-fired power plantsâwas causing acid rain and snow, killing aquatic life and forests.


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You can be exposed to sulfur dioxide at work if you work in facilities that produce sulfur dioxide as a by-product, such as copper smelting plants and electric power plants. You can also be exposed if you work in the manufacturing of sulfuric acid, paper, food preservatives, or fertilizers.ulfur dioxide is a colorless gas with a pungent and suffocating odor, similar to a just-struck match. It has an acidic taste and is a liquid when under pressure. Sulfur dioxide is formed when fuel containing sulfur, such as coal and oil, is burned. The chemical symbol for sulfur dioxide is SO2.


Publication
Sulfur Emissions and Midwest Power Plants. Sulfur emissions from power plants form some of the most harmful common air pollutants. Power plants release more sulfur in to the atmosphere than any other emissions sources. Sulfur emissions form some of the most harmful and environmentally damaging pollutants in our air.Each year, uncontrolled power plants release twice as much sulfur into the air as cars, factories and trucks combined.Most of this power plant sulfur (94% nationally, 99% in the Midwest states) comes from burning coal to produce our electricity.ower plants release more sulfur in to the atmosphere than any other emissions sources. Sulfur emissions form some of the most harmful and environmentally damaging pollutants in our air. Each year, uncontrolled power plants release twice as much sulfur into the air as cars, factories and trucks combined.


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In this article. Premenstrual dysphoric disorder, or PMDD, is a severe form of premenstrual syndrome (PMS). The symptoms of PMDD are similar to those of PMS but are severe enough to interfere with work, social activities, and relationships.he symptoms of PMDD can include any of the following: 1  Mood swings. 2  Depressed mood or feelings of hopelessness. 3  Marked anger, increased interpersonal conflicts. 4  Tension and anxiety. 5  Irritability.


Premenstrual Dysphoric Disorder (PMDD)
Premenstrual dysphoric disorder (PMDD) can be considered a severe form of premenstrual syndrome (PMS). Both PMS and PMDD are characterized by unpleasant physical and psychological symptoms that occur in the second half of a woman's menstrual cycle, most commonly in the days preceding the menstrual period. Premenstrual dysphoric disorder (PMDD) can be considered to be a severe form of premenstrual syndrome (PMS), with symptoms that interfere with daily activities and functioning.


Premenstrual dysphoric disorder: Different from PMS?
Premenstrual dysphoric disorder (PMDD) is a severe, sometimes disabling extension of premenstrual syndrome (PMS). Although regular PMS and PMDD both have physical and emotional symptoms, PMDD causes extreme mood shifts that can disrupt your work and damage your relationships.In both PMDD and PMS, symptoms usually begin seven to 10 days before your period starts and continue for the first few days that you have your period.lthough regular PMS and PMDD both have physical and emotional symptoms, PMDD causes extreme mood shifts that can disrupt your work and damage your relationships. In both PMDD and PMS, symptoms usually begin seven to 10 days before your period starts and continue for the first few days that you have your period.


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A much more severe form of the collective symptoms known as premenstrual syndrome (PMS), premenstrual dysphoric disorder (PMDD) affects approximately 3 percent to 8 percent of women of reproductive age and is considered a severe and chronic medical condition that requires attention and treatment. much more severe form of the collective symptoms known as premenstrual syndrome (PMS), premenstrual dysphoric disorder (PMDD) affects approximately 3 percent to 8 percent of women of reproductive age and is considered a severe and chronic medical condition that requires attention and treatment.


Premenstrual dysphoric disorder
Symptoms [edit]. Premenstrual dysphoric disorder (PMDD) is a severe form of premenstrual syndrome (PMS). Like PMS, premenstrual dysphoric disorder follows a predictable, cyclic pattern. Symptoms begin in the late luteal phase of the menstrual cycle (after ovulation) and end shortly after menstruation begins.remenstrual dysphoric disorder (PMDD) is a severe form of premenstrual syndrome affecting 3â8% of women.


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1 Premenstrual dysphoric disorder (PMDD) can be considered to be a severe form of premenstrual syndrome (PMS), with symptoms that interfere with daily activities and functioning.2  PMDD occurs in 3% to 8% of menstruating women. Premenstrual dysphoric disorder (PMDD) can be considered to be a severe form of premenstrual syndrome (PMS), with symptoms that interfere with daily activities and functioning.


Premenstrual Dysphoric Disorder (PMDD)
Premenstrual dysphoric disorder (PMDD) facts. 1  Premenstrual dysphoric disorder (PMDD) can be considered to be a severe form of premenstrual syndrome (PMS), with symptoms that interfere with daily activities and functioning.2  PMDD occurs in 3% to 8% of menstruating women. Premenstrual dysphoric disorder (PMDD) can be considered to be a severe form of premenstrual syndrome (PMS), with symptoms that interfere with daily activities and functioning.


Premenstrual dysphoric disorder
Premenstrual dysphoric disorder (PMDD) is a severe form of premenstrual syndrome (PMS). Like PMS, premenstrual dysphoric disorder follows a predictable, cyclic pattern.remenstrual dysphoric disorder (PMDD) is a severe form of premenstrual syndrome affecting 3â8% of women.


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Premenstrual syndrome (PMS) has been the term used for mood, and sometimes physical, symptoms that occur cyclically (predictably in relation to menses) in the second half of the menstrual cycle and interfere with a woman's quality of life.Some women experience even more severe symptoms.remenstrual syndrome (PMS) has been the term used for mood, and sometimes physical, symptoms that occur cyclically (predictably in relation to menses) in the second half of the menstrual cycle and interfere with a woman's quality of life.


Premenstrual dysphoric disorder: Different from PMS?
Underlying depression and anxiety are common in both PMS and PMDD, so it's possible that the hormonal changes that trigger a menstrual period worsen the symptoms of mood disorders. Treatment of PMDD is directed at preventing or minimizing symptoms and may include: 1  Antidepressants.lthough regular PMS and PMDD both have physical and emotional symptoms, PMDD causes extreme mood shifts that can disrupt your work and damage your relationships. In both PMDD and PMS, symptoms usually begin seven to 10 days before your period starts and continue for the first few days that you have your period.


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The level of fatigue increases in proportion to the severity of the anemia. Among people with a markedly low red blood cell count, fatigue is often extreme. Long-standing anemia can hurt heart function, further aggravating fatigue. Many genetic and acquired diseases and conditions can cause anemia.


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Bedrest characteristically fails to relieve fatigue. People with extreme fatigue experience profound tiredness and lack of energy that persist despite adequate rest and sleep. Because the body requires oxygen to generate energy, diseases and conditions that disrupt the delivery of oxygen to the body tissues often cause severe fatigue.


What does carbohydrate do for your body?
Confidence votes 25. The Carbohydrates found in the human body are Glycogen, which is made up of branched chains of Glucose molecules, and it is located in the muscles and in the liver. Answer   Your body gets carbohydrates from the foods we eat. Excellent sources of carbohydrates include bread, cereal, rice, grains, potatoes and other fruits and â¦ vegetables. Your body can get carbohydrates from other foods as well but they may be mixed with the other two large nutrients -- fat and protein.


The Main Storage of Carbohydrates in the Human Body
Most carbohydrates are eventually stored as glycogen in the muscles of the body. Found in foods such as grains, fruit and vegetables, carbohydrates make up the body's go-to energy supply.Every cell in the body requires energy to function, so you must have a steady source of energy -- even when carbohydrates arenât immediately available.lycogen Formation. Carbohydrates exist as simple carbohydrates, known as sugars or monosaccharides, or complex carbohydrates, known as polysaccharides. When the body digests complex carbohydrates, it breaks those compounds down into a sugar known as glucose, which the body metabolizes for energy.


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Carbohydrates provide fuel for your body in the form of glucose or sugar. There are two types of carbohydrates -- simple and complex. Simple carbohydrates are sugars, such as the ones found in candy, fruits and baked goods. Complex carbohydrates are starches found in beans, nuts, vegetables and whole grains.Two-thirds of Americans are either obese or overweight.imple carbohydrates are sugars, such as the ones found in candy, fruits and baked goods. Complex carbohydrates are starches found in beans, nuts, vegetables and whole grains. Two-thirds of Americans are either obese or overweight.


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The main purpose of the carbohydrate is to provide fuel for your body to function. Carbohydrates are types of sugars. They perform several functions. The most important func â¦ tion is as the primary source of energy for the body. But there are many types of carbohydrates that perform a myriad of functions in the body. Answer   Your body gets carbohydrates from the foods we eat. Excellent sources of carbohydrates include bread, cereal, rice, grains, potatoes and other fruits and â¦ vegetables. Your body can get carbohydrates from other foods as well but they may be mixed with the other two large nutrients -- fat and protein.


Three Places Where Carbs Are Stored in Body
Carbohydrates are your bodyâs most efficient fuel source, and it is the only source of fuel for certain vital tissues such as your brain and blood cells.Therefore, your body has ways of storing the carbs you eat for future use.igestion and Absorption of Carbohydrates. Your diet consists of simple and complex carbohydrates. Simple carbs, such as those in white table sugar, consist of one or two sugar molecules, whereas the complex carbs found in whole grains and potatoes have up to one million sugar molecules.


Eating Fat Won't Make You Fat but These 10 Things Will
While both grains and vegetables are carbohydrates, most grains should be avoided and most vegetables are acceptable. Your body prefers the carbohydrates in vegetables rather than grains because it slows the conversion to simple sugars like glucose, and decreases your insulin level.imple carbohydrates are sugars, such as the ones found in candy, fruits and baked goods. Complex carbohydrates are starches found in beans, nuts, vegetables and whole grains. Two-thirds of Americans are either obese or overweight.


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Astoria, Oregon is the third wettest city in the United States with an annual average of 69.60 inches whileBurns, Oregon is one of the driest cities with only 10.57 average annual precipitation.


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Average Annual Precipitation for Oregon. The tables below give yearly averages for rainfall plus snowfall at cities, towns and parks in Oregon. Each place has a total for the amount of precipitation it usually receives in a year. Most locations also have information on the number of days with wet weather.


Average Annual Precipitation for Oregon
Average Annual Precipitation for Oregon. The tables below give yearly averages for rainfall plus snowfall at cities, towns and parks in Oregon. Each place has a total for the amount of precipitation it usually receives in a year.


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The annual precipitation totals are averages based on weather data collected from 1981 to 2010 for the NOAA National Climatic Data Center.


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Springs are mild with warm days. Average precipitation is 16 inches per year. The two counties have an approx average 265 days of sun and a growing season averaging 100 days a year. The Oregon Coast in spring temperatures range from high 50 s during day to low 40 s at night with a good chance of rain.


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Average precipitation is 16 inches per year. The two counties have an approx average 265 days of sun and a growing season averaging 100 days a year. The Oregon Coast in spring temperatures range from high 50 s during day to low 40 s at night with a good chance of rain.


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This report describes the typical weather at the Portland International Airport (Portland, Oregon, United States) weather station over the course of an average year. It is based on the historical records from 1974 to 2012.


Efferent ducts
(June 2015). The efferent ducts (or efferent ductules or ductuli efferentes or ductus efferentes or vasa efferentia) connect the rete testis with the initial section of the epididymis.There are two basic designs for efferent ductule structure:1  a) multiple entries into the epididymis, as seen in most large mammals. 2  b) single entry, as seen in most small animals such as rodents, whereby the 3â6 ductules merge into a single small ductule prior to entering the epididymis.here are two basic designs for efferent ductule structure: 1  a) multiple entries into the epididymis, as seen in most large mammals. 2  b) single entry, as seen in most small animals such as rodents, whereby the 3â6 ductules merge into a single small ductule prior to entering the epididymis.


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Abstract. There have been three major reviews dealing with structure and function of the efferent ductules (Hamilton, 1975; Robaire and Hermo, 1988; Ilio and Hess, 1994).hey also provided initial discussions of the major function associated with these ductules, namely fluid reabsorption. In 1994, Ilio and Hess, carried these discussions further by including numerous species and showing, for the first time, morphology of efferent ductules in the dog.


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efferent ductules of testis. Definitions: 1. 12â14 small seminal ducts leading from the testis to the head of the epididymis. Synonyms: ductuli efferentes testis, efferent duct, vas efferens3. The definition information for efferent ductules of testis is provided by Stedman's.You can search our medical dictionary here. Stedman's, part of Lippincott Williams & Wilkins, provides a comprehensive line of health-science publications for healthcare professionals and medical students.. 12â14 small seminal ducts leading from the testis to the head of the epididymis. Synonyms: ductuli efferentes testis, efferent duct, vas efferens3. The definition information for efferent ductules of testis is provided by Stedman's.


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The first two reviews included efferent ductules along with other regions of the epididymis (Hamilton, 1975; Robaire and Hermo, 1988), due to the lack of sufficient information to warrant a separate chapter.hey also provided initial discussions of the major function associated with these ductules, namely fluid reabsorption. In 1994, Ilio and Hess, carried these discussions further by including numerous species and showing, for the first time, morphology of efferent ductules in the dog.


Oestrogen in fluid transport in efferent ducts of the male reproductive tract
The structure and function of the efferent ductules are taken into account as these tubules are responsible for the reabsorption of almost 90% of the luminal rete testis fluid. Thus, it was logical to hypothesize that oestrogen receptors play a role in the regulation of fluid reabsorption in efferent ductules.his review focuses on the importance of oestrogen and oestrogen receptors in the male reproductive system, with a special interest in the newly discovered role of oestrogen in the regulation of fluid reabsorption in the efferent ductules of the testis.


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Robaire and Hermo (1988) focused on efferent ductules of the rat and gave detailed morphology of the two epithelial cell types, ciliated and nonciliated. They also provided initial discussions of the major function associated with these ductules, namely fluid reabsorption.In 1994, Ilio and Hess, carried these discussions further by including numerous species and showing, for the first time, morphology of efferent ductules in the dog.hey also provided initial discussions of the major function associated with these ductules, namely fluid reabsorption. In 1994, Ilio and Hess, carried these discussions further by including numerous species and showing, for the first time, morphology of efferent ductules in the dog.


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efferent arterioles. see efferent arteriole. efferent ductules. conducting tubules from the rete testis to the head of the epididymis, forming part of the transport mechanism for spermatozoa in the testis.Î³ e's. small nerves supplying intrafusal muscle fibers.fferent ductules. conducting tubules from the rete testis to the head of the epididymis, forming part of the transport mechanism for spermatozoa in the testis. Î³ e's. small nerves supplying intrafusal muscle fibers.


Rete testis
The rete testis (/Ëriti ËtÉstÉªs/) is an anastomosing network of delicate tubules located in the hilum of the testicle (mediastinum testis) that carries sperm from the seminiferous tubules to the efferent ducts.It is the counterpart of the rete ovarii in females. Its function is to provide a site for fluid reabsorption.he rete testis (/Ëriti ËtÉstÉªs/) is an anastomosing network of delicate tubules located in the hilum of the testicle (mediastinum testis) that carries sperm from the seminiferous tubules to the efferent ducts. It is the counterpart of the rete ovarii in females.


Efferent ducts
1 In humans and other large mammals, there are approximately 15â20 efferent ducts, which also occupy nearly one third of the head of the epididymis. 2  b) single entry, as seen in most small animals such as rodents, whereby the 3â6 ductules merge into a single small ductule prior to entering the epididymis.here are two basic designs for efferent ductule structure: 1  a) multiple entries into the epididymis, as seen in most large mammals. 2  b) single entry, as seen in most small animals such as rodents, whereby the 3â6 ductules merge into a single small ductule prior to entering the epididymis.


The structure of the epididymis, efferent ductules and ductus deferens of the guinea pig: a light microscope study.
A detailed histological analysis of the characteristics of the epithelium in the seven zones of the guinea pig epididymis and in the efferent ductules and ductus deferens was udertaken to obtain a better understanding of structure-function relationships in the epididymis of the guinea pig. detailed histological analysis of the characteristics of the epithelium in the seven zones of the guinea pig epididymis and in the efferent ductules and ductus deferens was udertaken to obtain a better understanding of structure-function relationships in the epididymis of the guinea pig.


Volcano Facts and Types of Volcanoes
A volcano is a vent or fissure in Earth's crust through which lava, ash, rock and gases erupt. A volcano is also a mountain formed by the accumulation of these eruptive products.Let's take a look at how volcanoes form: Earth's crust is 40 to 250 miles (64 to 402 kilometers) thick.ava Plateaus: Shield volcanoes may erupt along lines of fissures rather than a central vent spilling liquid lava in successive layers. Over time as these layers form broad plateaus such as the Columbia Plateau. These plateaus are often cut by deep canyons that expose the layers of rock.


Volcanoes
Others are formed when the summit of a volcano collapses into an empty magma cavern that had stored the magma prior to eruption. Shield Volcanoes. Shield volcanoes, formed when large flows of lava spread rapidly from central vents or rows of vents, are the largest volcanoes.Because the lava moves rapidly and spreads out in a broad area, it does not form a tall, steep cone. Instead, shield volcanoes are dome-shaped mountains with broad bases and gentle slopes.tratovolcanoes, or composite volcanoes, get their name from the different layers, or strata, of ash and lava that form them. Most stratovolcanoes are irregularly shaped mountains formed by material ejected from both a central vent and other vents on the sides of the mountain.


Lava
Lava flow during a rift eruption at Krafla, Iceland in 1984. Lava is the molten rock expelled by a volcano during an eruption and the resulting rock after solidification and cooling. This molten rock is formed in the interior of some planets, including Earth, and some of their satellites.The source of the heat that melts the rock within the earth is geothermal energy.illow lava is the lava structure typically formed when lava emerges from an underwater volcanic vent or subglacial volcano or a lava flow enters the ocean. However, pillow lava can also form when lava is erupted beneath thick glacial ice.


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Composite volcanoes are formed when both lava and tephra erupt from a central vent. The materials pile up in alternate layers around the vent and form a towering, cone-shaped mountain. Composite volcanoes include Japan's Mount Fuji; Mayon Volcano in the Philippines; and Italy's Vesuvius.ava is the name for magma that has reached the earth's surface. When lava comes to the surface, it is red hot and may have a temperature of more than 2012 F. (1100 C). Highly fluid lava flows rapidly down a volcano's slopes. Sticky lava flows more slowly.


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Shield volcanoes are formed when a large amount of free-flowing lava spills from a vent and spreads widely. The lava gradually builds up a low, broad, dome-shaped mountain. The famous Mauna Loa in Hawaii is a shield volcano.ava is the name for magma that has reached the earth's surface. When lava comes to the surface, it is red hot and may have a temperature of more than 2012 F. (1100 C). Highly fluid lava flows rapidly down a volcano's slopes. Sticky lava flows more slowly.


Volcanoes
Scientists recognize four main types of volcanoes: stratovolcanoes, shield volcanoes, cinder cones, and ashflow calderas. Stratovolcanoes. Stratovolcanoes, or composite volcanoes, get their name from the different layers, or strata, of ash and lava that form them.Most stratovolcanoes are irregularly shaped mountains formed by material ejected from both a central vent and other vents on the sides of the mountain.tratovolcanoes, or composite volcanoes, get their name from the different layers, or strata, of ash and lava that form them. Most stratovolcanoes are irregularly shaped mountains formed by material ejected from both a central vent and other vents on the sides of the mountain.


Volcanoes
Volcanoes are formed when magma from within the Earth's upper mantle works its way to the surface. At the surface, it erupts to form lava flows and ash deposits. Over time as the volcano continues to erupt, it will get bigger and bigger.AVA-Lava is the liquid rock (magma) that flows out of a volcano. Lava glows red hot to white hot as it flows. ACTIVE VOLCANO-An active volcano is one that erupts regularly. DORMANT VOLCANO-A dormant volcano is one that has not erupted for many years, although there is still some activity deep inside.


Volcano
These volcanoes are formed by low-silica (i.e. basic) lava. Shield volcanoes are built out of layers of lava from continual eruptions (without explosions). Because the lava is so fluid, it spreads out, often over a wide area. volcano is a mountain where lava (hot, liquid rock) comes from a magma chamber under the ground. Most volcanoes have a volcanic crater at the top. When a volcano is active, materials come out of it.


Volcano
1 Felsic lavas (dacites or rhyolites) tend to be highly viscous (not very fluid) and are erupted as domes or short, stubby flows. 2  Viscous lavas tend to form stratovolcanoes or lava domes. 3  Lassen Peak in California is an example of a volcano formed from felsic lava and is actually a large lava dome. Felsic lavas (dacites or rhyolites) tend to be highly viscous (not very fluid) and are erupted as domes or short, stubby flows. 2  Viscous lavas tend to form stratovolcanoes or lava domes. 3  Lassen Peak in California is an example of a volcano formed from felsic lava and is actually a large lava dome.


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Please contribute to this project, if you have more information about this term feel free to edit this page. This page was last modified on 25 March 2011, at 08:42.This page has been accessed 13,734 times. What links here | Related changes | Permanent link.


Virus
Other viruses, such as rabies virus, can infect different species of mammals and are said to have a broad range. The viruses that infect plants are harmless to animals, and most viruses that infect other animals are harmless to humans.


Virus
Viruses spread in many ways; viruses in plants are often transmitted from plant to plant by insects that feed on plant sap, such as aphids; viruses in animals can be carried by blood-sucking insects. These disease-bearing organisms are known as vectors. Influenza viruses are spread by coughing and sneezing.


Viral envelope
They may help viruses avoid the host immune system. Glycoproteins on the surface of the envelope serve to identify and bind to receptor sites on the host's membrane. The viral envelope then fuses with the host's membrane, allowing the capsid and viral genome to enter and infect the host. The cell from which the virus itself buds will often die or be weakened and shed more viral particles for an extended period.


Viral envelope
The lipid bilayer envelope of these viruses is relatively sensitive to desiccation, heat, and detergents, therefore these viruses are easier to sterilize than non-enveloped viruses, have limited survival outside host environments, and typically must transfer directly from host to host.


Virus
Some species of virus envelop themselves in a modified form of one of the cell membranes, either the outer membrane surrounding an infected host cell or internal membranes such as nuclear membrane or endoplasmic reticulum, thus gaining an outer lipid bilayer known as a viral envelope.


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Envelope. 1. (Science: virology) lipoprotein outer layer of some viruses derived from plasma membrane of the host cell. 2. (Science: microbiology) The plasma membrane and cell wall complex of a bacterium. Please contribute to this project, if you have more information about this term feel free to edit this page. This page was last modified on 3 October 2005, at 21:16.This page has been accessed 20,581 times.


Viral Replication
This is often called viral entry. The infection of plant and fungal cells is different from that of animal cells. Plants have a rigid cell wall made of cellulose, and fungi one of chitin, so most viruses can get inside these cells only after trauma to the cell wall.


Viral envelope
The envelopes typically are derived from portions of the host cell membranes (phospholipids and proteins), but include some viral glycoproteins. Functionally, viral envelopes are essential for entry into host cells.


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Saalbach Experience; Excursions and trips; Delicious food and drinks; Hints & tricks for family holiday


Saalbach Hinterglemm Snow Forecast
Snow Forecast for Saalbach Hinterglemm (1,000m to 2,100m) Snow Forecast and Weather Outlook for Saalbach Hinterglemm, Austria from 22 August. For Forecast detail, see below. There is currently no significant snow in the 7-day forecast for Saalbach Hinterglemm. Saalbach Hinterglemm has no new snow forecast in the next 48 hours. For current snow depths and skiing conditions, see our Current Snow Report for Saalbach Hinterglemm.


Brighton Weather Forecast
The 7 day weather forecast summary for Saalbach Hinterglemm: The forecast for Saalbach Hinterglemm in the coming week is predicting the average daytime maximum temperature will be around 17Â°C, with a high for the week of 20Â°C expected on the afternoon of Tuesday 5th.


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Saalbach-Hinterglemm - Weather forecast from Theweather.com. Weather conditions with updates on temperature, humidity, wind speed, snow, pressure, etc. for Saalbach-Hinterglemm, Salzburg Today: Cloudy skies, with a maximum temperature of 32Â° and a minimum temperature of 21Â°.


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Hinterglemm: Saalbach, Hinterglemm Last updated: at 09:11 Distance: 1,2 km Added by saalbach.com.


Saalbach Hinterglemm 14 Day Long Range Forecast
The 7 day weather forecast summary for Saalbach Hinterglemm: Reviewing the forecast for Saalbach Hinterglemm Over the next 7 days and the average daytime maximum temperature will be around 3Â°C, with a high for the week of 4Â°C expected on the afternoon of Thursday 22nd.


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14 day weather for Saalbach Hinterglemm, Austria, giving an extended long range forecast outlook


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How is the weather in Saalbach? Where can I find the latest Live-Cam pictures? Here you will find information regarding the actual weather in Saalbach Hinterglemm, as well as various ways to contact us via Whats-App. Naturally, all Live-Info can be found on the Saalbach App. Weather


Saalbach Hinterglemm Snow Forecast
Saalbach Hinterglemm Weather Forecast built at 20:12, next update at 00:00. Current Snow. Saalbach Hinterglemm has 1cm new snow forecast in the next 48 hours. For current snow depths and skiing conditions, see our Current Snow Report for Saalbach Hinterglemm.


Burger KingâTim Hortons Merger Now Official And Complete
Burger King has completed its merger. Zacks.com reported today that the Burger King Worldwide, Inc. and Tim Hortons, Inc. are now officially subsidiaries of the newly created Restaurant Brands International (NYSE and TSE: QSR-WI) starting on December 15, with headquarters located in Oakville, Ontario.urger King has completed its merger. Zacks.com reported today that the Burger King Worldwide, Inc. and Tim Hortons, Inc. are now officially subsidiaries of the newly created Restaurant Brands International (NYSE and TSE: QSR-WI) starting on December 15, with headquarters located in Oakville, Ontario.


Buy QSR for Its Perfect Marriage Between Spicy Whoppers, Dark Roasts
Burger King just posted its strongest revenue growth in almost 10 years, and that helped Restaurant Brands International Inc (NYSE: QSR) â formed when Burger King acquired Tim Hortons last year â to beat Wall Street estimates.he marriage of Burger King and Tim Horton â a Canadian doughnut and coffee chain â to form the worldâs third-largest fast-food chain certainly got off to a strong start in 2015. By most measures, QSR revenue growth was strong in the first quarter.


Long-awaited Burger King-Tim Hortons Merger Completed - Analyst Blog
To read this article on Zacks.com click here. Zacks Investment Research. Restaurant Brands International (QSR-WI) announced the completion of the merger between Tim Hortons Inc. and Burger King Worldwide, Inc., worth roughly $11.0 billion.The two brands will continue to operate independently under the new global quick service restaurant-Restaurant Brands International.arlier, on Dec 10, 2014, the Tim Hortons shareholders had approved the long-awaited transaction. However, the Burger King shareholders were not required to vote on the merger since 3G Capital, which owns approximately 70% of the company, had already approved the deal.


Burger King and Tim Hortons shareholders to snag new company's stock
Burger King, an international burger franchise based in Miami, and Tim Hortons, a Canadian coffee and doughnuts chain, announced plans for an $11 billion merger back in August. The new company, Restaurant Brands International, will oversee 18,000 locations of the two brands across 100 countries.bout 72 percent of Tim Hortons shareholders, or holders of 95.7 million shares, will receive shares of the new company. Another 26 percent of the Canadian company, or holders of 34.8 million shares, did not make an election or requested to cash out some of their shares.


Tim Hortons
Shareholders of Tim Hortons have approved the long-awaited $11.0 billion transaction. The merged corporate entity will be named Restaurant Brands International and trade on the Toronto Stock Exchange (:TSX) and New York Stock Exchange (:NYSE) under the symbol QSR.hareholders of Tim Hortons have approved the long-awaited $11.0 billion transaction. The merged corporate entity will be named Restaurant Brands International and trade on the Toronto Stock Exchange (:TSX) and New York Stock Exchange (:NYSE) under the symbol QSR.


Restaurant Brands International
3G Capital (which held a 71% majority stake in Burger King) holds a 51% majority stake in Restaurant Brands International. Tim Hortons' existing shareholders own 22%, and Burger King's own 27%.Berkshire Hathaway, who partially funded the merger, holds a 4.8% stake.he remainder of the company is publicly traded on the New York and Toronto Stock Exchanges, and owned by the prior shareholders of Burger King and Tim Hortons. The deal was approved by Tim Hortons' shareholders on December 9, 2014, and the company began trading on December 15, 2014.


Tim Hortons
On August 26, 2014, Burger King agreed to purchase Tim Hortons for US$11.4 billion; the chain became a subsidiary of the Oakville-based holding company Restaurant Brands International on December 15, 2014, which is majority-owned by Brazilian investment firm 3G Capital.im Hortons franchises spread rapidly and eventually overtook McDonald's as Canada's largest food service operator. The company opened twice as many Canadian outlets as McDonald's and system-wide sales also surpassed those of McDonald's Canadian operations as of 2002.


Buy QSR for Its Perfect Marriage Between Spicy Whoppers, Dark Roasts
QSRâs Tim Hortons chain also enjoyed robust top-line growth. Comparable-store sales gained 5.3% against a forecast of 3.5%, while systemwide sales increased 8.1%.Total revenue at QSR ballooned to $932 million from $241 million in last yearâs first quarter, which came before the acquisition.he marriage of Burger King and Tim Horton â a Canadian doughnut and coffee chain â to form the worldâs third-largest fast-food chain certainly got off to a strong start in 2015. By most measures, QSR revenue growth was strong in the first quarter.


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Tim Horton's (THI) and Burger King (BKW) merge to form Restaurant Brands International (QSR) - steps for Tim Horton's shareholders.OTE: These steps are for clubs that held Tim Horton's shares prior to the merger. If your club held Burger King shares prior to the merger, please see FAQ 1395 on entering this merger for Burger King shareholders.


Tim Horton's (THI) and Burger King (BKW) merge to form Restaurant Brands International (QSR) - steps for Tim Horton's shareholders
Tim Hortonâs and Burger King merged to form Restaurant Brands International effective 12/12/2014. The merger gave multiple options for the shareholders of each company involved. Depending on the option chosen the merger can be a fully taxable, partially taxable or non-taxable transaction.OTE: These steps are for clubs that held Tim Horton's shares prior to the merger. If your club held Burger King shares prior to the merger, please see FAQ 1395 on entering this merger for Burger King shareholders.


Why do American CEOs make twice as much as German CEOs?
When the stock goes up, the CEO will make more. German CEOs have fixed pay structures, so there are fewer highs and fewer lows. In Germany, labor has a seat at the table. In the U.S., average annual worker pay is $34,645.A German worker receives $40,223 a year on average. In the U.S., there have been several attempts to close the CEO-worker pay gap through an increase in the minimum wage. The issue has found its way to the ballot box in several states in the 2014 midterm elections.n the U.S., average annual worker pay is $34,645. A German worker receives $40,223 a year on average. In the U.S., there have been several attempts to close the CEO-worker pay gap through an increase in the minimum wage. The issue has found its way to the ballot box in several states in the 2014 midterm elections.


Why do American CEOs make twice as much as German CEOs?
On average, a German CEO at a large company made about $5.9 million in 2013, while U.S. CEOs in the S&P 500 made an average of $12.3 million. Thatâs because U.S. chief executive pay is intimately tied to their companyâs share price through stock option compensation and other forms of equity pay.n the U.S., average annual worker pay is $34,645. A German worker receives $40,223 a year on average. In the U.S., there have been several attempts to close the CEO-worker pay gap through an increase in the minimum wage. The issue has found its way to the ballot box in several states in the 2014 midterm elections.


Just the Facts: CEOs and the Rest of Us
6. Germanyâs CEOs received an average compensation package of $5.9 million in 2012. That was the third-highest among OECD countries, following the United States and Switzerland, where CEOs earn 148 times the average worker pay. 7.. Given that the average American worker earned $34,645 in 2012, the typical U.S. CEO earns 354 times what the average worker does. 3. Put another way, the average U.S. CEO took home about $5,894 in pay for every hour of work last year (based on 52 40-hour weeks). 4.


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Across all companies, the average CEO pay was $13.8 million per year, the average median worker pay was about $77,800, and the average ratio of CEO pay to median worker pay was 204.In other words, on average, CEOs earn around 204 times what his or her median worker earns.EO to Worker Pay Ratios: Average CEO Earns 204 Times Median Worker Pay. Dr. Andrew Chamberlain | August 25, 2015. Executive pay has long been controversial. In recent years, a number of studies have highlighted the gap between CEO pay and average salaries for workers.


Just the Facts: CEOs and the Rest of Us
2. Given that the average American worker earned $34,645 in 2012, the typical U.S. CEO earns 354 times what the average worker does. 3. Put another way, the average U.S. CEO took home about $5,894 in pay for every hour of work last year (based on 52 40-hour weeks).4. By comparison, the average U.S. worker pocketed $16.66 an hour â while a worker at minimum wage earned $7.25.. Given that the average American worker earned $34,645 in 2012, the typical U.S. CEO earns 354 times what the average worker does. 3. Put another way, the average U.S. CEO took home about $5,894 in pay for every hour of work last year (based on 52 40-hour weeks). 4.


CEO Pay Now $7,000 an Hour â 350 Times the Average Worker's
It's not even the norm for CEOs in other major economies. The ratio of CEO pay to average worker pay in neighboring Canada is 204, in Germany it's 147, in the U.K. it's 84, and in Japan it's just 67.t's the equivalent of a whopping $7,000 an hour â 350 times the typical worker's pay of $20 an hour, according to Bureau of Labor Statistics (BLS) data â and that's just the average. Some CEO pay is much higher.


German CEO Pay Rises, But Lags U.S.
Chief executives of Germanyâs largest companies took home 14% more direct pay in 2011 than the year earlier, but still earn less on average than their European and U.S. peers, according to a report by Towers Watson released Tuesday.hief executives of Germanyâs largest companies took home 14% more direct pay in 2011 than the year earlier, but still earn less on average than their European and U.S. peers, according to a report by Towers Watson released Tuesday.


Chipotle Mexican Grill
CEO David M. Zaslav earned $156 million in 2014 while median worker pay, based on Glassdoor salary reports, was $80,000, for a pay ratio of 1,951.The second highest is Chipotle, where CEO Steve Ells earned $28.9 million while median worker pay was $19,000, for a pay ratio of 1,522.EO to Worker Pay Ratios: Average CEO Earns 204 Times Median Worker Pay. Dr. Andrew Chamberlain | August 25, 2015. Executive pay has long been controversial. In recent years, a number of studies have highlighted the gap between CEO pay and average salaries for workers.


CEO Compensation in the US Vs. the World
The highest CEO compensation has traditionally been in Western countries, with the United States at the top. One hundred U.S. CEOs took home cash earnings of more than $15 million in 2012 and at least a quarter of those CEOs had projected five-year earnings of over $100 million from stock options and grants..S. CEOs earn from 400 to 500 times the median salary for workers. For CEOs in the U.K., the ratio is 22; in France, it's 15; and in Germany it's 12. Related Reading: The Compensation Differences Between CEOs Vs. CFOs.


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Median of all compensation (including tips, bonus, and overtime) by years of experience. For many Chief Executive Officers, more experience generally translates to higher pay. The average worker who claims fewer than five years of experience earns around $115K.United States). Average pay for Chief Executive Officers in the United States is more than reasonable, with annual salaries pushing past the six-figure mark ($157K).


Acupuncturist: Summary of Acupuncture Career Training
Many states require acupuncturists to be licensed before they can practice. In most states, certification from the Commission for Acupuncture and Oriental Medicine (NCCAOM) qualifies acupuncturists for licensure (www.nccaom.org). In other states, licensure candidates are only required to pass a select number of NCCAOM-administered exams.


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Most master's-level acupuncture programs require 3-4 years of study. An essay, a letter of recommendation and GRE scores are common enrollment requirements. Courses may cover: 1  Chinese and herbal medicine. 2  Pathology. 3  Biochemistry. 4  Western medicine. 5  Nutrition.


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1 [Business and Professions Code, section 4938, 4939, 4941, 4971; California Code of Regulations, sections 1399.420 - 432]. 2  Complete a foreign education training program which is equivalent to the curriculum required at an Acupuncture Board approved school.


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Change Text Size-T T T. In order to obtain a license to practice acupuncture in California, one must qualify for and then take a written examination administered by the Board.


Acupuncturist: Summary of Acupuncture Career Training
Acupuncturist Educational Programs. Many of the acupuncturist degrees available are at the master's and doctoral levels. Master's degree programs typically take 3-4 years to complete and equip students with the diagnostic and therapeutic skills needed to practice acupuncture as a primary source of healthcare.


Acupuncturist: Summary of Acupuncture Career Training
The NCCAOM offers a certification program that results in the Diplomate in Acupuncture designation. To be eligible, candidates must complete a degree program accredited by the Accreditation Commission for Acupuncture and Oriental Medicine, a 4,000-hour apprenticeship program or a combination of the two.


Acupuncture Training Programs and Requirements
Essential Information. Entry into the field of acupuncture requires a master's degree in acupuncture and state licensing. Students seeking enrollment into an acupuncture program should have a background in medicine, biology, psychology or neurobiology.


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Education Requirements. In order to obtain a license to practice acupuncture in California, one must qualify for and then take a written examination administered by the Board.


Acupuncture Training Programs and Requirements
Acupuncture Training Programs and Requirements. Bachelor's degrees in acupuncture are not typically available, therefore applicants to an acupuncture program at the master's level should ideally have an undergraduate degree in a related field.


Acupuncture Training Programs and Requirements
Master's Degree in Acupuncture. A master's degree in acupuncture trains students in the use of acupuncture instruments and the application of different treatment methods, like cupping, needles, gua sha and moxibustion.


Monounsaturated fat
In biochemistry and nutrition, monounsaturated fatty acids (MUFAs, or more plainly monounsaturated fats) are fatty acids that have one double bond in the fatty acid chain with all of the remainder carbon atoms being single-bonded.olecular description of monounsaturated fatty acids [edit]. Common monounsaturated fatty acids are palmitoleic acid (16:1 nâ7), cis-vaccenic acid (18:1 nâ7) and oleic acid (18:1 nâ9).


Monounsaturated fat
Molecular description of monounsaturated fatty acids [edit]. Common monounsaturated fatty acids are palmitoleic acid (16:1 nâ7), cis-vaccenic acid (18:1 nâ7) and oleic acid (18:1 nâ9).Palmitoleic acid has 16 carbon atoms with the first double bond occurring 7 carbon atoms away from the methyl group (and 9 carbons from the carboxyl end).olecular description of monounsaturated fatty acids [edit]. Common monounsaturated fatty acids are palmitoleic acid (16:1 nâ7), cis-vaccenic acid (18:1 nâ7) and oleic acid (18:1 nâ9).


UNSATURATED FATTY ACID
Noun. 1. monounsaturated fatty acid-an unsaturated fatty acid whose carbon chain has one double or triple valence bond per molecule; found chiefly in olive oil and chicken and almonds. unsaturated fatty acid-a fatty acid whose carbon chain can absorb additional hydrogen atoms.onounsaturated fatty acid-an unsaturated fatty acid whose carbon chain has one double or triple valence bond per molecule; found chiefly in olive oil and chicken and almonds. unsaturated fatty acid-a fatty acid whose carbon chain can absorb additional hydrogen atoms.


The 6 Benefits of Monounsaturated Fats (MUFAs)
Monounsaturated fats (MUFAs) are good fats. Liquid at room temperature, they turn solid when they are chilled. Common sources of MUFAs are olive oil, avocadoes and nuts. Monounsaturated fats are a healthy alternative to the trans fats and refined polyunsaturated fats you find in most processed foods.Research shows that diets with healthy amounts of monounsaturated fats have a host of amazing health benefits, including: 1. 1  Decreased risk for breast cancer.onounsaturated fats are a healthy alternative to the trans fats and refined polyunsaturated fats you find in most processed foods. Research shows that diets with healthy amounts of monounsaturated fats have a host of amazing health benefits, including: 1.


Monounsaturated Fatty Acids
Oleic acid is the ânormalâ form of this monounsaturated fatty acid because it occurs most frequently and in the highest concentration in foods. However there are other variants of 18:1 called isomers. Isomers are 2 molecules (fatty acids) with the same molecular weight but with differing structure.leic acid is the ânormalâ form of this monounsaturated fatty acid because it occurs most frequently and in the highest concentration in foods. However there are other variants of 18:1 called isomers. Isomers are 2 molecules (fatty acids) with the same molecular weight but with differing structure.


Monounsaturated fat
People in Mediterranean countries consume more total fat than Northern European countries, but most of the fat is in the form of monounsaturated fatty acids from olive oil and omega-3 fatty acids from fish, vegetables, and certain meats like lamb, while consumption of saturated fat is minimal in comparison.olecular description of monounsaturated fatty acids [edit]. Common monounsaturated fatty acids are palmitoleic acid (16:1 nâ7), cis-vaccenic acid (18:1 nâ7) and oleic acid (18:1 nâ9).


Sychar
Sychar. Sychar is a town in Samaria, which is a region of Israel, where Jesus spoke with a Samaritan woman. The conversation is very important to the study of Jesus Christ.The Gospel of John tells us that Jesus stopped in Sychar to rest.There, he meets a woman who has come to a well-Jacob's well-to draw water.he conversation is very important to the study of Jesus Christ. The Gospel of John tells us that Jesus stopped in Sychar to rest. There, he meets a woman who has come to a well-Jacob's well-to draw water.


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4:4-14. 4 Now he had to go through Samaria. 5 So he came to a town in Samaria called Sychar, near the plot of ground Jacob had given to his son Joseph. 6 Jacob's well was there, and Jesus, tired as he was from the journey, sat down by the well. It was about the sixth hour.:4-14. 4 Now he had to go through Samaria. 5 So he came to a town in Samaria called Sychar, near the plot of ground Jacob had given to his son Joseph. 6 Jacob's well was there, and Jesus, tired as he was from the journey, sat down by the well. It was about the sixth hour.


"MT. EBAL AND ""JACOB'S WELL"""
5 So he came to a town in Samaria called Sychar, near the plot of ground Jacob had given to his son Joseph. 6 Jacob's well was there, and Jesus, tired as he was from the journey, sat down by the well.It was about the sixth hour.:4-14. 4 Now he had to go through Samaria. 5 So he came to a town in Samaria called Sychar, near the plot of ground Jacob had given to his son Joseph. 6 Jacob's well was there, and Jesus, tired as he was from the journey, sat down by the well. It was about the sixth hour.


At Jacob's Well, and at Sychar.
d 5 So he cometh to a city of Samaria, called Sychar, near to the parcel of ground that Jacob gave to his son Joseph. 6 and Jacob's well was there.[Commentators long made the mistake of supposing that Shechem, now called Nablous, was the town here called Sychar. 5 So he cometh to a city of Samaria, called Sychar, near to the parcel of ground that Jacob gave to his son Joseph. 6 and Jacob's well was there.


More About Ancient Sychar
John 4:5 - Then cometh he to a city of Samaria, which is called Sychar, near to the parcel of ground that Jacob gave to his son Joseph. city of Samaria called Sychar is language not likely to be used of the metropolis Shechem; moreover the name Sychem occurs Acts 7:16. On the other hand called suits the idea that Sychar is a Jewish nickname for Shechem.


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Sychar Shechem. Sychar (Shechem in Hebrew) was a small town in Samaria where Jesus encountered the Samaritan woman at the well. Come to me all you who are thirsty, is the clear message of Jesus in the small Samaritan town of Sychar (Shechem as it is known in Hebrew).ychar (Shechem in Hebrew) was a small town in Samaria where Jesus encountered the Samaritan woman at the well. Come to me all you who are thirsty, is the clear message of Jesus in the small Samaritan town of Sychar (Shechem as it is known in Hebrew).


Jacob's Well
Jacob's Well is mentioned by name in the New Testament (John 4:5-6) which says that Jesus came to a city of Samaria called Sychar, near the field which Jacob gave to his son Joseph. Jacob's well was there..ewish, Samaritan, Christian, and Muslim traditions all associate the well with Jacob. The well is not specifically mentioned in the Old Testament, but Genesis 33:18-20 states that when Jacob returned to Shechem from Paddan Aram, he camped before the city and bought the land on which he pitched his tent.


Shechem
In Acts 7:16 the place is called Sychem. It is not known whether Sychar in the Gospel of John 4:5 refers to Shechem or to a nearby village. Shechem is also the location of Jacob's Well, where John 4:5â6 describes Jesus ' meeting with the woman of Samaria.wing to its central position, no less than to the presence in the neighborhood of places hallowed by the memory of Abraham (Genesis 12:6, 7; 34:5), Jacob's Well (Genesis 33:18-19; 34:2, etc.), and the Joseph's tomb (Joshua 24:32), the city was destined to play an important part in the history of Israel.


More About Ancient Sychar
Askar. Place containing Jacob's well, John 4:5. Sychar has been identified with Shechem. It is now commonly located at the site of the village of 'Askar, on the eastern slope of Ebal, almost two miles from Nablus (Neapolis), about a half mile N of the traditional Jacob's well, and a short distance SE of Shechem. city of Samaria called Sychar is language not likely to be used of the metropolis Shechem; moreover the name Sychem occurs Acts 7:16. On the other hand called suits the idea that Sychar is a Jewish nickname for Shechem.


Sychar
Mentioned only once, in connection with the visit of Jesus to Jacob's Well (John 4:5). He was passing through Samaria on His way to Galilee, so he cometh to a city of Samaria, called Sychar, near to the parcel of ground that Jacob gave to his son Joseph: and Jacob's well was there..entioned only once, in connection with the visit of Jesus to Jacob's Well (John 4:5). He was passing through Samaria on His way to Galilee, so he cometh to a city of Samaria, called Sychar, near to the parcel of ground that Jacob gave to his son Joseph: and Jacob's well was there..


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(See âRikers Island Correctional Officerâ for training details.). The entry-level annual salary of NYC correction officers is $37,579 with regular raises up to $76,488 after five years. A longevity bonus of up to $7,365 is awarded at 20 years.equirements for New York City correction officer jobs are as follows: 1  U.S citizen at least 21 years old. 2  Valid New York driverâs license. 3  Permanent resident of NYC or approved surrounding counties like Nassau, Putnam or Rockland.


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The median annual wage for correctional officers and jailers was $39,040 in May 2012. The median wage is the wage at which half the workers in an occupation earned more than that amount and half earned less. The lowest 10 percent earned less than $27,000, and the top 10 percent earned more than $69,610.he lowest 10 percent earned less than $18,700, and the top 10 percent earned more than $66,860. In addition to receiving typical benefits, correctional officers employed in the public sector usually are provided with uniforms or with a clothing allowance to buy their own uniforms.


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A starting salary for state correctional officers in Oklahoma is $11.83 per hour, or roughly $21,000 per year, which is actually less than many entry-level retail jobs in the same state.n West Virginia, the starting average salaries for correctional officers begin at $22,584 per year. In Mississippi, they are roughly $500 lower. Both of these salary ranges are approaching the federal poverty line for a family of four.


The Average Starting Salary for a Corrections Officer
Government Work. The largest number of correctional officers worked at state prisons, according to the BLS. These 248,920 guards averaged $44,230 a year in salary. A starting wage likely fell between the 10th percentile of $27,870 yearly and the 25th percentile of $31,500 yearly.The second largest number of correctional officers worked on the local government level, at county or municipal jails.These 159,250 guards averaged $42,020 a year, with the starting wage likely between $24,870 and $30,840 annually.he second largest number of correctional officers worked on the local government level, at county or municipal jails. These 159,250 guards averaged $42,020 a year, with the starting wage likely between $24,870 and $30,840 annually.


Corrections Officer Salary
Corrections Officer Salary. The U.S. Bureau of Labor Statistics reports that the 434,870 correctional officers working in the United States in 2011 earned an average annual salary of $43,550.Officers in the lowest ten percent of this profession earned up to $27,000, while those in the top ten percent earned salaries of $69,610 on average.he following states paid the highest average annual salaries for correctional officers in 2011: 1  New Jersey â $69,310. 2  California â $66,930. 3  New York â $61,140. 4  Massachusetts â $60,700.


The Average Starting Salary for a Corrections Officer
These prison guards earned an average annual wage of $43,300, equal to $20.82 an hour. However, a starting salary was likely to fall between the 10th percentile wage of $26,710 annually and the 25th percentile wage of $31,350 annually.he second largest number of correctional officers worked on the local government level, at county or municipal jails. These 159,250 guards averaged $42,020 a year, with the starting wage likely between $24,870 and $30,840 annually.


Correctional Officer
For employment in federal prisons, the Federal Bureau of Prisons requires entry-level correctional officers to have at least a bachelor's degree; 3 years of full-time experience in a field providing counseling, assistance, or supervision to individuals; or a combination of the two.he lowest 10 percent earned less than $18,700, and the top 10 percent earned more than $66,860. In addition to receiving typical benefits, correctional officers employed in the public sector usually are provided with uniforms or with a clothing allowance to buy their own uniforms.


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The next highest salary is found at the state level with an average of $44,180; state governments are also the largest employers, with 236,890 correctional officers working in state departments of corrections.he following states paid the highest average annual salaries for correctional officers in 2011: 1  New Jersey â $69,310. 2  California â $66,930. 3  New York â $61,140. 4  Massachusetts â $60,700.


Correctional Officer
Correctional officers usually must be at least 18 to 21 years of age, must be a U.S. citizen or permanent resident, and must have no felony convictions. New applicants for federal corrections positions must be appointed before they are 37 years old.he lowest 10 percent earned less than $18,700, and the top 10 percent earned more than $66,860. In addition to receiving typical benefits, correctional officers employed in the public sector usually are provided with uniforms or with a clothing allowance to buy their own uniforms.


Fair Labor Standards Act Overview
These pages summarize the Fair Labor Standards Act (FLSA) and how the U.S. Office of Personnel Management (OPM) applies it to current and former employees of the United States Federal Government. For convenience, the phrase current and former employees of the United States Federal Government may be shortened to Federal employees..


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The work week standard. The FLSA uses the work week as the standard for computing overtime pay due, and each work week stands alone. Thus, a nonexempt employee's time worked vests at the end of each work week (or work period). Work time may not be averaged from work week to work week.


What are your rights?
If, and only if, total hours actually worked exceed 40 in a work week, then the FLSA overtime rules may come into play. FLSA overtime pay for nonexempt employees is computed based on all the time the employee has actually worked in a work week. All time actually worked counts, but only time actually worked counts.


Sinus venosus
The sinus venosus is a large quadrangular cavity which precedes the atrium on the venous side of the chordate heart. In mammals, it exists distinctly only in the embryonic heart (where it is found between the two venae cavae); in nonmammalian chordates, however, the sinus venosus persists in the adult.n the adult, it is incorporated into the wall of the right atrium to form a smooth part called the sinus venarum, also known as the venarum sinus, which is separated from the rest of the atrium by a ridge of fibres called the crista terminalis. The sinus venosus also forms the SA node and the coronary sinus.


Sinus venosus
In the adult, it is incorporated into the wall of the right atrium to form a smooth part called the sinus venarum, also known as the venarum sinus, which is separated from the rest of the atrium by a ridge of fibres called the crista terminalis.The sinus venosus also forms the SA node and the coronary sinus.In the embryo, the thin walls of the sinus venosus are connected below with the right ventricle, and medially with the left atrium, but are free in the rest of their extent.It receives blood from the vitelline vein, umbilical vein and common cardinal vein.n the adult, it is incorporated into the wall of the right atrium to form a smooth part called the sinus venarum, also known as the venarum sinus, which is separated from the rest of the atrium by a ridge of fibres called the crista terminalis. The sinus venosus also forms the SA node and the coronary sinus.


sinus venosus
sinus veÂ·noÂ·sus. n. The first chamber in the heart of fish, amphibians, reptiles, and the embryos of birds and mammals, which receives blood from the veins and contracts to force the blood into the atrium.inus veÂ·noÂ·sus. n. The first chamber in the heart of fish, amphibians, reptiles, and the embryos of birds and mammals, which receives blood from the veins and contracts to force the blood into the atrium.


Sinus Venosus
sinus venosus. (embryology). The vessel in the transverse septum of the embryonic mammalian heart into which open the vitelline, allantoic, and common cardinal veins.(vertebrate zoology). The chamber of the lower vertebrate heart to which the veins return blood from the body.n the sinus venosus is found the sinus node (Remakâs ganglion), the center in which the primary impulses of heart contraction originate. In reptiles (except for Hatteria) the sinus venosus loses complete independence and enters, to one degree or another, into the structure of the right auricle.


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The sinus venosus is the most caudal of the primitive heart chambers. By the fourth week of development, it receives blood from the three sets of veins; on each side:1  anterior and posterior cardinal veins via the common cardinal vein. 2  umbilical vein. 3  vitelline vein.hese veins merge on each side to form the sinus horns which enter the sinus venosus. Cephalically, the sinus venosus is in continuity with the primitive common atrium. The communication between the two is the sinuatrial junction. Folding and enlargement of the heart shift the junction cepahlically and to the right.


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Blood enters the heart through the sinus venosus which drains into the atrium. The posterior cardinal sinuses receive blood from the posterior parts of the body and drain through the common cardinal veins into the sinus venosus.lood enters the heart through the sinus venosus which drains into the atrium. The posterior cardinal sinuses receive blood from the posterior parts of the body and drain through the common cardinal veins into the sinus venosus.


Sinus Venosus
In birds and mammals the sinus venosus is formed in the embryo and subsequently (except in unkeeled birds) is completely incorporated in the wall of the right auricle, together with the sinus node; only in Monotremata are the sinoatrial valves preserved. (3) In a number of invertebrates, the same as venous lacunae.n the sinus venosus is found the sinus node (Remakâs ganglion), the center in which the primary impulses of heart contraction originate. In reptiles (except for Hatteria) the sinus venosus loses complete independence and enters, to one degree or another, into the structure of the right auricle.


Explain fish heart structure and function?
The sinus venosus receives unoxygenated blood from the body. A valve at the end of the sinus venosus opens into the atrium. b. The atrium has thick, muscular walls. The atrium receives unoxygenated blood and pumps it into the ventricle. c. The ventricle is the largest and most muscular chamber of the heart. valve at the end of the sinus venosus opens into the atrium. b. The atrium has thick, muscular walls. The atrium receives unoxygenated blood and pumps it into the ventricle. c. The ventricle is the largest and most muscular chamber of the heart.


Evolution of the Sinus Venosus from Fish to Human
No. The sinus venosus, the cardiac chamber upstream of the (right) atrium, is a severely underinvestigated structure. Yet, its myocardium harbors the cardiac pacemaker in all vertebrates.n ectothermic vertebrates, i.e. , fishes, amphibians and reptiles, the sinus venosus aids atrial filling by contracting prior to the atrium (atria). This is facilitated by the sinuatrial delay of approximately the same duration as the atrioventricular delay, which facilitates atrial filling of the ventricles.


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Appropriate responses are carried out by effectors (a muscle or gland). The Neuron. The neuron, a nerve cell, is the functional unit of the nervous system that carries the impulse (the message) to the appropriate part of the nervous system or interprets the impulse and allows a response.There are three types of neurons and each has different functions.ppropriate responses are carried out by effectors (a muscle or gland). The Neuron. The neuron, a nerve cell, is the functional unit of the nervous system that carries the impulse (the message) to the appropriate part of the nervous system or interprets the impulse and allows a response.


Nerve impulse
Nerve impulse. Definition. noun. (1) The movement of action potential along a nerve fiber in response to a stimulus (such as touch, pain, heat or cold). (2) The relaying of a coded signal that travels along a nerve cell membrane to an effector, such as muscle, gland or another nerve cell.Supplement. A nerve impulse is the relaying of a coded signal from a nerve cell to an effector (a muscle cell, a gland cell or another nerve cell) in response to a stimulus.It is the means by which a nerve cell communicates with another cell.erve impulse. Definition. noun. (1) The movement of action potential along a nerve fiber in response to a stimulus (such as touch, pain, heat or cold). (2) The relaying of a coded signal that travels along a nerve cell membrane to an effector, such as muscle, gland or another nerve cell.


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An impulse begins when a neuron is stimulated by another neuron or by a stimulus in the environment. The cell membranes begin to change the flow of ions and a reversal of charges, the action potential, results. An impulse that changes one neuron, changes the next.ppropriate responses are carried out by effectors (a muscle or gland). The Neuron. The neuron, a nerve cell, is the functional unit of the nervous system that carries the impulse (the message) to the appropriate part of the nervous system or interprets the impulse and allows a response.


Action potential
In beta cells of the pancreas, they provoke release of insulin. Action potentials in neurons are also known as  nerve impulses  or spikes, and the temporal sequence of action potentials generated by a neuron is called its  spike train .A neuron that emits an action potential is often said to fire.everal types of cells support an action potential, such as plant cells, muscle cells, and the specialized cells of the heart (in which occurs the cardiac action potential). However, the main excitable cell is the neuron, which also has the simplest mechanism for the action potential.


Action potential
Action potentials are generated by special types of voltage-gated ion channels embedded in a cell's plasma membrane. These channels are shut when the membrane potential is near the resting potential of the cell, but they rapidly begin to open if the membrane potential increases to a precisely defined threshold value.everal types of cells support an action potential, such as plant cells, muscle cells, and the specialized cells of the heart (in which occurs the cardiac action potential). However, the main excitable cell is the neuron, which also has the simplest mechanism for the action potential.


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Neurophysiology â¢ Neurons are highly sensitive to stimuli. When a neuron is adequately stimulated, an electrical impulse is conducted along the length of the axon. â¢ The response is always the same, regardless of the source or type of stimulus.A.) Basic Principles of Electricity â¢ In the body, electrical currents reflect the flow of ions across the cell membrane.hen a neuron is adequately stimulated, an electrical impulse is conducted along the length of the axon. â¢ The response is always the same, regardless of the source or type of stimulus. A.) Basic Principles of Electricity â¢ In the body, electrical currents reflect the flow of ions across the cell membrane.


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Impulse conduction-an impulse is simply the movement of action potentials along a nerve cell. Action potentials are localized (only affect a small area of nerve cell membrane). So, when one occurs, only a small area of membrane depolarizes (or 'reverses' potential).eurons & the Nervous System. The human nervous system consists of billions of nerve cells (or neurons)plus supporting (neuroglial) cells. Neurons are able to respond to stimuli (such as touch, sound, light, and so on), conduct impulses, and communicate with each other (and with other types of cells like muscle cells).


Nerves and hormones
Acetylcholine-click on image to open. When the nerve impulse reaches the pre-synaptic membrane it depolarises the membrane. This causes changes in the electrical potential of the immediate environment, i.e. a localised ion transfer reaction is started.This action alters its permeability in favour of calcium ions, Ca 2+ .cetylcholine-click on image to open. When the nerve impulse reaches the pre-synaptic membrane it depolarises the membrane. This causes changes in the electrical potential of the immediate environment, i.e. a localised ion transfer reaction is started.


Definition: Vetiver
Vetiver is a common ingredient in fragrances and after shave for men, but until I became a beauty editor, I had no idea what it actually was. As it turns out, vetiver is a tall grass that grows in volcanic areas of India and Haiti.


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In India, vetiver essential oil was an ingredient of ancient perfumes and was referred to as the oil of tranquility. It was also a common ingredient of incense powders in India and Sri Lanka, where it is called Khus.


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The scent of the vetiver oil is almost menacingly deep and earthy, when neat, herbaceous with a smokey impression when diluted and a cooling vibe. No wonder as linen, mats and canopies are drenched in vetiver water in India to keep houses cool during the scorching summers.


What Is Vetiver (Vetyver)
In this article, we explain where this popular fragrance ingredient comes from, what it smells like and we share actual perfumes that contain vetiver. Vetiver (in French, vetyver) is a grass from the Poaceae family of plants, which also includes lemongrass and citronella.


What Is Vetiver (Vetyver)
Vetiver Then and Now. In India, vetiver essential oil was an ingredient of ancient perfumes and was referred to as the oil of tranquility. It was also a common ingredient of incense powders in India and Sri Lanka, where it is called Khus.


What Is Vetiver (Vetyver)
Vetiver (in French, vetyver) is a grass from the Poaceae family of plants, which also includes lemongrass and citronella. Vetiver is a fast-growing perennial that can survive up to 50 years or more, with a large, interlinked root system.


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The scent of vetiver oil. The essential oil of vetiver has a dark brown color and and is rather thick in consistency. The scent of the vetiver oil is almost menacingly deep and earthy, when neat, herbaceous with a smokey impression when diluted and a cooling vibe.


What Is Vetiver (Vetyver)
Where It's Found. Vetiver is native to Southern India, Sri Lanka and Indonesia, but today is widely cultivated in various countries around the world, including Reunion, Haiti, the Philippines, Japan, the Comoro Islands, West Africa and Polynesia.


Vetiver Perfume â Comprehensive Guide to Best Vetiver Perfumes
Vetiver perfume â earthy, almost loamy, often thought of as one of the more masculine notes. When I do these guides, the characteristics of the note seems to invade how I write about it. Vetiver, while thought of as refined, more masculine, can also be warm, nutty, spicy, green, fierce.


Sodapop Curtis
Sodapop Curtis, often just called Soda by his friends and family, is one of the six main characters of The Outsiders. Almost seventeen during the events of the narrative, Soda is, for the most part, affably cheerful and kind; he is shown to be, at times, almost motherly toward his two brothers, Darry and Ponyboy.


Original Series
Sodapop Curtis is the brother of Ponyboy Curtis. He is a pretty boy with a good attitude. This âOutsidersâ character is portrayed in the movie by Rob Lowe, who went on to have a very successful movie career as a member of the Brat Pack. Darrel Curtis. Darrel Curtis is the older brother of Ponyboy and Sodapop.


Who plays ponyboy in the movie outsiders?
1983 drama about the tension between members of two rival gangs.   C. Thomas Howell as Ponyboy Curtis  Matt Dillon as Dallas Winston  Ralph Macchio as Johnny Cade  Patr â¦ ick Swayze as Darrel Curtis  Rob Lowe as Sodapop Curtis  Emilio Estevez as Two-bit Matthews  Tom Cruise as Steve Randle.


The Outsiders  (film)
Plot [edit]. In 1965 Tulsa, Oklahoma, Greasers are a gang of tough, low-income working-class teens. They include Ponyboy Curtis (Howell) and his two older brothers, Sodapop (Lowe) and Darrel (Swayze), as well as Johnny Cade (Macchio), Dallas Winston (Dillon), Two-Bit Matthews (Estevez), and Steve Randle (Cruise).


"""The Outsiders"" Who's Who in the Greasers?"
Ponyboy Curtis is a 14-year-old boy whose world has been turned upside down. His parents were killed in an automobile accident just eight months before The Outsiders story takes place. He lives with his oldest brother, Darry, who is 20 years old and has legal custody of him and his other brother, Sodapop, who is 16.


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Sodapop Curtis in The Outsiders, is a happy-go-lucky guy who likes to hang out with his friends at Jay's and the Dingo. He likes cars and girls, especially Sandy, who eventual â¦ ly moves to Florida.


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Sodapop Curtis in The Outsiders, is a happy-go-lucky guy who likes to hang out with his friends at Jay's and the Dingo. He likes cars and girls, especially Sandy, who eventual â¦ ly moves to Florida. Moreover, he loves to joke around.


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Sodapop Curtis in The Outsiders, is a happy-go-lucky guy who likes to hang out with his friends at Jay's and the Dingo.


Sodapop Curtis
Sodapop Curtis, often just called Soda by his friends and family, is one of the six main characters of The Outsiders.


Who plays ponyboy in the movie outsiders?
Confidence votes 14.7K. 1983 drama about the tension between members of two rival gangs. C. Thomas Howell as Ponyboy Curtis Matt Dillon as Dallas Winston Ralph Macchio as Johnny Cade Patrick Swayze as Darrel Curtis Rob Lowe as Sodapop Curtis Emilio Estevez as Two-bit Matthews Tom Cruise as Steve Randle.


Why Are My Teeth Sensitive?
If you experience pain or discomfort when consuming foods or beverages that are hot, cold, sweet, or sour; when brushing or flossing; or even when breathing sharp, cold air, you may have sensitive teeth.


Why Are My Teeth Sensitive?
Toothpaste for sensitive teeth usually contains a desensitizing agent that protects the exposed dentin by blocking the tubes in the teeth that are connected to nerves. In most cases, these products must be used on a regular basis for at least a month before any therapeutic benefits may be noticed.


Why Are My Teeth Sensitive?
Avoid using hard-bristled toothbrushes and brushing your teeth too hard, which can wear down the tooth's surface and expose sensitive spots. The way to find out if you're brushing your teeth too hard is to take a good look at your toothbrush. If the bristles are pointing in multiple directions, you're brushing too hard.


Why Are My Teeth Sensitive?
Tooth sensitivity can be reduced by using a desensitizing toothpaste; having your dentist apply sealants and other desensitizing and filling materials, including fluoride; and decreasing the intake of acid-containing foods.


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1 Teeth grinding â over time, grinding or clenching your teeth can erode enamel and expose dentin. 2  Gum disease â gum disease leads to tooth decay which breaks down enamel; gum disease can also lead to infection which may attack the toothâs roots or cause the gum line to recede.


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1 Try a desensitizing toothpaste which contains chemicals that block sensations like hot and cold from reaching the nerves in your teeth. 2  Use a soft-bristled toothbrush that will be gentler on both your teeth and gums. 3  Switch to a fluoride mouthwash. 4  Avoid acidic foods such as tea, tomatoes, and citrus fruits.


Why Are My Teeth Sensitive?
Tooth sensitivity is caused by the movement of fluid within tiny tubes located in the dentin (the layer of tissue found beneath the hard enamel that contains the inner pulp), which results in nerve irritation.


When Heat and Cold Hurt Your Teeth
When Heat and Cold Hurt Your Teeth. Here's how to banish the pain of sensitive teeth. By Elizabeth B. Krieger. WebMD Magazine-Feature. Reviewed by Eric Yabu, DDS. Perhaps you've taken a swig of a cold drink and winced in pain. Or inhaled on a chilly day and felt a jolt when the air hit your teeth. Maybe you found yourself unable to enjoy a cup of hot tea without a sharp ache punctuating each sip. If any of these situations sounds familiar, you probably have sensitive teeth.


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Common causes of tooth sensitivity include: 1  Over-brushing â brushing your teeth too hard may wear down enamel or irritate the gum line, causing it to recede and expose the toothâs sensitive roots.


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1 Over-brushing â brushing your teeth too hard may wear down enamel or irritate the gum line, causing it to recede and expose the toothâs sensitive roots. 2  Cracked teeth â a crack or chip in your tooth may expose the underlying dentin or may fill with bacteria from plaque, causing the nerve to inflame.


Phospholipids
Phospholipids. Phospholipids make up an important class of lipids for the construction of cell membranes. The phospholipids are not true fats because they have one of the fatty acids replaced by a phosphate group.This sketch of a phospholipid molecule shows two fatty acids and a phosphate group attached to a glycerol backbone.hospholipids. Phospholipids make up an important class of lipids for the construction of cell membranes. The phospholipids are not true fats because they have one of the fatty acids replaced by a phosphate group.