shroombee wrote:starway7, didn't you get a certificate of analysis with your Liftmode THH? Mine says it is 99.9% pure THH as of the testing date April 16, 2020.
For some subjective validation of the Liftmode THH, I've been running pharmahuasca experiments the past 3 weeks, adjusting the ratio of harmine to THH while keeping DMT constant. THH keeps me up at night, whereas harmine does not. THH has a half life of 8-11 hours and evidently trouble sleeping on THH is not uncommon. I've noticed THH potentiates and extends the visuals of DMT (almost too much!). So I'm fairly certain with the COA and the bioassay, my Liftmode THH is legit.
Shroombee...
I got the same stuff you got if you see the picture of my THH in post above ..
I guess im just having doubts about its purity...
Im no great chemist but ....
Ive done the simple syrian rue ... [crude extraction of rue] ... and it looked about the same as the stuff i have ..very fine like flower...light brown to tan..in color...
and have you tasted yours yet/?...it is very bitter and if you use it sublingually its hard to get rid of the taste!
Does your powder look like the stuff in my picture in my post above?
Plain ...Simple syrian rue tea will also cause increased visual content with spice and boost colors!
The test report i read said that vinegar should turn pure Thh into a lighter straw color...
Not a reddish color/
And the taste of near pure THH has been reported to be almost non existant/..but this stuff is verry bitter?
I also found another site that sells THH and they have pictures ..one is a Harmine three pack..
It shows the THH more like a white powder..to an off white powder?
the two other Harmines are a tan sandy color..to a slightly darker color?
please read below .. tests to see if your THH is not harmine!
i found this on testing THH ..below....
How to PROVE the tetrahydroharmine that you can buy is NOT harmine.
(If using their old THH HCL product you have to freebase it first)
Step 1, using three separate containers put 10 grams of harmine in container A, 10 grams of harmaline in container B, 10 grams of tetrahydroharmine in container C. To each container add 100 ml of vinegar. Mix until dissolved. Note that the container C takes longer to dissolve. That's because tetrahydroharmine takes longer to dissolve than harmine or harmaline. Also note the color difference. Containers A and B will be a very dark red color. This is the color harmine and harmaline acetate have when in solution at this concentration. Notice how much lighter in color the tetrahydroharmine is, it's a deep straw colored solution. Also notice the odor of each. The tetrahydroharmine smells very different from the other two. At this point we've already proven it's not harmine.
Ok, now on to step 2. To each container add a premixed solution of 60 grams of salt in 400 ml of water (make sure all the salt is dissolved before adding the water). Slowly pour in the salt water. Wait about 2 minutes. Notice that container A and B are starting to form crystals. Container C will not. Tetrahydroharmine takes a very long time to form crystals. Harmine and harmaline form crystals rapidly in a solution of 10% salt, while tetrahydroharmine does not. It can take up to a weak.
Ok, so now we have 3 specific things which prove the tetrahydroharmine is not harmine: 1) it's color in solution is much lighter than harmine; 2) it takes longer to go into solution than harmine; 3) it takes far longer to crystallize in salt water that harmine.
Ok, so now wait for all three containers to fully crystallize. Container C might take a week or so. Put them in the refrigerator. This will help the tetrahydroharmine form crystals.
After a week, filter out the salt water and save the crystals. Take a look at the crystals that have formed. A and B look very similar. C looks totally unlike A or B. This is because tetrahydroharmine forms much smaller crystals that harmine or harmaline. This is the 4th way you have prove it's not harmine. Also note the crystal color is lighter, not deep yellow like the harmine. That's the 5th way you can prove it's not harmine.
Now onto the 6th way you can prove it's not harmine. This is a little more difficult. For this you need an accurate digital pH meter.
Take the crystals from A, B, and C, after filtering, and dissolve each in their own container of 500 ml of water. Slowly bring the pH up to 7.0 using sodium bicarbonate (baking soda). At pH 7.0 harmine will precipitate out of solution. Notice that only container A precipitates. Container B and C do not. This is because only harmine precipitates at 7.0, tetrahydroharmine and harmaline do not.
If you test the tetrahydroharmine available from all the vendors out there and it doesn't pass this test then it's not tetrahydroharmine. Of course what's available online that I've been purchasing for many years is real tetrahydroharmine.
(NOTE: This post was cleaned up to just talk about the facts, as requested by Founder Maggy)
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