JohnnyChicago
Well-known member
Hi Johnny
My skinny leaf contest brother.
Here my #28 clone. I believe the most Hindu Kush or NL#2 or so I came across.
Smells like mangos.
Hi Johnny
How do you follow that?
She's gorgeous, thanks for posting.It's variegation.
Good eye, Piff_cat.
Smells are lemony, skunky, gassy/fermentation with the dark green terps of the US NL5.
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To compare, dried buds of what I consider a pheno that should be very similar to the US NL5 clone. (the one I have posted in june).
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Gosh I feel like I'm in a Twilight Zone episode because when I was growing up Northern New England Northern Lights look nothing like these nothing
Whatever happened to uniform Christmas tree cultivars, I'm not talking about two out of 10 I'm talking about like 20 out of 25
Actually NL2 is very indica.Anyone worth a snot knows N.L. #2 was the most sativa of the lot, N.L. #5 was the most indica. Everything else was in between these somewhere.
Whatever happened to uniform Christmas tree cultivars, I'm not talking about two out of 10 I'm talking about like 20 out of 25
She’s prettyOn another note, this plant is my child, found her in 2009, and will never part with her as long as I can help it. I'm germinating some Bx seeds I did of her now, only have one up, killed 2 other accidently.. looking forward to seeing how it turned out...
Northern Lights x Shiva
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Was that direct from Clark’s ethnobotany book?what a great description. got some info that could help on your quest for that shiny leaf one...... nld "hashplant" from xinijiang could be responsible for this line.
these nld/semi feral hashplants are where it all started with xinijiang and tibet housing most basal cannabis members. xinijiang in particular has a very cool set of ancient terpene synthases which they share with sandalwood. the terpenes built by these enzymes are alpha bisabolol and santalene. this group of metabolites is very rare and utilize cyto450 enzymes very specific substrates highly conserved in higher plants.
alpha bisabolol is a sequiterpene created by a monoterpene synthase enzyme. after one of several isomers of bisabolol is finished, it can be further modified into santalene using the cytochrome 450 enzyme. usually these types of complicated arrangments would be found in medecinal trees such as myrrh bosweliia(franky) agarwood etc. this particular bisabolol/santalene trait is catalyzed by the plant to deal with heavy metal content in media. the plant can create many many isomers of santalene allowing very specific niche integration.
heres the cool part... both cannabis and sandlewood got this trait from the same ancestor! meaning in some deep way these 2 types are entwined. xinjiang , is home to the ugyhurs an ethnic muslim group who has been famed for their hash since the beginning. areas like yarkand, turkestan, iran even parts of tibet. like the hmong the ughyurs have been driven to different areas by the han chinese and its posited that thee movements brought their nld hashplants to northern afghanistcan tashkurgan north east iran and even morroco.
there are rare snp thc synthases found only in afghan, morrocco and xinijijang. including a mutated thc synthase found in 2700 year old drug sample. the important distinct characteristics of these plants are cbc/cbl content, oxygenated sequiterpenes with alcohol subsitutions specifically- guiaol, eudesmol, alpha bisabolol, and santalene. heres some info
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indeed some CsTPS-b members contribute to sesquiterpene production in cannabis trichomes, although the TPS-b group has been previously described as including mostly mono-TPSs in other plant species (Chen et al., 2011). In sandalwood (Santalum spp.), a member of TPS-b also functions as a sesquiterpene synthase (Jones et al., 2011). It is striking that in both cannabis and sandalwood, these TPS-b members produce bisabolane-type sesquiterpenes, which may be due to similar routes of active site evolution from their respective monoterpene synthase ancestors (Gao et al., 2012)
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