Purple Strain Connoisseur

[OldPathBluSky]

Raco - Those pics are very very pretty

OldPath

 

[IceColdCrickets]

....

 

[Guest]

Black Russian....the purple, purple strain.

 

[Raco]

Monkey "Ball"

 

[theoldinout]

I popped some nirvana white widdow and got me a purple pheno.





Sweet thread

 

[southflorida]

i read in many threads and posts that nirvana seeds uses a male purple pheno of sk#1 to make their crosses of many of their strains....this is why many of them turn purple

 

[theoldinout]

i read in many threads and posts that nirvana seeds uses a male purple pheno of sk#1 to make their crosses of many of their strains....this is why many of them turn purple

Yes, it seems that maybe nirvana have used that infamous skunk male in their white widow. Still though, the smoke was pretty good on her and I do like me my pastels.

 

[hanfiking]

I've never really liked skun, because it just reminds me of what everyone expects ganja to smell like when there are so many nicer smells so many beautiful variations and then theres just smelly cat piss skunk, ok it's not nasty nasty but its not in my top 100.

 

[oldtoker]

hey guys heres some update with my purple treat's


i took this lady(african purple celebration herb(sativa)




it threw a few male sacks(maybe 3-5 over a 6ft plant)all on the very lowest buds (stuff to make hash with) so i used them(maybe god) to fertalize this g13


anyway now this year i germ a few, and i also germ a few pure s1 off the big african plant.















back to the g13(fucked with it make it hermph(light cycle)






more to come go the fatest crazy indica bud of unknown orgins other then it came from my good friend we will call him (sick ass vegi truck)

anyway northern lights(pnw 70's_) x african celebration possible not sure maybe green crack, very rotund bud
\
be back later today for i do not work anylonger? haha guess im on the hunt?

anyway we will see if i can find a place to go.






what ive been smokeing() mostly tops only sierously no bud smaller then half palm length, well maybe 1 haha. keeping it again

 

[Raco]

Chunkbeki

 

[hanfiking]

wow what a fucking great selection you guys. this is absolutely tropical. I thank everyone for joining in this thread and everybody whose been in it since the beginning and every single newcomer, and I can't stress enough how proud this makes me, my first ever thread. You know I didn't even know how threads worked before purple strain, you just have to love it. so I decided to start, hopefully, my new grow right here! whats the point of wasting space with a new thread when i can show off my own blue mystic x purple erdbeer cross right here right?
am I wrong?
I've fed you with information these past years and I hope it won't ever stop coming, from myself and everyone who loves purple gear! This thread is cult and lets keep it that way, lets listen to the rolling stones - can you hear me knocking and roll another.
You know whenever I've needed a friend you guys were there with all my other threads you have contributed but this one has been kept alive and for good reason, hold your joints up high and say it with me "to our dreams"!

The world will keep turning for billions of years after I'm gone just as it did before I was borne but this is the only this moment in time that has relevance, the only reason I'm not scared of dieing, is because I have lived now, at the pinnacle of man's creation with all of you. It's just like smokie said, and you can recite this to your girlfriends

"If you want my sympathy,
Just open your heart to me,
And you'll get whatever you'll ever need.
You think that's too high for you,
Oh baby, I would die for you,
When there's nothin' left,
You know where I'll be.

Lay back in the arms of someone,
You give in to the charms of someone,
Lay back in the arms of someone you love.
Lay back in the arms of someone,
When you feel you're a part of someone,
Lay back in the arms of someone you love.

So baby just call on me,
When you want all of me,
And I'll be your lover I'll be your friend.
And there's nothing I won't do,
'Cause baby I just live for you,
With nothing to hide, no need to pretend - oh-oh.

Lay back in the arms of someone,
You give in to the charms of someone,
Lay back in the arms of someone you love - darling,
Lay back in the arms of someone,
When you feel you're a part of someone,
Lay back in the arms of someone you love.

Oh I know you think that's too high for you,
Oh baby, I would die for you,
When there's nothing left,
I'll be with you.

Lay back in the arms of someone,
You give in to the charms of someone,
Lay back in the arms of someone you love - baby,
Lay back in the arms of someone,
When you feel you're a part of someone,
Lay back in the arms of someone you love - oh yeah"

I wish everyone happy growing for the forthcoming Fall as Americans would say, Herbst in German, Herb-st I find particularly fitting not just because its the perfect time for purple weed to develop. or autumn in plain old good english i don't care i've only got like 50 of them left so I'm gonna enjoy them with you!


Hanfi

 

[pokerman2006200]

where did u get those sour creeks at?

Sour Creek

 

[oldtoker]

tips of calyx turn slightly purple here

seeds are drying from the g13, african cross, they litterally hurt your teeth when smoking good potency, sierously smoke feels very thick, by the way this might just be something to do with the african strain but does purple smoke for you guys seem to make alot more smoke?> i mean when you smoke a little bud make alot of smoke this is something thats hard to explain, but im positive a bud of this and something else smokeing threw same piece purple african make more smoke for you. its great.

this greenish purple also was very thick smoke


who knows but its like when you smoke outside on a cold day and your breath makes it seem like youve tooken the biggest hits ever.....

well this happens when im smoking in my room......anyway just seems like really smokey stuff. man im high.... hope you guys have a good day.
.

 

[pokerman2006200]

those are some beautiful plants

 

[hanfiking]

The grow I am starting in this thread is going to be an ornamental grow. I want to test the quality of the seeds I have crossed and see how well their genes have improved and adapted to my growing environment. If this plant turns out to be male I can use it to pollinate some others, If it turns out to be female it can be pollinated.

The strain is Purple Erdbeer (you might know from my purple haze thread) X Blue mystic (a blue/purple/red/yellow multi coloured strain that on its own has usually a disappointing 5:1 male to female ratio)

If all goes well this thread will see a beautiful plant of either sex within the next months

​

 

[hanfiking]

i want to try ganja pashes purple afghan , if it dont smell like typical purps , ie lavender ..
when i see people going mad for purps ,. no disrespect , but i instantly think they are light weights , specially when they say its really strong lol...
cause all the purple indicas and hybrids that i have smoked are far from potent , some have an amazing waking up effect , that is nice in its self , but not potent ....

any one else agree or am i a purple basher lol ....

colour doesn't make the taste or the potency.
We have established how the purpling comes about, what it does, what genes have to do with it and what temperatures have to do with it. Is it really so hard to remember that anthocyanins are nothing more than water soluble pigments. just try and read through the full thread and you might be wiser?
Yes maybe sometime ago someone found out the way to breed purple strains by adjusting the pH to fit, and then thought that some strains should be crossed to give a lavender or berry like smell and taste that would be quite fitting. But it's never going to turn a green plant that tastes of citrus, taste of lavender just because it goes purple in autumn.
I urge everyone to look past bad experiences and not judge everything they see. How many times have we said that there are thousands of strains out there and you should carry on seeking out purple strains because every ones palette is different there will be a few plants that are perfect for you.
What was up with that "light weight" comment. maybe the plants that you smoked where grown in sand that they weren't very potent but don't go saying that weed is weak that you haven't even tried. because it's not just the strain it's how it's grown too. you don't diss other growers just because you don't know...

Plants are science and love and respect and nature combine all of those right, and get your facts straight you might be on to something.

 

[hanfiking]

Assume that we separate two true-breeding populations of Cannabis, one with webbed and one with compound-pinnate leaf shapes. We know that all the gametes produced by the webbed-leaf parents will contain genes for leaf-shape w and all gametes produced by the compound-pinnate individuals will have W genes for leaf shape. (The offspring may differ in other characteristics, of course.)

If we make a cross with one parent from each of the true-breeding strains, we will find that 100% of the offspring are of the compound-pinnate leaf phenotype (The expression of a trait in a plant or strain is known as the phenotype). What happened to the genes for webbed leaves contained in the webbed leaf parent? Since we know that there were just as many w genes as W genes combined in the offspring, the W gene must mask the expression of the w gene. We term the W gene the dominant gene and say that the trait of compound-pinnate leaves is dominant over the recessive trait of webbed leaves. This seems logical since the normal phenotype in Cannabis has compound-pinnate leaves. It must be remembered, however, that many useful traits that breed true are recessive. The true-breeding dominant or recessive condition, WW or ww, is termed the homozygous condition; the segregating hybrid condition wW or Ww is called heterozygous. When we cross two of the F1 (first filial generation) offspring resulting from the initial cross of the ~1 (parental generation) we observe two types of offspring. The F2 generation shows a ratio of approximately 3:1, three compound pinnate type-to-one webbed type. It should be remembered that phenotype ratios are theoretical. The real results may vary from the expected ratios, especially in small samples.

In this case, compound-pinnate leaf is dominant over webbed leaf, so whenever the genes w and W are combined, the dominant trait W will be expressed in the phenotype. In the F2 generation only 25% of the offspring are homozygous for W, so only 25% are fixed for W. The w trait is only expressed in the F2 generation and only when two w genes are combined to form a double-recessive, fixing the recessive trait in 25% of the offspring. If compound-pinnate showed incomplete dominance over webbed, the genotypes in this example would remain the same, but the phenotypes in the F1 generation would all be intermediate types resembling both parents and the F2 phenotype ratio would be 1 compound-pinnate :2 intermediate :1 webbed.

The explanation for the predictable ratios of offspring is simple and brings us to Mendel's first law, the first of the basic rules of heredity:

I. Each of the genes in a related pair segregate from each other during gamete formation.

A common technique used to deduce the genotype of the parents is the back-cross. This is done by crossing one of the F1 progeny back to one of the true-breeding P1 parents. If the resulting ratio of phenotypes is 1:1 (one heterozygous to one homozygous) it proves that the parents were indeed homozygous dominant WW and homozygous-recessive ww.

The 1:1 ratio observed when back-crossing F1 to P1 and the 1:2:1 ratio observed in F1 to F1 crosses are the two basic Mendelian ratios for the inheritance of one character controlled by one pair of genes. The astute breeder uses these ratios to determine the genotype of the parental plants and the relevance of genotype to further breeding.

This simple example may be extended to include the inheritance of two or more unrelated pairs of genes at a time. For instance we might consider the simultaneous inheritance of the gene pairs T (tall)/t (short) and M (early maturation)/m (late maturation). This is termed a polyhybrid instead of monohybrid cross. Mendel's second law allows us to predict the outcome of polyhybrid crosses also:

II. Unrelated pairs of genes are inherited independently of each other.

If complete dominance is assumed for both pairs of genes, then the 16 possible F2 genotype combinations will form 4 F2 phenotypes in a 9:3:3:1 ratio, the most frequent of which is the double-dominant tall/early condition. In complete dominance for both gene pairs would result in 9 F2 phenotypes in a 1:2:1:2:4:2:1:2:1 ratio, directly reflecting the genotype ratio. A mixed dominance condition would result in 6 F2 phenotypes in a 6:3:3:2:1:1 ratio. Thus, we see that a cross involving two independently assorting pairs of genes results in a 9:3:3:1 Mendelian phenotype ratio only if dominance is complete. This ratio may differ, depending on the dominance conditions present in the original gene pairs. Also, two new phenotypes, tall/late and short/early, have been created in the F2 generation; these phenotypes differ from both parents and grandparents. This phenomenon is termed recombination and explains the frequent observation that like begets like, but not exactly like.

A polyhybrid back-cross with two unrelated gene pairs exhibits a 1:1 ratio of phenotypes as in the mono-hybrid back-cross. It should be noted that despite dominance influence, an F1 back-cross with the P1 homozygous-recessive yields the homozygous-recessive phenotype short/late 25% of the time, and by the same logic, a back cross with the homozygous-dominant parent will yield the homozygous dominant phenotype tall/early 25% of the time. Again, the back-cross proves invaluable in determining the F1 and P1 genotypes. Since all four phenotypes of the back-cross progeny contain at least one each of both recessive genes or one each of both dominant genes, the back-cross phenotype is a direct representation of the four possible gametes produced by the F1 hybrid.

So far we have discussed inheritance of traits controlled by discrete pairs of unrelated genes. Gene inter action is the control of a trait by two or more gene pairs. In this case genotype ratios will remain the same but phenotype ratios may be altered. Consider a hypothetical example where 2 dominant gene pairs Pp and Cc control late-season anthocyanin pigmentation (purple color) in Cannabis. If P is present alone, only the leaves of the plant (under the proper environmental stimulus) will exhibit accumulated anthocyanin pigment and turn a purple color. If C is present alone, the plant will remain green throughout its life cycle despite environmental conditions. If both are present, however, the calyxes of the plant will also exhibit accumulated anthocyanin and turn purple as the leaves do. Let us assume for now that this may be a desirable trait in Cannabis flowers. What breeding techniques can be used to produce this trait?

First, two homozygous true-breeding *1 types are crossed and the phenotype ratio of the F1 offspring is observed.

The phenotypes of the F2 progeny show a slightly altered phenotype ratio of 9:3:4 instead of the expected 9:3:3:1 for independently assorting traits. If P and C must both be present for any anthocyanin pigmentation in leaves or calyxes, then an even more distorted phenotype ratio of 9:7 will appear.

Two gene pairs may interact in varying ways to produce varying phenotype ratios. Suddenly, the simple laws of inheritance have become more complex, but the data may still be interpreted.

 

[hanfiking]

 

[hanfiking]

http://www.kindgreenbuds.com/marijuana-strains/blueberryhaze.html this site isn't too bad for some bud info and some funny videos

Here you can see clever people: http://forum.grasscity.com/recreational-marijuana-use/197604-stoner-urban-myths.html

Here you can see dumb people: http://forum.grasscity.com/seasoned-tokers/230521-cannabis-culture-myths-urban-legends.html

And just so that doesn't happen to you guys, here, learn something:

Cannabis and Ancient History

The ancestors of Cannabis originated in Asia, possibly on the more gentle slopes of the Himalayas or the Altai Mountains to the north. The exact origin, obscured by Stone Age trails that cross the continent is not known.

We don't know when Cannabis and humanity first met. Given the growth habit of the plant and the curiosity of humanity, such a meeting was inevitable. In the plant world, Cannabis is a colonizer. It establishes new territory when running water or seed-eating animals carry seed to cleared and fertile soil open to the sun. Fertile soil, clear of competing plants, is rare and short-lived in nature, and is commonly caused by catastrophe such as flood or earthslide. Natural dissemination is slow and the plants tend to grow in thick stands by dropping seed about the spread of their branches.

During the Neolithic era, some 10,000 years ago, nomadic groups scavenged, hunted, fished, and gathered plants in an unending search for food. The search ended when they learned to plant the native grains (grasses) and developed agriculture. Agriculture requires a commitment to the land and grants a steady food supply which enables people to form permanent settlements. Cannabis and Neolithic bands probably came in contact often as plants invaded the fertile clearings — the campsites, roadsides, fields and garbage heaps — that occur wherever people live.

In 1926 Russian botanist summarized the observations of his comrade, Sinkaia, on the domestication of hemp by peasants of the Altai Mountains: "1. wild hemp; 2. spreading of hemp from wild centres of distribution into populated areas (formation of weedy hemp); 3. utilization of weedy hemp by the population; 4. cultivation of hemp." [24]

The plants which people learn to use help define aspects of their way of life, including perceptions of the world, health,, and the directions of their technologies and economies flow. The plants you are about to grow are descended from on of the ancient plants that made the transition to civilization possible.

The earliest cultural evidence of Cannabis comes from the oldest known Neolithic culture in China, the Yang-shao, which appeared along the Yellow River valley about 6,500 years ago.*

The clothes the people wore, the nets they fished and hunted with, and the ropes they used in their earliest machines were all made with the long, strong and durable fiber, hemp. This valuable fiber separates from the stem of Cannabis when the stem decays (rets).

In the early classics of the Chou dynasty, written over 3,000 years ago, mention is often made of "a prehistoric culture based on fishing and hunting, a culture without written language but which kept records by tying knots in ropes. Nets were used for fishing and hunting and the weaving of nets eventually developed into clothmaking."[8] These references may well be to the Yang-shao people.

As their culture advanced, these prehistoric people replaced their animal skins with hemp cloth. At first, hemp cloth was worn only by the more prosperous, but when silk became available, hemp clothed the masses.

People in China relied on Cannabis for many more products than fiber. Cannabis seeds were one of the grains of early China along with rice, barley, millet, and soybeans. The seeds were ground into meal, or roasted whole, or cooked in porridge. The ancient tombs of China had sacrificial vessels filled with hemp seed and other grains for the afterlife. From prehistoric times there is a continuous record of the importance of hemp seed for food until the first to second century B.C., when the seed had been replaced by more palatable cereal grains [7] (An interesting note from the Tung-kuan archives (28 A.D.) records that after a war-caused famine the people subsisted on "wild" Cannabis and soybean.[8])

The effects of Cannabis' resinous leaves and flowers did not go unnoticed. The Pên-ts'ao Ching, the oldest pharmacopoeia known, states that the fruits (flowering tops) of hemp, "if taken in excess will produce hallucinations" (literally "seeing devils"). The ancient medical work also says, "If taken over a long term, it makes one communicate with spirits and lightens one's body,"[9] Marijuana, with a powerful effects on the psyche, must have been just being formed. The Pên-ts'ao Ching, speaking for the legendary Emperor Shên-nung of about 2000 B.C., prescribes marijuana preparations for "malaria, beriberi, constipation, rheumatic pains, absent-mindedness, and female disorders."[15] Even the Cannabis root found its place in early medicine. Ground to form a paste, it was applied to relieve the pain of broken bones and surgery.

New uses were discovered for Cannabis as Chinese civilization progressed and developed new technologies. The ancient Chinese learned to mill, heat and then wedge-press Cannabis seeds to extract the valuable oil, a technique still used in the western world in the twentieth century. Pressed seeds yielded almost 20 percent oil by weight. Cannabis oil, much like linseed oil, could be used for cooking, to fuel lamps, for lubrication, and as a base in paint, varnish, and soap making. After oil extraction, the residue or "hemp cake" still contained about 10 percent oil and 30 percent protein, a nutritious feed for domesticated animals.

Another advancement came with the Chinese invention of paper. Hemp fibers recycled from old rags and fish nets made a paper so durable that some was recently found in graves in the Shensi province that predates 100 B.C.[9] Hemp paper is known for its longevity and resistance to tearing, and is presently used for paper money (Canada) and for fine Bibles.

The ancient Chinese learned to use virtually every part of the Cannabis plant: the root for medicine; the stem for textiles, rope and paper making; the leaves and flowers for intoxication and medicine; and the seeds for food and oil. Some of the products fell into disuse only to be rediscovered by other people at other times.

While the Chinese were building their hemp culture, the cotton cultures of Indian and the linen (flax) cultures of the Mediterranean began to learn of Cannabis through expanding trade and from wandering tribes of Aryans, Mongols, and Scythians who had bordered China since Neolithic times.

The Aryans (Indo-Persians) brought Cannabis culture to India nearly 4,000 years ago. They worshipped the spirits of plants and animals, and marijuana played an active role in their rituals. In China, with the strong influence of philosophic and moralistic religions, use of marijuana all but disappeared. But in India, the Aryan religion grew through oral tradition, until it was recorded in the four Vedas, compiled between 1400 and 1000 B.C. In that tradition, unlike the Chinese, marijuana was sacred, and the bhangas spirit was appealed to "for freedom of distress" and as a reliever of anxiety" (from the Atharva Veda).[1] A gift from the gods, according to Indian mythology, the magical Cannabis "lowered fevers, fostered sleep, relieved dysentry, and cured sundry other ills; it also stimulated appetite, prolonged life, quickened the mind, and improved judgement."[15]

The Scythians brought Cannabis to Europe via a northern route where remnants of their campsites, from the Altai Mountains to Germany, date back 2,800 years. Seafaring Europe never smoked marijuana extensively, but hemp fiber became a major crop in the history of almost every European country. Pollen analysis dates the cultivation of Cannabis to 400 B.C. in Norway; 150 A.D. in Sweden, and 400 A.D. in Germany and England.,[3] although it is believed the plant was cultivated in the British Isles several centuries earlier.[2] The Greeks and Romans used hemp for rope and sail but imported the fiber from Sicily and Gaul. And it has been said that "Caesar invaded Gaul in order to tie up the Roman Empire," all allusion to the Romans' need for hemp.

Marijuana, from its stronghold in India, moved westward through Persia, Assyria and Arabia by 500 A.D. With the rising power of Islam, marijuana flourished flourished in a popular form as hashish. In 1378, the Emir Soudon Sheikhouni tried to end the use of Indian hashish by destroying all such plants, and imprisoning all users (first removing their teeth for good measure). Yet in a few years marijuana consumption had increased.[1]

Islam had a strong influence on the use of marijuana in Africa. However, its use is so ingrained in some ancient cultures of the Zambezi Valley that its appearance clearly predated Islam.

Tribes from the Congo, East Africa, Lake Victoria, and South Africa smoke marijuana in ritual and in leisure. The ancient Riamba cult is still practiced in the Congo. According to the Riamba beliefs, marijuana is a god, protector from physical and spiritual harm. Throughout Africa treaties and business transactions are sealed in a puff of smoke from a yard-long pipe.[15]

With increased travel and trade, Cannabis seed was brought to all parts of the known worked by ships and caravans rigged with the fiber of its kind. And when the first settlers came to the Americas, they brought the seed with them.

* Cannabis is known to have been used in the Bylony culture of Central Europe (about 7,000 years ago).[184]
Bibliographical Notes
Historical

1. Aldrich, M. A. 1971. A Brief Legal History of Marijuana. Presented to the Western Institute of Drug Problems Marijuana Conference, Portland Oregon, August 7, 1971. 14 pp.

2. Frazier, J. 1974. The Marijuana Farmers, Hemp Cults and Cultures. 133 pp. Solar Age Press, New Orleans, La.

3. Godwin, H. 1967. Pollen Analytic Evidence for the Cultivation of Cannabis in England. Rev. Paleobotany Palnyol. 4:71-80.

4. Godwin, H. 1967. The Ancient Cultivation of Hemp. Antiquity 41:42-50, 137-138.

5. Jain, S., and Tarafder, C. 1970. Medicinal Plant Lore of the Santals Tribe in S.E. Asia. Econ. Botany 24:241-249.

6. Kamstra, J. 1974. Weed: Adventures of a Dope Smuggler. 267 pp. Harper and Row, New York.

7. Keng, Hsuan. 1974. Economic Plants of Ancient N. China as Mentioned in Shih Ching (Book of Poetry). Econ. Botany 28 (4): 391-410.

8. Li, Hui-Lin. 1974. An Archaeological and Historical Account of Cannabis in China. Econ. Botany 28 (4): 43a7-448.

9. Li, Hui-Lin. 1974. The Origin and Use of Cannabis in Eastern Asia: Linguistic Cultural Implications. Econ. Botany (3): 293-303.

10. Li, Hui-Lin. 1970. of Plants in S.E. Asia. Econ. Botany 24 (1): 9-10.

11. Musto, D. F. 1972. The Marijuana Tax Act of 1937. Arch. Gen. Psychiat. 26:101-107.

12. Rea, Mary-Alice F. 1975. Early Introduction of Economic Plants into New England. Econ. Botany 29 (4): 333-356.

13. Rubin, V., and Comitas, L. 1975. Ganja in Jamaica: A Medical Anthropological Study of Chronic Marijuana Use. 206 pp. Moulton/MacFarlane Pub. Scotch Plains, N.J.

14. Schultes, R. E. 1970. Random Thoughts and Queries on the Botany of Cannabis. In Joyce, C.R.E., and Curry, S. H., eds. The Botany and Chemistry of Cannabis. 241 pp. J. & A. Churchill, London. Pp. 11-38.

15. Schultes, R. E. 1967. Man and Marijuana. Nat. Hist. 82: 59-63, 80, 82.

16. Shakespeare, P. M. 1977. The Book of Pot. 96 pp. A and W Visual Library. New York.

24. 24. Davidan, G. G. 1972. Hemp. Bull. Apllied Bot., Gen., and Plant Breeding 48 (3): 9 pp. Lenigrad. (Russian)

Pharmacology

174. Agurell, S., et al. 1973. Quantitation of THC in Plasma from Cannabis Smokers. J. Pharmaceut. Pharmacol. 25: 554-558.

175. Agurell, S. and Nillson, J. L. G. 1972. The Chemistry and Biological Activity of Cannabis. Bull, Narc. 24 (4):2935-2937.

176. Agurell, S. 1970. Chemical and Pharmacological Studies of Cannabis. In Joyce and Curry (see note 14), pp. 175-191.

177. Christensen, H. D., et al. 1975. Activity of Delta-8- and Delta-9-THC and Related Compounds in the Mouse. Science 31: 165-167.

178. Davis, W. M. J. 1972. A Simple Method for the Preparation of Injectables of THC and Cannabis Extracts. J. Pharmaceut. Pharmacol. 24: 176.

179. Ederly, H., Grunfeld, Y., Ben-Zvi, Z., and Mechoulam, R. 1971. Structural Requirements of Cannabinoid Activity. Annals N.Y. Acad. Sci: 40-53.

180. Gill, E. W., and Paton, W. D. M. 1970. Pharmacological Experiments in vitro on the Active Principles of Cannabis. In Joyce and Curry (see note 14), pp. 165-173.

181. Gill, E. W., Paton, W. D. M., and Pertwee, R. G. 1970. Preliminary Experiments on Chemistry and Pharmacology of Cannabis. Nature 228: 134-136.

182. Haagen-Smit, A. J., et al. A Physiologically Active Principle from Cannabis sativa (Marijuana). Science 91 (2372): 602-603.

183. Hollister, L. E., and Gillespie, H. 1975. Interactions in Man of THC, II: CBN and CBD. Clin. Pharm. Therap. 18: 80-83.

184. Kabelik, J., Krejci, Z., and Santavy, F. 1960. Cannabis as a Medicant. Bull. Narc. 12 (3): 5-23.

185. Karniol, I. G., et al. 1975. Effects of THC and CBN in Man. Pharmacol. 13: 502-512.

186. Karniol, I. G., and Carlini, E. A. 1973. Pharmacological Interaction between CBD and THC. Psychopharmacologia 33: 53-70.

187. Lemberger, L., et al. 1971. THC: Metabolism and Disposition in Long-Term Marijuana Smokers. Science 173: 72-74.

188. Maugh, T. H. 1974. Marijuana: The Grass May No Longer Be Greener. Science 185: 683-685.

189. McCallum, N. K. 1975. The Effect of CBN on THC Clearance from the Blood. Experientia 31 (8): 957-958.

190. Olsen, J. L., et al. 1975. An Inhalation Aerosol of THC. J. Pharmaceut. Pharmacol. (Communications) 28: 86-97.

191. Paton, W. D. M. Pharmacology of Marijuana. 1975. Ann. Rev. Pharm. 15: 191-219.

192. Perez-Reyes, M., Timmons, M. C., Davis, K. H., and Wall, E. M. 1973. A Comparison of the Pharmacological Activity in Man of Intravenously Administered Delta-nine-THC, CBN, and CBD. Experientia 29: 1368-1369.

193. Powel, G., Salmon, M., and Bembry, T. H. 1941. The Active Principle of Marijuana. Science 93 (2422): 521-522.

194. Mikuriya, T. H. 1973. Marijuana: Medical Papers. 475 pp. Medi-Comp Press, Oakland, Calif.

195. Sallen, S. E., et al. 1975. Antiemetic Effect of THC in Patients Receiving Cancer Chemotherapy. New England Med. J. 293 (16): 795-798.

196. Segelman, A. B., and Sofia, R. D. 1973. Cannabis sativa L. (Marijuana), IV: Chemical Basis for Increased Potency Related to a Novel Method of Preparation. J. Pharm. Sci. 62 (12): 2044-2046.

197. Turner, C. E. 1974. Active Substances in Marijuana. Arch. de Invest. Medica 5 (1): 135-140.

And for those of you that would like to know a little more http://www.bbc.co.uk/dna/h2g2/alabaster/A246377 that's the place

 

[hanfiking]

pewi camp day 10

pewi camp day 10

Every thing is looking good in the PeWi camp up to now Purple Erdbeer x Blue Mystic. Im using a mixture of sandy earth, flower earth, bone meal and coal ash, in a self watering pot, which comes in handy. It's under 18 hours of light, for another week and a half then I will induce flowering.

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