Tangerine Dream (Flower)

Rating: 8.83/10
AKA:
Brand: San Rafael '71
  • THC

    11 - 19%

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What is Tangerine Dream?

Take a hit and enjoy whatever floats your proverbial boat with Tangerine Dream. This mid-potency THC sativa, typically derived from G13 and Neville’s A5 Haze, is down for whatever the day brings on. With striking and unmistakable deep purple bud, a strong citrusy aroma, and a unique terpene profile (myrcene, alpha-pinene, caryophyllene, beta-pinene, and linalool), this is the sativa to help you tackle the day.


Terpene Profile

Terpene Thumnail

Guaiol

Guaiol, also referred to as champacol, is known for it's woodsy and floral scent. The scent profile is invigorating and uplifting, making for a more energetic high. This terpene is also commonly found in pine, nutmeg, cumin, and apple. Medically, guaiol has been researched for its anticancer and antibacterial properties.

Terpene Thumnail

Myrcene

Myrcene is one of the most common terpenes found in cannabis and is also the most likely terpene to be dominant in a strain. This terpene has long been used for it's calming sedative effects; however, you will find Myrcene in similar concentrations in both Sativa and Indica dominant strains. You will recognize myrcene from it's peppery, spicy fragrance. It often reminds users of earthy, musky notes, resembling cloves and imparts flavours from floral tang to herbal musk. Myrcene is can also be found in thyme, mango, lemongrass, and hops.

Terpene Thumnail

Pinene

Alpha-pinene and Beta-pinene are often found together and are two of the more common terpenes found in cannabis. The aptly named Pinenes have a pine scent reminiscent of a fresh forest aroma. Alpha-pinene and beta-pinene are also naturally found in many conifer trees, rosemary, parsley, eucalyptus oil, and orange peel. These terpenes have long been used for their anti-inflammatory properties, additionally many users find that Alpha-pinene and Beta-pinene may help dilate the airways to assist with breathing and may amplify the anti-anxiety and pain relieving properties of other cannabinoids and terpenes found in cannabis. Finally, there is evidence that Alpha-pinene and Beta-pinene are able to easily pass the blood brain barrier and act as an inhibitor to acetylcolynesterase, this interaction prevents the destruction of molecules responsible for transmission of information (acetylcholine), resulting in memory improvement and could counteract some of the negative effects of THC which lead to a decrease in acetylcholine levels.

Guaiol, also referred to as champacol, is known for it's woodsy and floral scent. The scent profile is invigorating and uplifting, making for a more energetic high. This terpene is also commonly found in pine, nutmeg, cumin, and apple. Medically, guaiol has been researched for its anticancer and antibacterial properties.

Myrcene is one of the most common terpenes found in cannabis and is also the most likely terpene to be dominant in a strain. This terpene has long been used for it's calming sedative effects; however, you will find Myrcene in similar concentrations in both Sativa and Indica dominant strains. You will recognize myrcene from it's peppery, spicy fragrance. It often reminds users of earthy, musky notes, resembling cloves and imparts flavours from floral tang to herbal musk. Myrcene is can also be found in thyme, mango, lemongrass, and hops.

Alpha-pinene and Beta-pinene are often found together and are two of the more common terpenes found in cannabis. The aptly named Pinenes have a pine scent reminiscent of a fresh forest aroma. Alpha-pinene and beta-pinene are also naturally found in many conifer trees, rosemary, parsley, eucalyptus oil, and orange peel. These terpenes have long been used for their anti-inflammatory properties, additionally many users find that Alpha-pinene and Beta-pinene may help dilate the airways to assist with breathing and may amplify the anti-anxiety and pain relieving properties of other cannabinoids and terpenes found in cannabis. Finally, there is evidence that Alpha-pinene and Beta-pinene are able to easily pass the blood brain barrier and act as an inhibitor to acetylcolynesterase, this interaction prevents the destruction of molecules responsible for transmission of information (acetylcholine), resulting in memory improvement and could counteract some of the negative effects of THC which lead to a decrease in acetylcholine levels.

Terpene Detail Thumnail

Guaiol

Guaiol, also referred to as champacol, is known for it's woodsy and floral scent. The scent profile is invigorating and uplifting, making for a more energetic high. This terpene is also commonly found in pine, nutmeg, cumin, and apple. Medically, guaiol has been researched for its anticancer and antibacterial properties.

Terpene Detail Thumnail

Myrcene

Myrcene is one of the most common terpenes found in cannabis and is also the most likely terpene to be dominant in a strain. This terpene has long been used for it's calming sedative effects; however, you will find Myrcene in similar concentrations in both Sativa and Indica dominant strains. You will recognize myrcene from it's peppery, spicy fragrance. It often reminds users of earthy, musky notes, resembling cloves and imparts flavours from floral tang to herbal musk. Myrcene is can also be found in thyme, mango, lemongrass, and hops.

Terpene Detail Thumnail

Pinene

Alpha-pinene and Beta-pinene are often found together and are two of the more common terpenes found in cannabis. The aptly named Pinenes have a pine scent reminiscent of a fresh forest aroma. Alpha-pinene and beta-pinene are also naturally found in many conifer trees, rosemary, parsley, eucalyptus oil, and orange peel. These terpenes have long been used for their anti-inflammatory properties, additionally many users find that Alpha-pinene and Beta-pinene may help dilate the airways to assist with breathing and may amplify the anti-anxiety and pain relieving properties of other cannabinoids and terpenes found in cannabis. Finally, there is evidence that Alpha-pinene and Beta-pinene are able to easily pass the blood brain barrier and act as an inhibitor to acetylcolynesterase, this interaction prevents the destruction of molecules responsible for transmission of information (acetylcholine), resulting in memory improvement and could counteract some of the negative effects of THC which lead to a decrease in acetylcholine levels.

Uplifted
Gym Ready
Productive
Focused
Social
Energetic

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Brendan49

8.5
03/03/21
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rmtoker

8
04/11/19
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Wildbillz

10
18/10/19