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it depends what model.
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∙ 11y ago
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Country and city of origin for mitsubishi carsggffgjmklpplplkjvnnm n N?
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How can one reduce fatty material in leg arteries?
Improving the diet so that less saturated fat and cholesterol are consumed would be the most obvious way to reduce the accumulation of fats in the body. Eliminating red meats such as beef, bacon and whole dairy products would be a great first step. Increasing fiber intake drastically would be another great step to take. You can also talk to your doctor about drugs that may block these fats from attaching. There is a natural supplement called Red Yeast Rice (from a Chinese yeast that grows on rice) also called RYR that is basically chemically similar to the statin drug lovastatin. You might try it if you aren't desperate for real results, since there is no way to tell how much statin is in the stuff and no research to tell you whether it is going to be effective or not. Most of the evidence on RYR is anecdotal. They sell RYR at Costco. If you think you might need real statins or low-dose aspirin, talk to a physician (MD, DO, PA, or NP).
What is the difference between gods and goddess and ehudeiqw hduiqwdh uwehr hfuhdfuh vheufh huehf ueh uehfuajf jdjaif basuivbryu asuyrb v yrv yrv ryr yegf gfgsdh eyf euye yue uyf eoaofyfb ye eye?
NOTHING!!!!!!!!
Who was the owner of the 88 before Dale Earnhardt Jr?
Nascar owns the car numbers and leases them to each race team on an annual basis.Before Dale Jr. began driving the #88 car in 2008, it was Robert Yates Racing who used the number.In September 2007, RYR transferred the #88 to Hendrick Motorsports.In 2008, Yates switched to the #28 car.
A bag contains 12 red balls and 8 yellow balls. Three balls are taken out of the bag and on each occasion, the ball is not returned to the bag. Find the probability of obtaining two red balls and a yellow ball in any order?
In essence there are only 3 possibilities: RRY RYR YRR The sum of the odds of these three things is the possibility of one of them happening. The order does matter in this, because which one you draw first affects the odds of which one you draw second in this scenario. There's 20 balls to begin with, and each time we remove a ball we're decreasing the total number, so the odds break down like this: RRY: 12/20 * 11/19 * 8/18 RYR: 12/20 * 8/19 * 11/18 YRR: 8/20 * 12/19 * 11/18 Because of the specific circumstances the odds of each are actually the same (because we're decreasing the total pool and the individual pools at the same rate in all three, essentially they're the same numbers in different orders). Each has a roughly 15.2% chance, and adding those odds together gives us the odds of one of them happening (but it doesn't matter which one). Totaling to a roughly 46.2% chance of drawing some combination of the three. For comparison, there's a 19.2% chance that they come up as RRR, and a mere 4.9% chance that they come up YYY. The odds of two yellows and a red, meanwhile is about 29.4. Note that, because of my rounding this only totals out to 99.7%, but you get the picture. If you need the odds to a more specific decimal point, you can plug in the numbers and get the full totals.
Is multi- grain bread bad for gout?
Bread is among the foods that is the lowest in purines which are metabolized into uric acid by the body.(100 mg. uric acid/100 g and less) Bread, wheat (flour) or (white bread) Total Purines in mg uric acid/100 g (Average) 14 Nutr. Density in mg/M J13.9
How an action potential was initiated?
When muscle cells are stimulated, they contract and exert a force in one direction. Stimulation of muscle cells is caused by nerve impulses carried from the central nervous system to the muscles. When the nerve impulse reaches the end of the neuron, it causes a transfer of the action potential in muscles, which leads to a contraction.There are three types of muscle cells in the body, which are cardiac, smooth and skeletal. Cardiac muscle is only found within the heart and has its own intrinsic method for contracting, although nerves can stimulate it to speed up or slow down as necessary. Smooth muscle is found in layers surrounding the organs, and it is stimulated by the autonomic, or involuntary, nervous system. Skeletal muscle is made up of fibers and causes movement. The action potential in muscles of the skeleton is carried by the somatic, or voluntary, nervous system.Muscle cells will not contract on their own, but must be stimulated first by a nerve impulse. The axons of neurons meet muscle cells at the neuromuscular junction. To ensure that muscle contraction is simultaneous and fast, there are many neuromuscular junctions found across a muscle. All of these neurons send impulses at the same time to initiate an action potential in muscles. Having many neuromuscular junctions for each muscle allows the body to control the force of the contraction by varying the number of units that send the impulse to the muscle.When the action potential reaches the terminal end of the axon at a neuromuscular junction, vesicles fuse with the cell membrane to allow the release of a neurotransmitter - acetylcholine. The neurotransmitter spreads across the gap between the neuron and the muscle cell, until it reaches the sarcolemma, which is the membrane surrounding a muscle cell. Acetylcholine causes the permeability of the sarcolemma to change, so that sodium ions can enter and leave the membrane. This change in ions depolarizes the membrane and causes an action potential in muscles to be fired.When a muscle is at rest, tropomyosin blocks the myosin binding sites found on the actin filaments. During a contraction, myosin attaches to actin and performs a type of rowing action along the actin filaments. This causes the muscle to contract. For this to occur, myosin must be able to bind to actin, so the tropomyosin must be moved.The depolarization caused by the nerve impulse spreads across the sarcolemma and the T system - a system of tubes connected to the sarcoplasmic reticulum. Both the T system and the sarcoplasmic reticulum contain calcium ions, which are released when there is an action potential in muscles. The calcium ions diffuse throughout the muscle cell and attach to a protein called troponin, which is attached to the tropomyosin filaments found on the actin fibers. The troponin changes shape when calcium ions attach to it, which moves the tropomyosin filaments and frees the myosin binding sites along actin fibers. Myosin can now come in contact with actin and cause a muscle contraction.
