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The Kali China F3 x Panama Goddess F10 hybrids shows an almost pure THC chemotype with moderate/high THC content (14,7 %) and little amounts of CBD, CBG and CBC.

Sample grown and brought to the lab by mayan.

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Purple Malawi is the mother of our Violeta hybrid and the Malawi female used for the breeding of the Purple Malawi line in the Malawis Breeder Packs.

Purple Malawi parental plant has an almost pure THC chemotype.
The THC content is lower (13,74 %) than the green Killer Malawis (which usually produce THC content between 20-25 % when are properly grown). Purple Malawi has null CBD content and a bit of CBG (1 %).

The terpene profile of the Purple Malawi is much more complex than the Killer Malawis. While the Killer Malawis have a terpene profile with mainly beta myrcene and d limonene, Purple Malawi contains a wider variety of monoterpenes being terpinolene the most abundant, with important beta myrcene and d limonene quantities too, but also with trans ocimene, alpha pinene, beta pineno and linalool.

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Zamal Hash cannabinoid analysis, sample grown and brought to the lab by mayan in 2015.

Zamal Hash has an almost pure THC chemotype, with quite high THC content (20,8 %) and only traces of other cannabinoids.

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The cannabinoid analysis of the original Zamaldelica f1 regular release (2 different cannabinoid analysis of 2 different Zamaldelica females tested at 2 different labs) show that the strain has a high THC content (between 15-20 %) with remarkable CBG content too (especially in the B analysis).

I think the newer and improved current Zamaldelica fem version has the potential to produce higher THC content (my estimation is between 20-27 %) although this has not been confirmed by lab analysis yet.

The Zamaldelica terpene profile is very complex: mainly terpinolene and beta myrcene, with remarkable amounts of caryophyllene, beta ocimene, beta pinene, alpha pinene, d limonene too, and small amounts of humulene, linalool, 3 carene, alpha terpinene and gamma terpinene and nerolidol 2.

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Pakistan Chitral Kush (New Purple parental plant) cannabinoid and terpene analysis.

This purple PCK has an almost pure THC chemotype, with null CBD content and very little CBG content.

THC content of the sample is around 8 % (sample could be grown better, but it's still in the 8-12 % THC range we estimated for the strain, as it is stated in the description of PCK at our website).

Very complex terpene profile for a pure landrace. Main monoterpenes found in the sample are alpha pinene, d limonene, terpinolene, then beta pinene, beta myrcene and trans ocimene. It also contains in lesser quanities gamma terpinene monoterpene and 2 sesquiterpenes: beta caryophyllene and cis nerolidol.

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On the other hand, our highly worked, improved, dominant Purple PCK hybrid: Violeta, shows that this strain also has an almost pure THC chemotype, but the THC content of Violeta is much higher than pure PCK. This Violeta sample showed 16,4 % of THC.

Violeta has a very complex terpene profile, even more complex than pure PCK. Main monoterpenes found in the sample are terpinolene, alpha pinene, d limonene, beta pinene, trans ocimene, linalool and beta myrcene. It also contains the following 3 sesquiterpenes: beta caryophyllene, guaiol and alpha humulene.

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Finally! We have the results of the cannabinoid and terpene analysis of Green Haze 19 and Purple Haze 23, our main parental plants of Green Haze and Purple Haze phenos from Oldtimer's Haze line, and main Oldtimer's Haze parental plants we use for all our current Haze hybrids.

Oldtimer's Haze has a pure THC chemotype, with null (or only traces) of CBD and CBG. The THC rates of both samples are of around 8-9 % THC (being Green Haze 19 slightly more potent than Purple Haze 23). I know this can sound a bit low for such a mythical sativa that have had such important impact in the development of some of the best sativa/indica hybrids ever produced, but take in mind these are highly inbred (since at least late 70s) pure hazes, and such long inbreeding usually implies a decrease in yield, vigor and cannabinoid production.

The analyzed samples were neither grown to their fullest potential here outdoors at 37N. Our warm mediterranean climate allows us to mature quite correctly even the more extreme and longer flowering tropical sativa types, but the light intensity and temps at night in November and December are not enough good to make justice to the requirements that these kind of tropical sativas need in their second half of flowering. So i estimate the Oldtimer's Haze THC rates can easily reach 12 % or more if it's grown to its full potential indoors or in a tropical/subtropical climate.

Take also in consideration that its THC/CBD ratio is almost infinite, due the lack of CBD, this and other variables (that we still need to understand) would explain the quality of the effects of Haze lines. As it has been previously commented widely by many pure Haze connoisseurs, the best qualities of pure haze can be restored by outcrossing her with other very rich THC non related strains, especially when Haze is outcrossed with other good and very powerful sativas, as we will demostrate with the upcoming Oldtimer's Haze hybrids cannabinoid results.

Both Green Haze 19 and Purple Haze 23 analytics are quite similar regarding cannabinoid quantities and ratios, but Green Haze effect is overall much more uplifting, clean, expansive and talkative, while Purple Haze is more introspective and dense. The effects of both phenos have no ceiling, but they do have slightly different type of psychoactivity.

The terpene profiles of our Green Haze and Purple Haze are also quite similar in the analytics, and quite simple, both containing mainly beta myrcene, trans ocimene and alpha pinene monoterpenes. Main difference is that Green Haze 19 also contains a bit of beta pinene monoterpene and also beta caryophyllene and alpha humelene sesquiterpenes, while Purple Haze 23 lacks of sesquiterpenes, at least in these 2 samples analyzed.

Hope you find the info interesting

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Here are the cannabinoid and terpene results of the Purple Haze 23 x New Killer Malawi analysis that our good friend mayan grown and brought to the lab, and wanted to share with us

The same Purple Haze 23 mother that i commented in the previous post showing moderate THC content in 'pure' form (around 8 %), now it shows a very high THC content (close to 23 %) when it is outcrossed with our very rich THC New Killer Malawi parental plant.

So Purple Haze x Malawi F1 hybrid has a very high THC content, closer to the average THC content of the best killer Malawi expressions, showing also very little amounts of CBD and CBG. It has a very high THC:CBD ratio.

'Pure' Oldtimer's Haze and pure Malawis usually have null CBD content or below 0.05 %, while Purple Haze Malawi shows slightly more CBD content (0.2 %).

The main monoterpene found in Purple Haze x Malawi F1 is myrcene (main monoterpene also found in both Purple Haze 23 and New Killer Malawi parental plants), followed by alpha pinene (found also in PH 23 but not in NKM), beta pinene (found in NKM, but not in PH 23), linalool, camphene, carene, limonene, ocimene, terpinolene, and the following sesquiterpenes: beta caryophyllene, nerolidol 1 and 2 and humelene.

Overall Purple Haze x Malawi terpene profile is much more complex than 'pure' Oldtimer's Haze or pure killer Malawis.

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Amazing THC content in the Golden Tiger sample grown and analyzed by mayan Thanks friend!

This is the second, improved, current Golden Tiger version, breed with the 2 Killer Malawi parental plants and the 2 Thais (Koh Chang and Hmong/Meao).

His Golden Tiger has probably shown the highest THC content (close to 30 %) found in any ACE Seeds' flower analyzed. It contains a bit of CBG (0.7 %), CBD (0.5 %) and CBC (0.2 %) too.

It has a quite complex terpene profile. Monoterpenes found in the sample are mainly myrcene, then smaller quantities of limonene, linalool, ocimene, isopulegol, alpha and beta pinene, camphene and terpinolene. Main sesquiterpenes found in GT are Nerolidol 2 and beta caryophyllene.

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Another interesting cannabinoid and terpene analysis provided by mayan.
In this case it's a Kali China x New Killer Malawi hybrid, not officially released yet although a few growers have already grown it, and asking for more as they were very satisfied with the outcome.

This sample of Kali China x New Killer Malawi shows a high THC content (23,7 %), close to the THC rates of the New Killer Malawi parental plant, and a very high THC/CBD ratio (due the almost lack of CBD: 0,1 %). Only traces of CBG and CBC (both around 0.2 %).

Main monoterpenes found in the sample are myrcene and alpha pinene, then lower quantities of beta pinene, limonene, linalool, isopulegol, carene, ocimene and terpinolene, Sesquiterpenes found in the sample are mainly beta caryophyllene, followed by nerolidol 2, then humelene and finally only traces of nerolidol 1.