flow of coronaries, relieving many symptoms of anxiety, tension and stiffness of the chest, shortness of breath, etc. These receptors regulate considerably other neurotransmitters in the brain, as dopamine and glutamate. The dopamine is not only responsible for the positive feelings that can affect sleep, mood, memory, attention and voluntary movement. Other drugs such as cocaine and methamphetamine act also amplifying the effects of dopamine receptors, but on a larger scale. While the THC temporarily enhances the levels of dopamine, the CBD does not and in studies in mice and rats, it was discovered that its effect sporadic is that of the inhibitor. You will need other studies to understand the reason for this and the modalities according to which takes place in a random manner. Probably has to do with one of the other 83cannabinoids which we know so little. Both the CBD that THC have demonstrated, if taken individually to operate against tumors, but also have synergies if used together. We need clinical trials with more detailed in order to identify exactly the features that have when acting together in the form of cannabis. Unfortunately, given that the cultivation and consumption of cannabis are still limited or prohibited in most countries in the world, lack of funds and the necessary resources on the part of governments and agencies to conduct this type of research. While some universities and schools have conducted studies throughout the world that lead to clear evidence on how there is a cannabis report/tumors, these conclusions are not definitive. This possible binding involves another receptor coupled to G proteins, called GPR55, sometimes described as the orphan receptor because it has not been inserted scientifically in a family of receptors, although many researchers consider that it is a third the cannabinoid receptor. The receptor GPR55 is located predominantly in the brain, concentrated around and inside the cerebello and is used to adjust the bone density and blood pressure. An example: when it has a receptor GPR55 hyperactive, signals increase and this may be related to osteoporosis. The Receptor promotes the activity of the cell osteoclast and the osteoclast is responsible of bone resorption, a process in which the calcium level in the bones is cleaved and transferred from the bones to blood, making it more weak. When activated, this receptor also contributes to the rapid growth (proliferation) of tumor cells and is related to many types of cancer. In some studies it has been demonstrated that the CBD blocks the signals of GPR55, reducing the proliferation of tumor cells and bone resorption and exerting Anticancer effects. Most of the tests on cannabis illegal are tests that detect THC and in most countries the CBD is totally legal and you can buy in many forms. Unfortunately does not have the same effect as in cannabis, combined, but can do wonders from the medical point of view even alone. Some university studies have demonstrated that has incredible effects on mice, reducing inflammation of rheumatoid arthritis 50% and also reducing the necrosis of 65% if taken immediately after an infarct. The effect caused by the plants (or foods) rich of CBD is generally more physical, while the effect of THC is more mental, but may vary depending on the ratio of CBD:THC. The difference can be easily distinguished when comparing the feeling of smoking cannabis and that of eating foods that contain cannabis. This is due to various reasons. One is that there is more CBD in the leaves of the plant with respect to the peaks and most of us takes the peaks to smoke and use the pruning of leaves for cooking. A second reason is that if heated, THC begins to burn at 150-157 degrees Celsius, while the cannabinoid CBD has a threshold of 160-180 degrees. I do not know you, but I do not know many recipes of biscuits or bakery products that can be cooked at less than 150 degrees and unless you are aware of methods to regulate the time and the cooking temperatures, you will have many chances to eat delicacies full of CBD. Even the stems contain more CBD peaks, then it is worth to use the whole plant. Contrary to what they feel in many, a plant cannot become a plant rich of CBD if it does not have a genetic make adequate. The proportion of THC and CBD and all other cannabinoids is genetically determined. The fact that there are very few plants to high production of CBD is a buffalo (high percentage means more than 4%): this comes from years and years of the intersections of plants in order to obtain a high THC content. Only 25-30% of the seeds available today can potentially become a strain rich of CBD (i.e.>4%). When these strains potential create seeds, this group of seeds will produce different phenotypes of shoots, creating plants rich of CBD and plants rich of THC in every generation. On average, a seed on four that originates from a cannabis plant rich of CBD will create a seedling with rich phenotype of the CBD. Even in occasions more rare, you will get a case on four, which means that the possibility of obtaining a seedling rich of CBD is 25-50%. The only easy way to disseminate a strain rich of CBD is to find these dominant phenotypes and make them grow to have a mother plant from which to remove the clones. All these clones will contain the exact proportion CBD:THC of the mother or the plant donor. How do you know if you have a strain rich of CBD? There are tests on chemical compounds that can be conducted on the plants during the vegetative phase to locate the shoots with the typical characteristics of the rich ones of the CBD. These tests allow breeders to have information on the report CBD:THC without having to wait for the harvest to test the flowers or the tops. When you have collected a sample of Cima, testatelo to detect the percentage of cannabinoids. There are two methods to carry out the tests: quantitative or qualitative. The difference between the two methods is substantially that one is targeted to the quality and the other to the amount. There are kits for performing the tests at home. The methods that have been used in the past growers to get the maximum potential of the CBD in plants do not seem to work and tend to have a roller coaster effect that reduces the amount of THC in plants, given that turns into another type of tetrahydrocannabinol called CBN. The only method of which many growers speak is to let the plants exceed the flowering stage, i.e. the time of the harvest and leave that the trichomes become fully amber everywhere li you see with a microscope. Although this method seems to increase the production of the CBD, there are studies in support of this thesis and every day more leads to reduction of THC, since it is degraded or oxidizes becoming CBN. The flow of coronaries, relieving many symptoms of anxiety, tension and stiffness of the chest, shortness of breath, etc. These receptors regulate considerably other neurotransmitters in the brain, as dopamine and glutamate. The dopamine is not only responsible for the positive feelings that can affect sleep, mood, memory, attention and voluntary movement. Other drugs such as cocaine and methamphetamine act also amplifying the effects of dopamine receptors, but on a larger scale. While the THC temporarily enhances the levels of dopamine, the CBD does not and in studies in mice and rats, it was discovered that its effect sporadic is that of the inhibitor. You will need other studies to understand the reason for this and the modalities according to which takes place in a random manner. Probably has to do with one of the other 83cannabinoids which we know so little. Both the CBD that THC have demonstrated, if taken individually to operate against tumors, but also have synergies if used together. We need clinical trials with more detailed in order to identify exactly the features that have when acting together in the form of cannabis. Unfortunately, given that the cultivation and consumption of cannabis are still limited or prohibited in most countries in the world, lack of funds and the necessary resources on the part of governments and agencies to conduct this type of research. While some universities and schools have conducted studies throughout the world that lead to clear evidence on how there is a cannabis report/tumors, these conclusions are not definitive. This possible binding involves another receptor coupled to G proteins, called GPR55, sometimes described as the orphan receptor because it has not been inserted scientifically in a family of receptors, although many researchers consider that it is a third the cannabinoid receptor. The receptor GPR55 is located predominantly in the brain, concentrated around and inside the cerebello and is used to adjust the bone density and blood pressure. An example: when it has a receptor GPR55 hyperactive, signals increase and this may be related to osteoporosis. The Receptor promotes the activity of the cell osteoclast and the osteoclast is responsible of bone resorption, a process in which the calcium level in the bones is cleaved and transferred from the bones to blood, making it more weak. When activated, this receptor also contributes to the rapid growth (proliferation) of tumor cells and is related to many types of cancer. In some studies it has been demonstrated that the CBD blocks the signals of GPR55, reducing the proliferation of tumor cells and bone resorption and exerting Anticancer effects. Most of the tests on cannabis illegal are tests that detect THC and in most countries the CBD is totally legal and you can buy in many forms. Unfortunately does not have the same effect as in cannabis, combined, but can do wonders from the medical point of view even alone. Some university studies have demonstrated that has incredible effects on mice, reducing inflammation of rheumatoid arthritis 50% and also reducing the necrosis of 65% if taken immediately after an infarct. The effect caused by the plants (or foods) rich of CBD is generally more physical, while the effect of THC is more mental, but may vary depending on the ratio of CBD:THC. The difference can be easily distinguished when comparing the feeling of smoking cannabis and that of eating foods that contain cannabis. This is due to various reasons. One is that there is more CBD in the leaves of the plant with respect to the peaks and most of us takes the peaks to smoke and use the pruning of leaves for cooking. A second reason is that if heated, THC begins to burn at 150-157 degrees Celsius, while the cannabinoid CBD has a threshold of 160-180 degrees. I do not know you, but I do not know many recipes of biscuits or bakery products that can be cooked at less than 150 degrees and unless you are aware of methods to regulate the time and the cooking temperatures, you will have many chances to eat delicacies full of CBD. Even the stems contain more CBD peaks, then it is worth to use the whole plant. Contrary to what they feel in many, a plant cannot become a plant rich of CBD if it does not have a genetic make adequate. The proportion of THC and CBD and all other cannabinoids is genetically determined. The fact that there are very few plants to high production of CBD is a buffalo (high percentage means more than 4%): this comes from years and years of the intersections of plants in order to obtain a high THC content. Only 25-30% of the seeds available today can potentially become a strain rich of CBD (i.e.>4%). When these strains potential create seeds, this group of seeds will produce different phenotypes of shoots, creating plants rich of CBD and plants rich of THC in every generation. On average, a seed on four that originates from a cannabis plant rich of CBD will create a seedling with rich phenotype of the CBD. Even in occasions more rare, you will get a case on four, which means that the possibility of obtaining a seedling rich of CBD is 25-50%. The only easy way to disseminate a strain rich of CBD is to find these dominant phenotypes and make them grow to have a mother plant from which to remove the clones. All these clones will contain the exact proportion CBD:THC of the mother or the plant donor. How do you know if you have a strain rich of CBD? There are tests on chemical compounds that can be conducted on the plants during the vegetative phase to locate the shoots with the typical characteristics of the rich ones of the CBD. These tests allow breeders to have information on the report CBD:THC without having to wait for the harvest to test the flowers or the tops. When you have collected a sample of Cima, testatelo to detect the percentage of cannabinoids. There are two methods to carry out the tests: quantitative or qualitative. The difference between the two methods is substantially that one is targeted to the quality and the other to the amount. There are kits for performing the tests at home. The methods that have been used in the past growers to get the maximum potential of the CBD in plants do not seem to work and tend to have a roller coaster effect that reduces the amount of THC in plants, given that turns into another type of tetrahydrocannabinol called CBN. The only method of which many growers speak is to let the plants exceed the flowering stage, i.e. the time of the harvest and leave that the trichomes become fully amber everywhere li you see with a microscope. Although this method seems to increase the production of the CBD, there are studies in support of this thesis and every day more leads to reduction of THC, since it is degraded or oxidizes becoming CBN. The flow of coronaries, relieving many symptoms of anxiety, tension and stiffness of the chest, shortness of breath, etc. These receptors regulate considerably other neurotransmitters in the brain, as dopamine and glutamate. The dopamine is not only responsible for the positive feelings that can affect sleep, mood, memory, attention and voluntary movement. Other drugs such as cocaine and methamphetamine act also amplifying the effects of dopamine receptors, but on a larger scale. While the THC temporarily enhances the levels of dopamine, the CBD does not and in studies in mice and rats, it was discovered that its effect sporadic is that of the inhibitor. You will need other studies to understand the reason for this and the modalities according to which takes place in a random manner. Probably has to do with one of the other 83cannabinoids which we know so little. Both the CBD that THC have demonstrated, if taken individually to operate against tumors, but also have synergies if used together. We need clinical trials with more detailed in order to identify exactly the features that have when acting together in the form of cannabis. Unfortunately, given that the cultivation and consumption of cannabis are still limited or prohibited in most countries in the world, lack of funds and the necessary resources on the part of governments and agencies to conduct this type of research. While some universities and schools have conducted studies throughout the world that lead to clear evidence on how there is a cannabis report/tumors, these conclusions are not definitive. This possible binding involves another receptor coupled to G proteins, called GPR55, sometimes described as the orphan receptor because it has not been inserted scientifically in a family of receptors, although many researchers consider that it is a third the cannabinoid receptor. The receptor GPR55 is located predominantly in the brain, concentrated around and inside the cerebello and is used to adjust the bone density and blood pressure. An example: when it has a receptor GPR55 hyperactive, signals increase and this may be related to osteoporosis. The Receptor promotes the activity of the cell osteoclast and the osteoclast is responsible of bone resorption, a process in which the calcium level in the bones is cleaved and transferred from the bones to blood, making it more weak. When activated, this receptor also contributes to the rapid growth (proliferation) of tumor cells and is related to many types of cancer. In some studies it has been demonstrated that the CBD blocks the signals of GPR55, reducing the proliferation of tumor cells and bone resorption and exerting Anticancer effects. Most of the tests on cannabis illegal are tests that detect THC and in most countries the CBD is totally legal and you can buy in many forms. Unfortunately does not have the same effect as in cannabis, combined, but can do wonders from the medical point of view even alone. Some university studies have demonstrated that has incredible effects on mice, reducing inflammation of rheumatoid arthritis 50% and also reducing the necrosis of 65% if taken immediately after an infarct. The effect caused by the plants (or foods) rich of CBD is generally more physical, while the effect of THC is more mental, but may vary depending on the ratio of CBD:THC. The difference can be easily distinguished when comparing the feeling of smoking cannabis and that of eating foods that contain cannabis. This is due to various reasons. One is that there is more CBD in the leaves of the plant with respect to the peaks and most of us takes the peaks to smoke and use the pruning of leaves for cooking. A second reason is that if heated, THC begins to burn at 150-157 degrees Celsius, while the cannabinoid CBD has a threshold of 160-180 degrees. I do not know you, but I do not know many recipes of biscuits or bakery products that can be cooked at less than 150 degrees and unless you are aware of methods to regulate the time and the cooking temperatures, you will have many chances to eat delicacies full of CBD. Even the stems contain more CBD peaks, then it is worth to use the whole plant. Contrary to what they feel in many, a plant cannot become a plant rich of CBD if it does not have a genetic make adequate. The proportion of THC and CBD and all other cannabinoids is genetically determined. The fact that there are very few plants to high production of CBD is a buffalo (high percentage means more than 4%): this comes from years and years of the intersections of plants in order to obtain a high THC content. Only 25-30% of the seeds available today can potentially become a strain rich of CBD (i.e.>4%). When these strains potential create seeds, this group of seeds will produce different phenotypes of shoots, creating plants rich of CBD and plants rich of THC in every generation. On average, a seed on four that originates from a cannabis plant rich of CBD will create a seedling with rich phenotype of the CBD. Even in occasions more rare, you will get a case on four, which means that the possibility of obtaining a seedling rich of CBD is 25-50%. The only easy way to disseminate a strain rich of CBD is to find these dominant phenotypes and make them grow to have a mother plant from which to remove the clones. All these clones will contain the exact proportion CBD:THC of the mother or the plant donor. How do you know if you have a strain rich of CBD? There are tests on chemical compounds that can be conducted on the plants during the vegetative phase to locate the shoots with the typical characteristics of the rich ones of the CBD. These tests allow breeders to have information on the report CBD:THC without having to wait for the harvest to test the flowers or the tops. When you have collected a sample of Cima, testatelo to detect the percentage of cannabinoids. There are two methods to carry out the tests: quantitative or qualitative. The difference between the two methods is substantially that one is targeted to the quality and the other to the amount. There are kits for performing the tests at home. The methods that have been used in the past growers to get the maximum potential of the CBD in plants do not seem to work and tend to have a roller coaster effect that reduces the amount of THC in plants, given that turns into another type of tetrahydrocannabinol called CBN. The only method of which many growers speak is to let the plants exceed the flowering stage, i.e. the time of the harvest and leave that the trichomes become fully amber everywhere li you see with a microscope. Although this method seems to increase the production of the CBD, there are studies in support of this thesis and every day more leads to reduction of THC, since it is degraded or oxidizes becoming CBN. The