I'm obtaining some DOC blotters 2.5mg each, this will be my first time with a DOx and have plenty of experience with other psych's. Surprisd this stuff is still legal in the US.. anyway, does 2.5mg sound like a good starting dose ?
In my experience, 2.5mg is a good recreational dose. My first +++ with DOC was on 2.4mg; I was very satisfied with the experience and I think it would be rare for an experienced psychonaut to find him or herself in over their head dosing at this level. It was enough for a nice body high and euphoria, greatly enhanced music appreciation, mild OEVs and fairly detailed CEVs. For me, 3 to 3.5 mg seems to be the sweet spot, with my one trial at 4.8 mg being a little overwhelming (I don't know why, but I tend to dose DOC in 1.2mg increments).
Depending on your source and how many blotters you are getting, it might not be a bad idea to first test a half of a blotter to make sure that you are in fact dealing with a DOx and that you are not overly sensitive to them. On the other hand, dosing at around 1.25mg might just leave you feeling bored and or uncomfortable for a very long time. Have you sampled other PEA psychedelics (2C's, NBOMe's, etc.)? What setting do you plan to take it in?
someone in the last DOC thread or two claimed they were able to get like over 100mg/mL in warm water but it started to come out of solution as the temperature dropped. I wouldn't doubt it. I used to make mine 20mg/mL to try and make it roughly .5mg per drop of liquid, I made sure to test how many drops per mL thoroughly out of my dropper and averaged it out to about 40 drops despite multiple internet sources claiming theres 20 drops in a mL
That's a very valuable observation SONN. I won't comment on your choice to do so since you've already done it and seem to have thought it through as best as possible, but there are two big reasons why using drops as a unit of measurement can be dangerous:
1. Drop volume from a given dropper varies from drop to drop.
For example, your dropper may have an average drop volume of .05 ml. However, a "small drop" may only be .04 ml while a "large drop" is .06 ml. If you dosed a "small drop" and thought you found the perfect dose, then on your next try accidentally dosed a "large drop" that would be a 50% increase. I'm sure that with some droppers and poor technique you could see even greater variation.
2. Average drop volume varies from dropper to dropper.
For example, one dropper may have an average drop volume of .05 ml (20 drops per ml), while another dropper may have an average drop volume of .025 ml (40 drops per ml) or even .1 ml (10 drops per ml).
The bottom line is, if you insist on using drops as a unit of measurement (
which is not recommended) there are a couple of very important precautions you must take. One is to
standardize your dropping technique as much as possible. This includes everything from the angle of the dropper, to the amount of pressure applied to the dropper, and potentially even environmental variables like temperature and humidity. The second is
get to know your dropper. That is to say that every time you begin using a new dropper, you should as accurately as possible measure the average number of drops per ml using your standardized dropping technique. Remember that to obtain an
average number of drops per ml, you will need to count the number of drops in one ml
multiple times.