C60 experiments @ home
#91
Posted 03 May 2012 - 12:30 AM
#92
Posted 03 May 2012 - 01:49 AM
I can borrow a centrifuge and filters are easy to buy online.
I am not sure how I am going to prevent oxidation while stirring. If I use the test tube rocker there needs to be an air pocket to maximize the mixing but is this going to lead to oxidation? I could vacuum out the air but I worry that the lower pressure will adversely affect the solubility. I supposed I could put some inherit gas in the tube to displace the oxygen. Helium perhaps.
I don't know how it affects the rest of your solution, but a little astaxanthin could help prevent oxidation.
#93
Posted 03 May 2012 - 01:54 AM
#94
Posted 03 May 2012 - 02:57 AM
#95
Posted 03 May 2012 - 03:13 AM
#96
Posted 03 May 2012 - 04:19 AM
It is very expensive everywhere, to the point where i was thinking about having a plasma arc reactor made if we were sure about the results of the material.
You can say that my initial investment in the kilo, is specifically to test a few things and properties about it... before going to the next step.
The expense is high, close to the price that niner has linked to, in an earlier post. I think the site he linked to was www.term-usa.com/price.html
I am sure you will find many companies offering it with similar pricing, i am hoping we can process the kilo and raffle part of it away to folks that have a few rats to test it on. Personally i am looking forward to knowing we can produce the oil on a larger scale for folks that would like to consider it for their animals... like my big giant rat.
:D
A
Circle me: https://profiles.goo...236572014252197
#97
Posted 03 May 2012 - 08:23 AM
#98
Posted 03 May 2012 - 10:56 AM
I have been searching for C60... from Asia, Japan and India to a production facility back here at home in the USA...
It is very expensive everywhere, to the point where i was thinking about having a plasma arc reactor made if we were sure about the results of the material.
You can say that my initial investment in the kilo, is specifically to test a few things and properties about it... before going to the next step.
The expense is high, close to the price that niner has linked to, in an earlier post. I think the site he linked to was www.term-usa.com/price.html
I am sure you will find many companies offering it with similar pricing, i am hoping we can process the kilo and raffle part of it away to folks that have a few rats to test it on. Personally i am looking forward to knowing we can produce the oil on a larger scale for folks that would like to consider it for their animals... like my big giant rat.
:D
A
Circle me: https://profiles.goo...236572014252197
Can't you begin selling it in your skin care product on Revgenetics first? The only one, one can buy now is soo expensive. 100 ml lotion for 177 USD... and have 2 peptides as well though
#99
Posted 03 May 2012 - 04:29 PM
So according to Cataldo, mixing fullerenes for 3 days will yield a C60/olive oil concentration of 909 mg/l or roughly 0.9 mg/ml and according to Baati et al, mixing for 2 weeks will yield a concentration 0.8 mg/ml. I would assume the differences are due to measurement technique rather than mixing technique (although I wish they would have went into more detail on how they 'mixed' their samples).
It is interesting that both started their preparation with about 3-6X the final concentration, that is, they added more C60 to the olive oil than they assumed would dissolve:
Baati: 50 mg/10 ml = 5 mg/ml = 6.25X
Cataldo: 40 mg/16 g = 40 mg/15 ml = 2.7 gm/ml = 3X
The problem with this is that if we follow this method of preparation this essentially makes our C60 10 times as expensive. I don't think I have much of a choice but to add at most 2X the amount of fullerene I expect to dissolve.
So lets say one wanted to push the envelope and take the full 1.7 mg/kg bw. I weight 185 lbs, that is 84 kg. If I prepare a sample of 0.8 mg/ml that means I need to drink 178 ml/day or 3/4 cups of olive oil. That is a lot especially for me because I have difficulty swallowing due to my illness. Although oil is easier to swallow than water. I will definitely have to spread this out over the day.
HP
Edited by HappyPhysicist, 03 May 2012 - 04:35 PM.
#100
Posted 03 May 2012 - 04:47 PM
Edited by Turnbuckle, 03 May 2012 - 04:48 PM.
#101
Posted 03 May 2012 - 05:02 PM
Any more anecdotal reports, Turnbuckle? I've got an 8 year old Lab who has trouble getting into the car and I'd love to test some on him.
#102
Posted 03 May 2012 - 05:05 PM
Dose Check (someone please check my math):
So according to Cataldo, mixing fullerenes for 3 days will yield a C60/olive oil concentration of 909 mg/l or roughly 0.9 mg/ml and according to Baati et al, mixing for 2 weeks will yield a concentration 0.8 mg/ml. I would assume the differences are due to measurement technique rather than mixing technique (although I wish they would have went into more detail on how they 'mixed' their samples).
It is interesting that both started their preparation with about 3-6X the final concentration, that is, they added more C60 to the olive oil than they assumed would dissolve:
Baati: 50 mg/10 ml = 5 mg/ml = 6.25X
Cataldo: 40 mg/16 g = 40 mg/15 ml = 2.7 gm/ml = 3X
The problem with this is that if we follow this method of preparation this essentially makes our C60 10 times as expensive. I don't think I have much of a choice but to add at most 2X the amount of fullerene I expect to dissolve.
So lets say one wanted to push the envelope and take the full 1.7 mg/kg bw. I weight 185 lbs, that is 84 kg. If I prepare a sample of 0.8 mg/ml that means I need to drink 178 ml/day or 3/4 cups of olive oil. That is a lot especially for me because I have difficulty swallowing due to my illness. Although oil is easier to swallow than water. I will definitely have to spread this out over the day.
HP
It needs to be noted that rat doses cannot be multiplied by human body weights to get the equivalent human dosage. I didn't read the full paper so not sure if the 1.7mg/kg is directly from the rat study or if it has already been scaled for adjustment in human dosage. But 1.7mg/kg for a 150g rat would be approximately equal to a 29.4mg dose in a 85kg human.
There are a couple ways to calculate these adjustments. The most convenient I've found is using an allometric scaling calculator. chrono once explained to me an easier and more accurate way to make the calculations but I can't seem to find the post.
So allometric scaling it is then. (link to the free online calculator)
Capture.JPG 27.49KB 2 downloads
If 1.7mg/kg is already scaled for human dosage then I apologize for bringing this up.
#103
Posted 03 May 2012 - 05:07 PM
http://web.archive.o...o/workshop.html
Edited by revenant, 03 May 2012 - 05:11 PM.
#104
Posted 03 May 2012 - 05:09 PM
Thanks. I'll assume 0.8g/L. Also, they were basically trying to harm the rats by giving them a large dose.
I just got all the equipment in today. Magnetic stirrer, ebay $45, made circa 1950 so should be able to go all day long without overheating. Magnetic rod. Centrifuge is on order. This is going to be the laborious part. I should be able to centrifuge and filter a days worth of elixir each day. Especially if I start with a much lower dose.
HP
#105
Posted 03 May 2012 - 05:11 PM
No the 1.7 is for rats. They made no mention of scaling to human doses. Thanks so much for that.
This is a topic I know nothing about. However, in many of the mouse studies for ALS they used equivalent doses in mg/kg for humans and mice.
Ben
#106
Posted 03 May 2012 - 05:29 PM
#107
Posted 03 May 2012 - 06:45 PM
The problem with this is that if we follow this method of preparation this essentially makes our C60 10 times as expensive. I don't think I have much of a choice but to add at most 2X the amount of fullerene I expect to dissolve.
Typo, meant 3-7 times as expensive.
#108
Posted 03 May 2012 - 07:07 PM
I think I'd rather die than drink 3/4 a cup of olive oil everyday for the rest of my life, and I'm part Italian.
Any more anecdotal reports, Turnbuckle? I've got an 8 year old Lab who has trouble getting into the car and I'd love to test some on him.
No more dog stories, JM, but yesterday I ran 40 yards without breathing, which is a massive improvement over my oxygen utilization just a few days before when I couldn't run 100 yards without gasping for breath. I'm now up to 20 mg C60 per day (.23mg/kg) in two 10 mg doses, which is about 60% of what the rats were getting by allometric scaling. The only noticeable side effect is oily skin.
Edited by Turnbuckle, 03 May 2012 - 07:12 PM.
#109
Posted 03 May 2012 - 07:18 PM
The problem with this is that if we follow this method of preparation this essentially makes our C60 10 times as expensive. I don't think I have much of a choice but to add at most 2X the amount of fullerene I expect to dissolve.
Typo, meant 3-7 times as expensive.
First, you really don't want a saturated solution, because when the temperature drops you'll get precipitation. And second, if you do it this way you don't have to throw away the undissolved material. It can be reused for the next batch.
#110
Posted 03 May 2012 - 08:01 PM
#111
Posted 03 May 2012 - 08:13 PM
http://www.springerl...y4n8bwb8131bhd/
Don't know if it's important but they specified using olive oil from Tunisia in the rat paper. The oil paper indicates that extra virgin olive oils from North Africa have the highest fatty acid compositions with Turkish olive oil a close 2nd with European olive oils having significantly less... in fact closer to the range of Hazelnet oils which is even lower. Same trend for terpenic alcohols and methylsterols. Which is interesting because European, particularly Italian olive oil, is widely suspected of being cut with Hazelnut oil which is less expensive.
Other interesting facts cited in the paper indicate olive oils are fairly high in triacylglyceride content comnpared to other oils... ranked 3rd behind cottonseed and palm oils. With hazelnut and coconut olis the lowest.
Unfortunately no specs in the oils paper on the California cold pressed olive oil that I'm partial to. Which is what I'll probably go with if I give this a try.
Howard
#112
Posted 03 May 2012 - 08:19 PM
I wonder though is it important to add more C60 that can be saturated to ensure saturation. That is, say I put 0.5 g into a liter of olive oil. Is there a chance only say 50% of that will get dissolved. And does putting too much in ensure maximum dissolution.
No, you don't have to worry that only half will go it. It will all go in. And you will know the concentration, whereas if you do it the other way, you'll be guessing that your olive oil behaves the same as the oil used by the people who wrote the paper.
#113
Posted 03 May 2012 - 08:44 PM
Howard: That is troubling, but on the other hand Cataldo made no reference (that I noticed) of his olive oil source but it looks like he is from Italy and likely conducted the research there. I just shot the author an email.
#114
Posted 03 May 2012 - 08:49 PM
I think it's more likely they were first ingested as part of ritual burning of camphor.
Pretty exciting stuff.
#115
Posted 04 May 2012 - 12:09 AM
This might be the hardest part of the process.
Any ideas on filtering?
Attached Files
Edited by HappyPhysicist, 04 May 2012 - 12:13 AM.
#116
Posted 04 May 2012 - 01:03 AM
To improve the taste of that much olive oil, I recommend sauteing with garlic and fresh oregano, basil and rosemary, then drizzle over some fresh pasta. Or you can add to a tomato sauce if taste is really an issue that should hide it. Mangia, mangia, mangia!
Edited by maxwatt, 05 May 2012 - 04:50 AM.
#117
Posted 04 May 2012 - 01:39 AM
The toxicity of this amount of fullerene appears to be very low, if the studies that have been carried out so far are accurate. I imagine larger particles will just end up in your stool anyway.
#118
Posted 04 May 2012 - 03:21 AM
I'm not sure filtration is necessary. You are not running a toxicology study. Just leave it for a few days and use gravity to separate out the undissolved fullerenes, decant, and add more oil to dissolve any residue. Or run it through standard lab filter paper, and then successively through a series of finer grade filters, until the filtration stops working.
The toxicity of this amount of fullerene appears to be very low, if the studies that have been carried out so far are accurate. I imagine larger particles will just end up in your stool anyway.
I was under the impression that clumps of C60 can be very bad for you hence the filtration. I'll have to search through the literature so see where I got that impression.
#119
Posted 04 May 2012 - 03:40 AM
#120
Posted 04 May 2012 - 07:50 AM
I was fine taking 4/5 of a cup of olive oil a day, i didnt take it yesterday.... and today i suddenly ad some zits, a bunch, little ones...
I think i will get back on the oil tomorrow... if these suckers disappear, i will laugh.
About the skin cream, other than price... (and boy have i found out how diluted the creams are! I dont suggest them as the quantities are in ppm and very minute) my only issue is that a C60 cream may need to be less of a cream and more of an applied liquid... such as a vitamin e mix. My concern is that it may be a real good delivery system, and that you may want to limit the ingredients in a topical solution.
Cheers
A
Circle me: https://profiles.goo...236572014252197
Also tagged with one or more of these keywords: buckyball, c60, fullerene, buckyballs
9 user(s) are reading this topic
0 members, 9 guests, 0 anonymous users