Tranced
Bluelight Crew
The report was released last year but I'm pretty sure it didn't get it's own thread here. Numerous species of salvia containing Salvinorin A & B have been discovered in Europe. These are pretty common species, including Turkish Cliff Sage.
It gives some background as to how and where divinorum came from, and greatly increases the range of environments in which active salvia species can be grown... including Northern Europe (good luck growing divinorum outdoors here)!
The interesting thing for me is why sage, which is now known to have active species in Europe, has a name like sage. I wonder if this was once known more widely? It could already be known locally, in areas of Turkey where recognita grows.
Anyone tried it yet? Or tried growing it? Apparently it grows in USDA zones 6-9.
Screening of Hallucinogenic Compounds and Genomic Characterisation of 40 Anatolian Salvia Species.
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It gives some background as to how and where divinorum came from, and greatly increases the range of environments in which active salvia species can be grown... including Northern Europe (good luck growing divinorum outdoors here)!
The interesting thing for me is why sage, which is now known to have active species in Europe, has a name like sage. I wonder if this was once known more widely? It could already be known locally, in areas of Turkey where recognita grows.
Anyone tried it yet? Or tried growing it? Apparently it grows in USDA zones 6-9.
Screening of Hallucinogenic Compounds and Genomic Characterisation of 40 Anatolian Salvia Species.
INTRODUCTION:
Salvia, an important and widely available member of Lamiaceae family. Although comparative analysis on secondary metabolites in several Salvia species from Turkey has been reported, their hallucinogenic chemicals have not been screened thoroughly.
OBJECTIVE:
This study provides LC-MS/MS analysis of 40 Salvia species for screening their psychoactive constituents of salvinorin A and salvinorin B. 5S-rRNA gene non-coding region of Salvia plants was sequenced, aligned and compared with that sequence of Salvia divinorum plant.
METHODOLOGY:
Targeted molecules of salvinorin A and salvinorin B were quantified, using LC-MS/MS, from all aerial parts of 40 Salvia species, collected from different parts of Turkey. Regions of 5S-rRNA gene from different species were amplified by polymerase chain reaction and DNA sequences were aligned with Salvia divinorum DNA sequences.
RESULTS:
Very few of the Salvia species (S. recognita, S. cryptantha and S. glutinosa) contained relatively high levels of salvinorin A (212.86 ? 20.46 μg/g, 51.50 ? 4.95 μg/g and 38.92 ? 3.74 μg/g, respectively). Salvinorin B was also found in Salvia species of S. potentillifolia, S. adenocaulon and S. cryptantha as 2351.99 ? 232.22 μg/g, 768.78 ? 75.90 μg/g and 402.24 ? 39.71 μg/g, respectively. The sequences of 5S-rRNA gene of 40 different Salvia species were presented and it was found that none of the Salvia species in Turkey had similar DNA sequence to Salvia divinorum plant.
CONCLUSION:
This is the first report of screening 40 Salvia species in Turkey according to their psychoactive constituents, salvinorin A and salvinorin B and their genomic structures. It is possible that some of these Salvia species may exhibit some psycho activity. Thus, they need to be screened further. Copyright ? 2017 John Wiley & Sons, Ltd.
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