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Rachel
I've had a headache all day, and I want it gone :( but I can't swallow pills and I already took baby asprin in the morning, and I took some liquid childrens medicine almost two hours ago. but it still won't go away. it's at bay right now, like it doesn't hurt as much but it's still bothering me a lot. and I can feel it like behind my right eye. and tips or remedies are appreciated. thanks in advance!
Answer
IHave you seen an orthodontist/dentist to be examined for TMJ/TMD. Tension stress from your TM joint in your jaw can make you sickly with migraines if out of place even a smidge.I got it from a jolt to my head and the tmj muscles stretched out causing sickening headaches, face pain and ear aches. Please check even with your doctor about it.
Many things can trigger a HEADACHES/MIGRAINES: using your arm in an awkward way (bowling) when you don't normally do that, lack of food (skipping meals), head resting in a hairdressers sink, going to a concert with light show, video game screen with fast movements & flashing lights, staring in the light (sun) constantly on your eyes...etc.
You may want to check your settings on all your digital items that you are using. Each device you use has a warning that MANY COMPLETELY IGNORE. Go under your settings for your screen settings on your computer, laptops, televisions, monitors, digital games, etc. AND LOWER THE BRIGHTNESS ON THE SCREEN.
Also, don't forget that all these items are a heat source and depending on how close you are to the item you are using, you are affecting your personal body sources. (ie. flickering lights affect the eyes, laptops on laps affect fluids. etc.)
You may be completely dehydrated if you aren't drinking adequates amounts of water daily. Here's a guide to help you figure out how much water you require daily for your weight.
? Your Weight Times (.5) Equals Divided By 8oz (or 1 Cup) Equals # Cups of Water/Day
• 150lbs x .5 = 75/8 = 9 Cups of Water/day
• 175lbs x .5 = /8 = 11 Cups of Water/day
• 200lbs x .5 = 100/8 = 12.5 Cups Water/day
If you take your medication with an extra caffeine drink, it will hit your system faster, but that only means enough to swallow the medication and wash it down. It does not mean drink an entire can or you will suffer from extreme caffeine withdrawal (rebound migraines).
1. I used to use a combination of medications which included 400mg Ibuprofen 4x a day with food. This takes the swelling and inflammation down. DO NOT exceed1600mg in one day and you may need prilosec for stomach protection as ALL ANTI INFLAMMATORIES are difficult on the stomach. ***You can use Tylenol with Ibuprofen and Aspirin watch for daily maximums & don't exceed.
2. Robaxacet is Tylenol (acetominophen) combined with methocarbonal (muscle relaxant)...this also comes with codeine on request from the pharmacist. This only relaxes any tight muscles around the pain and helps reduce some pain. You can use Robaxacet with Ibuprofen and Aspirin, BUT NOT Tylenol as it's already an ingredient in this pill.
3. Robaxacyl is Aspirin (acetylsalicylic acid) combines with methocarbonal (muscle relaxant)...this has a blood thinning active ingredient and isn't ideal for anyone under age 16 years or complications with blood pressure, ailments, etc. This both takes down the inflammation as well as treats the pain.You can use Robaxacyl with Ibuprofen and Tylenol, BUT NOT Aspirin as it's already an ingredient in this pill.
------------------------------...
4. Aleve is a Nonsteroidal Anti Inflammatory (Naproxen) which will helps reduce the inflammation, and as the inflammation decreases so does the pain; BUT you CANNOT mix this drug with any of the above mentioned safely.
5. Dynamint has been used on horses legs for years, but it does an amazing job on sore neck muscles. It's ingredients are Peppermint Oil, Eucalyptus Oil , Tea Tree Oil and Calendula Oil.
6. Deep Cold Gold is an alternative rub that works very well on tight aching tendons on your upper shoulders, neck and TMJ joints.
When I was 16 years old I had severe tension headaches that made the ligament behind my ear pop out like a big ole bump. The doctor prescribed a low dose of Elavil (amitryptaline) & it was gone within days. The Elavil in high doses is used for depression but they use it for car accidents because it relaxes the muscles from whiplash.
If you experience a headache with ANY LOSS OF WEAKNESS, SLURRING, IMBALANCE or FEVER, then you need to seek medical attention immediately for a consult to make sure there isn't something more serious going on.
IHave you seen an orthodontist/dentist to be examined for TMJ/TMD. Tension stress from your TM joint in your jaw can make you sickly with migraines if out of place even a smidge.I got it from a jolt to my head and the tmj muscles stretched out causing sickening headaches, face pain and ear aches. Please check even with your doctor about it.
Many things can trigger a HEADACHES/MIGRAINES: using your arm in an awkward way (bowling) when you don't normally do that, lack of food (skipping meals), head resting in a hairdressers sink, going to a concert with light show, video game screen with fast movements & flashing lights, staring in the light (sun) constantly on your eyes...etc.
You may want to check your settings on all your digital items that you are using. Each device you use has a warning that MANY COMPLETELY IGNORE. Go under your settings for your screen settings on your computer, laptops, televisions, monitors, digital games, etc. AND LOWER THE BRIGHTNESS ON THE SCREEN.
Also, don't forget that all these items are a heat source and depending on how close you are to the item you are using, you are affecting your personal body sources. (ie. flickering lights affect the eyes, laptops on laps affect fluids. etc.)
You may be completely dehydrated if you aren't drinking adequates amounts of water daily. Here's a guide to help you figure out how much water you require daily for your weight.
? Your Weight Times (.5) Equals Divided By 8oz (or 1 Cup) Equals # Cups of Water/Day
• 150lbs x .5 = 75/8 = 9 Cups of Water/day
• 175lbs x .5 = /8 = 11 Cups of Water/day
• 200lbs x .5 = 100/8 = 12.5 Cups Water/day
If you take your medication with an extra caffeine drink, it will hit your system faster, but that only means enough to swallow the medication and wash it down. It does not mean drink an entire can or you will suffer from extreme caffeine withdrawal (rebound migraines).
1. I used to use a combination of medications which included 400mg Ibuprofen 4x a day with food. This takes the swelling and inflammation down. DO NOT exceed1600mg in one day and you may need prilosec for stomach protection as ALL ANTI INFLAMMATORIES are difficult on the stomach. ***You can use Tylenol with Ibuprofen and Aspirin watch for daily maximums & don't exceed.
2. Robaxacet is Tylenol (acetominophen) combined with methocarbonal (muscle relaxant)...this also comes with codeine on request from the pharmacist. This only relaxes any tight muscles around the pain and helps reduce some pain. You can use Robaxacet with Ibuprofen and Aspirin, BUT NOT Tylenol as it's already an ingredient in this pill.
3. Robaxacyl is Aspirin (acetylsalicylic acid) combines with methocarbonal (muscle relaxant)...this has a blood thinning active ingredient and isn't ideal for anyone under age 16 years or complications with blood pressure, ailments, etc. This both takes down the inflammation as well as treats the pain.You can use Robaxacyl with Ibuprofen and Tylenol, BUT NOT Aspirin as it's already an ingredient in this pill.
------------------------------...
4. Aleve is a Nonsteroidal Anti Inflammatory (Naproxen) which will helps reduce the inflammation, and as the inflammation decreases so does the pain; BUT you CANNOT mix this drug with any of the above mentioned safely.
5. Dynamint has been used on horses legs for years, but it does an amazing job on sore neck muscles. It's ingredients are Peppermint Oil, Eucalyptus Oil , Tea Tree Oil and Calendula Oil.
6. Deep Cold Gold is an alternative rub that works very well on tight aching tendons on your upper shoulders, neck and TMJ joints.
When I was 16 years old I had severe tension headaches that made the ligament behind my ear pop out like a big ole bump. The doctor prescribed a low dose of Elavil (amitryptaline) & it was gone within days. The Elavil in high doses is used for depression but they use it for car accidents because it relaxes the muscles from whiplash.
If you experience a headache with ANY LOSS OF WEAKNESS, SLURRING, IMBALANCE or FEVER, then you need to seek medical attention immediately for a consult to make sure there isn't something more serious going on.
Why are environmentalists going crazy over the new form of mining?
Maddie
I forget what it's called but they blow up the rocks waaaaay under the earth's surface to find oil somehow, and then they just collect it.. But environmentalists are going crazy because it affects the ecosystem
(which is false, it's a mile underground and can't hurt anything)
Answer
Some people respond more to political rhetoric and not factual information. They lack the ability (or motivation) to think critically.
1. Deep-well hydraulic fracturing does not travel far enough through the rock to affect or harm fresh-water supplies. Millions of fracturing jobs and thousands of field-monitoring tests have confirmed this.
2. Statistically, the chance of even minor water contamination from fracturing chemicals in properly constructed deep wells is less than 1 in 1 million. This is documented in various studies.
3. The height of any fracture produced by hydraulic fracturing is limited by natural lithostatic, hydrostatic, and tectonic stresses, as well as frac barriers formed by overlying layers of rock with different geomechanical properties so the typical fracture height is 100-300 feet above the wellbore.
4. It has been standard practice in the industry for decades to line well bores with heavy steel pipe which is cemented around the outside of the pipe. This pipe is placed and cemented to depths that go deeper than any freshwater aquifer in the area (this is the law in most places) before any deeper drilling takes place, especially any deeper drilling that is expected to encounter oil and gas.
5. Water contamination due to spilled industrial chemicals occurs rarely, but is always associated with accidents related to road transport, leaks of on-site surface storage, or during mixing and well construction phases. These failings are already regulated, in fact in the US these come under the full jurisdiction of the Environmental Protection Agency and do not have any exemptions from the Clean Water Act.
6. In the deep wells typical of shale gas no documented examples of chemical contamination from hydraulic fracturing have been found (except for surface spills at the well site or during transport).
7. Hydraulic fracturing has not been documented to increase the presence of methane (a harmless non-toxic gas that has no odor and must reach 5% concentrations to be ignited). Poor well construction from any type of well, including a hydraulically fractured well, a conventional oil well, or even a deep water well can cause methane contamination of shallow fresh-water aquifers. Most cases of methane in fresh water aquifers are the result of biogenic methane bacteria, and/or drawdown of water pressure in the water well that allows the methane that was already there to come out of solution and be desorbed from surrounding rock. Shallow coals and thin shales found in aquifer rocks are often the source of this methane and not associated with oil and gas drilling. High pressure air-drilling is sometimes used by the oil industry, as well as the water well drilling industry, and this can stir up sediment and activate bacteria in shallow fresh water zones. More care in this type of drilling would be appropriate.
8. Chemical disclosure of well fracturing fluids is already required by law in the United States and is not inappropriate. Full disclosure is required by OSHA and MSDS sheets are required by law to be available at the well site. Most states and oil and gas drillers are now disclosing these chemicals on public websites.
9. The first fracturing job took place in 1947. It is a little late to get upset about it now because nearly 90% of the wells drilled in the world use some application of this process. Nor is shale gas something new- the first shale gas well was drilled in Fredonia, New York in 1821. Shale fracturing research was first begun in the public sector by the US Department of Energy in the 1970's.
10. Most of the chemicals used in a typical fracturing job are found in your kitchen and bathroom. Polyacrimide is used in baby diapers and as a flocculant in public water treatment plants that process your drinking water. Glutaraldehyde can be found in hospitals, and household disinfectants. Ozone and chlorine dioxide are used in municipal water supplies to disinfect your drinking water. Ozone is also emitted by your laser printer. Phosphonate is found in detergents and used as a medical treatment for bone problems. Surfactants are nothing more than a technical name for dish soap. These are the five most commonly used chemicals in a frac job.
11. Fluid forced into the well that is not part of the flow-back water is never coming back. Shales are dessicated when they have generated gas and oil and the water is chemically bound to the shale. It is not coming out of the rock- it is now part of the rock.
12. The radioactivity of shale and water coming back out of a shale is well below Federal safety thresholds. Surface rocks such as granite are probably more likely to have dangerous levels of radioactivity than shales (and this is why I will not live in a house with a granite counter top).
Here is a well written paper explaining more about hydraulic fracturing:http://www.kgs.ku.edu/PRS/Fracturing/Frac_Paper_SPE_152596.pdf
Some people respond more to political rhetoric and not factual information. They lack the ability (or motivation) to think critically.
1. Deep-well hydraulic fracturing does not travel far enough through the rock to affect or harm fresh-water supplies. Millions of fracturing jobs and thousands of field-monitoring tests have confirmed this.
2. Statistically, the chance of even minor water contamination from fracturing chemicals in properly constructed deep wells is less than 1 in 1 million. This is documented in various studies.
3. The height of any fracture produced by hydraulic fracturing is limited by natural lithostatic, hydrostatic, and tectonic stresses, as well as frac barriers formed by overlying layers of rock with different geomechanical properties so the typical fracture height is 100-300 feet above the wellbore.
4. It has been standard practice in the industry for decades to line well bores with heavy steel pipe which is cemented around the outside of the pipe. This pipe is placed and cemented to depths that go deeper than any freshwater aquifer in the area (this is the law in most places) before any deeper drilling takes place, especially any deeper drilling that is expected to encounter oil and gas.
5. Water contamination due to spilled industrial chemicals occurs rarely, but is always associated with accidents related to road transport, leaks of on-site surface storage, or during mixing and well construction phases. These failings are already regulated, in fact in the US these come under the full jurisdiction of the Environmental Protection Agency and do not have any exemptions from the Clean Water Act.
6. In the deep wells typical of shale gas no documented examples of chemical contamination from hydraulic fracturing have been found (except for surface spills at the well site or during transport).
7. Hydraulic fracturing has not been documented to increase the presence of methane (a harmless non-toxic gas that has no odor and must reach 5% concentrations to be ignited). Poor well construction from any type of well, including a hydraulically fractured well, a conventional oil well, or even a deep water well can cause methane contamination of shallow fresh-water aquifers. Most cases of methane in fresh water aquifers are the result of biogenic methane bacteria, and/or drawdown of water pressure in the water well that allows the methane that was already there to come out of solution and be desorbed from surrounding rock. Shallow coals and thin shales found in aquifer rocks are often the source of this methane and not associated with oil and gas drilling. High pressure air-drilling is sometimes used by the oil industry, as well as the water well drilling industry, and this can stir up sediment and activate bacteria in shallow fresh water zones. More care in this type of drilling would be appropriate.
8. Chemical disclosure of well fracturing fluids is already required by law in the United States and is not inappropriate. Full disclosure is required by OSHA and MSDS sheets are required by law to be available at the well site. Most states and oil and gas drillers are now disclosing these chemicals on public websites.
9. The first fracturing job took place in 1947. It is a little late to get upset about it now because nearly 90% of the wells drilled in the world use some application of this process. Nor is shale gas something new- the first shale gas well was drilled in Fredonia, New York in 1821. Shale fracturing research was first begun in the public sector by the US Department of Energy in the 1970's.
10. Most of the chemicals used in a typical fracturing job are found in your kitchen and bathroom. Polyacrimide is used in baby diapers and as a flocculant in public water treatment plants that process your drinking water. Glutaraldehyde can be found in hospitals, and household disinfectants. Ozone and chlorine dioxide are used in municipal water supplies to disinfect your drinking water. Ozone is also emitted by your laser printer. Phosphonate is found in detergents and used as a medical treatment for bone problems. Surfactants are nothing more than a technical name for dish soap. These are the five most commonly used chemicals in a frac job.
11. Fluid forced into the well that is not part of the flow-back water is never coming back. Shales are dessicated when they have generated gas and oil and the water is chemically bound to the shale. It is not coming out of the rock- it is now part of the rock.
12. The radioactivity of shale and water coming back out of a shale is well below Federal safety thresholds. Surface rocks such as granite are probably more likely to have dangerous levels of radioactivity than shales (and this is why I will not live in a house with a granite counter top).
Here is a well written paper explaining more about hydraulic fracturing:http://www.kgs.ku.edu/PRS/Fracturing/Frac_Paper_SPE_152596.pdf
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Title Post: Any good remedies for getting rid of a headache..?
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