I found what this man used against Chlamydia in his previous experiment where he used his old lycopene product:
However, in his new lycopene product he doesn't use whey but lecithin as a carrier of lycopene. And now he claims that it is a lycopene who is responsible for the eradication of Chlamydia.
On his old product (whey + lycopene) he also claimed to have 53% better absorption of lycopene, so perhaps the important factor was the higher serum level of lycopene and not the whey, as he first thought. However, the serum levels that he achieved are quite possible even without some specialized lycopene product, as far as I can see from the other research of lycopene bioavailability. Under condition that the person follow some basic rules, for both preparation of tomato juice and consumption.
But even with the 7mg of lycopene it was possible to kill Chlamydia after four weeks, so it looks like ordinary tomato juice could do the job. Looks like some experimentation is in front of me.
Effects of Whey protein incorporated into lycopene particles
To verify the potential effect of WP-Lycosomestm, a clinical trial was undertaken. 20 Coronary Heart Disease (CHD) patients who were positive for anti-Chlamydia IgG and hypercholesterolaemia were identified. These patients were randomised in 4 groups of 5 patients, and each of them received daily either in:
1st group - 7 mg of lycopene supplement (in 70mg of tomato oleoresin) , or
2nd group - 700mg of WP, or
3rd group - mechanical mixture of 7mg of lycopene (in 70mg of tomato oleoresin) , and 70mg of WP, or
4th group - P-Lycosome comprising of 7mg of lycopene (in 70mg of tomato oleoresin) and 70mg of WP.
Serum anti-Chlamydia IgG and total serum cholesterol were measured after 4 weeks.
The results show that WP itself has no ability to affect the level of Chlamydia infection in these patients, in terms of the specific IgG, or cholesterol concentration (Tables 1 and 2) . Lycopene on its own has some ability to reduce Chlamydia infection, but its effect is only observed from the 2nd week of its administration onwards and the total sero-negativity for all patients was only achieved in the last week of the trial. Mechanical mixing of lycopene with whey protein substantially diminished the ability of lycopene to reduce Chlamydia infection and 4 out of 5 patients (80%) remained sero-positive by the end of the trial (4 weeks).
Lycopene on its own was observed to have a measurable effect on serum cholesterol. After 4 weeks it reduced cholesterol by 0.7mmol/L. Mechanical mixing of lycopene with whey protein also substantially diminished this cholesterol-lowering effect. However, whey protein incorporated into lycopene particles, as described herein (WP-Lycosometra) displayed a profound and very rapid effect on both Chlamydia infection and cholesterol levels. Anti-Chlamydia IgG were cleared from all patients serum by the end of the 1st week of the trial. Cholesterol levels in patients treated with WP-Lycosomes displayed a significantly deeper reduction than that produced by lycopene on its own (by 2mmol/L).
These results show that, on top of "mild" anti-infective and cholesterol lowering properties of lycopene itself, there is a significant synergetic effect of the whey protein when it is incorporated into lycosomes.
By contrast, mechanical mixing of whey protein and lycopene was found to inactivate the latter without increasing the activity of the former.
These results show that incorporating whey protein into lycopene particles allows the anti-bacterial potential of the whey protein to be delivered to the liver. These cell culture tests show that whey protein has a direct anti-Chlamydia effect. This effect has not been shown for lycopene. The effects of the whey protein are concentration dependent. There is no increase in lycopene concentration in carotenoid particles relative to lycopene itself. This indicates that the effect is due to Whey protein.
Although lycopene has been shown to reduce the symptoms of infection in vivo, this effect may be linked to its anti-oxidative and/or anti-inflammatory properties, and is generally evident after about 4 weeks. By contrast, whey protein acts much faster, and symptoms of Chlamydia infection, such as specific IgGs, disappear from the blood within days.
https://www.google.com/patents/EP2670392A2?cl=en
However, in his new lycopene product he doesn't use whey but lecithin as a carrier of lycopene. And now he claims that it is a lycopene who is responsible for the eradication of Chlamydia.
On his old product (whey + lycopene) he also claimed to have 53% better absorption of lycopene, so perhaps the important factor was the higher serum level of lycopene and not the whey, as he first thought. However, the serum levels that he achieved are quite possible even without some specialized lycopene product, as far as I can see from the other research of lycopene bioavailability. Under condition that the person follow some basic rules, for both preparation of tomato juice and consumption.
But even with the 7mg of lycopene it was possible to kill Chlamydia after four weeks, so it looks like ordinary tomato juice could do the job. Looks like some experimentation is in front of me.