Nutritional supplements
with phytohormone for the aging women (glimpses on menopause and
andropause)
Adimoelja A
Hang Tuah University / Naval Teaching Hospital "Dr. Ramelan",
Surabaya, Indonesia, 2003
INTRODUCTION
It is well known that dehydroepiandrosterone (DHEA) is very important
for the development of the genital sex and reproductive organ system
from birth to puberty. Up to the reproductive age, when the gonads
are fully developed DHEA production declines remarkably. During
reproductive age, while the DHEA production declines, ovaries and
testis are those gonads that takeover the responsibility for the
production of sex hormones for the maintanence and good development
of genital sex organs and fertility.
After reaching the age of 50 years, sex hormone production declines
and many of the phenomena associated with aging begins to develop.
Estrogen production in women declines drastically, resulting in
the well-known pre and menopause syndromes, and other aging phenomena
in women, such as the negative bone-turn-over (BTO) process resulting
in osteoporosis. Therefore sex hormone replacement therapy (HRT)
is proposed to minimize the pre and menopause syndromes in women.
HRT also has been suggested for aging men with partial androgen
deficiency (PADAM) syndromes.
Current research on growth hormone (GH) and DHEA for the management
of aging is, however, ongoing and intensive. This is mainly due
to the many controversial results of sex HRT. Specicically this
is related to the use of synthetic chemopharmaccutics and hormones
and the belief that they possess many side effects and as well as
a host of adverse reactions. This has therefore, caused the emergance
of a “Back to Nature” movement. The hope is that nutritive
supplementation with diversity of phytopharmaccutics, such as protodiscin,
will prove to have both beneficial as well as satisfactory results
for both men and women’s health. Especially for the management
of ailments that both men and women experience as part of the aging
phenomenon. It is noteworthy, that so far the uses of these phyto-chemicals
do not show any noticeable harmful side effects. We hypothesize
that the natural character of these phytochemicals being studies
here will be shown to be as beneficial to humans as the effects
consuming vegitable dishes during meals daily meals.
PROTODIOSCIN A NUTRITIONAL SUPPLEMENT
FOR THE AGING MALE WITH DECREASE LIBIDO
Protodioscin is a phyto-chemical extract from Tribulus terrestris
L plant that has been clinically tested to improve sexual desire
and enhance erection in men via the conversion of protodioscin to
DHEA. As has been reported in many trials, aging in men is associated
with the decline of sexual mood and erection. These conditions are
well proven with the decline of testosterone (T), GH, DHEA, IGF-1
(insuline-growth-factor-1) and others. Hence a nutritive supplementation
with protodioscin may be beneficial, as it may increase the DHEA
blood serum levels in the aging male. DHEA, as is known, can be
converted whenever to T or further aromatized to estrogen. Within
this line R. Huharam et all concluded that nutritive supplementation
with protodioscin should also be beneficial for a positive response
in the bone-turn-over (BTO) process, and thus in preventing osteoporosis
in menopausal women. Where as the decrease blood serum levels of
DHEA, GH, and IGF_1 and estrogen may trigger osteoporosis.
FOCUSING ON THE USE OF PROTODIOSCIN
ON OSTEOPOROSIS PREVENTION & OBESITY
Materials and methods: A double blind placebo controlled study
was therefore performed on 30 pre and menopausal women (ages 45
years and over). They were divided in two groups. Group I (n = 15)
were consuming TTL extract 3 x 2 tabl. (250mg/tbl)/day for six weeks.
Group II ( n = 15) were only given placebo. The BTO in the study
were represented by the measurement of blood serum osteoclasin (OST)
and alkaline phosphatase isonenzyme (ALP) before and after the nutritive
supplementation with the protodioscin.
Ten other women of reproductive age participated in the study to
get their normal routine blood examination. Estrogen, OST and APL
blood serum measured for the base line control date.
Results: A significant decrease was observed in the mean ALP in
group I from 81. 120(SD=29.649) to 73.267 (SD = 25.438); (p<
0.05). In group II, an increase of the mean ALP was observed from
86.533 (SD = 23.041), although it was not significant (p>.005)
(see Fig. I and II).

Figure I. Bone Turnover Alkaline Phosphatase Isoenzyme
p < 0.05
Figure II. Bone Turnover Osteoblast activity
p < 0.05
In respect to the hormone profiles, protodioscin was
reported to significantly increase DHEA, GH and SHBG and decrease
prolactin, estradiol, and testosterone serum blood levels. Whereas
in the placebo group, all hormone profiles were not significantly
changed (p>0/05). Also, no changes of the liver and renal function
tests were reported (p. 0.005) (see table A). Because of the very
short period of this preliminary trial the BMD was not performed.
A more extended trial should be conducted in the future so that
the results of the BMD (before and after the trial) show convincingly
the positive details of the BTO.
Table A
Results
HORMONAL PROFILES
| |
|
|
Placebo |
Tribulus terrestris |
| |
N |
Control |
Before |
6 weeks |
Before |
6 weeks |
Estradiol
(pg/ml) |
30 |
89.1 +/- 83.47 |
19.2 +/1 17.66 |
55.7 +/- 72.14 |
28.9 +/- 60.36 |
19.7 +/- 11.02 |
Prolactin
(ml/pg) |
30 |
39.9 +/- 12.04 |
5.8 +/- 2.51 |
7.2 +/- 3.61 |
9.7 +/- 7.07 |
8.47 +/- 7.11 |
| Testosterone (ng/ml) |
30 |
0.23 +/- 0.27 |
0.2 +/- 0.01 |
0.18 +/- 0.01 |
0.2 +/- 0.01 |
0/16 +/- 0.01 |
DHEA
(um/l) |
30 |
3.5 +/1 1.35 |
2.5 +/- 1.6 |
2.4 +/- 1.53 |
2.4 +/- 1.6 |
2.7 +/- 1.56* |
GH
(ng/ml) |
30 |
1.1 +/- 1.46 |
0.5 +/- 0.57 |
0.8 +/- 1.06 |
1.1 +/- 2.09 |
1.2 +/- 2.43 |
SHBG
(nmol/l) |
30 |
59.1 +/- 37.04 |
40.5 +/- 18.56 |
42.1 +/- 18.04 |
51.6 +/- 23.37 |
51.7 +/- 25.66 |
| |
* p < 0.05 |
A significant increase of OST in group I (Fig. II)
was reported 11.3900 (SD = 5.9668) to 14.5560 (SD = 8.7275); (p<0.05).
A significant decrease of ALP from 81.12 (SD = 73.27 (SD = 25.438)
was reported (Fig. I).
In group II a non-significant increase (p>0.05) of mean OST was
reported from 13.5740 (SD +5.5323) to 14.1135 (SD + 52.953) was
also reported (Fig. I)/
Although the BMI after consuming protodioscin was not decreasing
significantly, the lost visceral fat or decrease of the whip-hip-ratio
(WHR) from 0.82 ± 0.007 to 0.80 ± 0.006 was very promising
(significant by p<0.05) Tab. B)
Table B
Obesity
| |
|
|
Placebo |
Tribulus terrestris |
| |
N |
Control |
Before |
6 weeks |
Before |
6 weeks |
| BMI (kg/m2) |
30 |
22.4 +/- 3.67 |
28.5 +/- 2.35 |
26.3 +/- 2.25 |
26.7 +/- 3.85 |
26.6 +/- 3.7 |
| WHR |
30 |
0.77 +/- 0.005 |
0.83 +/- 0.004 |
0.83 +/- 0.004 |
0.82 +/- 0.007 |
0.80 +/- 0.006* |
| |
|
* p < 0.05 |
Conclusion and remarks: Daily nutritional supplementation
with protodioscon may exert positive effect on the BTO in pre and
menopausal women. Obesity or weight gain - which can also significantly
affect the quality of a woman’s life - was reduced within
6 weeks of consuming the Tribulus terrestris extract (Tab. B). No
other side effects or adverse reaction were resported in this preliminary
study (Tab C). Regular nutrive supplementation with the extract
of Tribulus terrestris is therefore recommended for the pre and
menopausal women.
Table C
Liver and renal function
| |
|
|
Placebo
|
Tribulus terrestris |
| |
N |
Control |
Before |
6 weeks |
Before |
6 weeks |
| SGOT (U/l) |
30 |
18.9 +/- 5.51 |
19.7 +/- 5.8 |
18.4 +/- 3.64 |
21.7 +/- 7.54 |
20.6 +/- 6.39 |
| SGPT (U/l) |
30 |
16.4 +/- 11.02 |
17.6 +/- 7.39 |
14.2 +/- 5.87 |
24.7 +/- 15.60 |
19.0 +/- 7.95 |
| Ureum (mg/dl) |
30 |
10 +/- 2.18 |
12.3 +/- 2.09 |
11.7 +/-3.03 |
12.7 +/- 3.77 |
10.9 +/- 3.17* |
| Creatinine (mg/dl) |
30 |
0.8 +/- 0.13 |
0.9 +/- 0.11 |
0.9 +/- 0.12 |
0.9 +/- 0.14 |
0.93 +/- 0.18 |
| |
* p<0.05 |
PROTODIOSCIN FOR THE
AGING MALE WITH DECREASED LIBIDO
Androgens for HRT in the males experiencing the symptoms of aging,
such as decreased libido and erectile dysfunction (ED) have been
proposed. In some cases, current studies have shown the benefits
of HRT especially in men with PADAM or ADAM (androgen defieincy
in aging male). However, there is a growing controversy over the
application of HRT with testosterone. This is especially true for
cases where the individual subjects that have prostate hypertrophy
(BPH) or cancer, as is frequently found in aging men.
New research on the bodies production of DHEA and its precursors
is quite promising as an alternative method of therapy. Protodioscin
is a natural plant product that has been proven to be a precursor
of DHEA. This phytochemical product’s effectiveness has already
been greatly evaluated in the aging male with a decreased libido
(sexual fatigue).
Materials and methods: A double blind cross-over placebo controlled
study of 60 aging males (ages 50 y.o. and over) were divided into
2 groups of 30 males. Group A (n = 30) was treated with the active
drug containing protodioscin 250 mg/ tablet 3x 2 tablets for 3 weeks.
Group B (n = 30) was treated with placebo’s only within the
same period. After one-weeks ‘wash-out’ period Group
A in turn received placebo’s only and Group B active supplements.
DHEA serum blood levels were measured before and after each experiment
for both groups.
Results: In both groups ( A and B) who had both been receiving
active supplements showed a significant (p<0.005) increase of
DHEA serum blood levels (Tab. 1 and 2):
Group A (in first round experiment) before levels (Tab. 1 and 2):
Group B ( in second round treatment, after wash-out period); before
=1.164) and after = 1.989 (see table 2). No change (p>0.005)
in DHEA blood serum levels were observed in both groups (A and B)
receiving placebo’s. The testosterone blood serum levels remain
unchanged as shown on table 1, 2 and 3. Group B(in first round experiment
before the washout period) The DHEA serum blood levels before =
1.163 and after = 1.167 (Tab. 1).
Group A ( in the second round experiment, after washout period)
DHEA serum blood levels before = 1.973 and after = 1.970. (Tab.
2) During the washout periods the DHEA serum blood levels remained
unchanged (p>0.05) in both (A and B) groups (Tab. 3).
And improvements (47% = 28 from 60) of their sexual performances
were also reported when active drugs were given.
Table 1. First round
of treatment
| Treatment |
n |
DHEA before |
DHEA after |
signif. |
group |
| Protodioscin |
30 |
0.987 |
1.977 |
p < 0.005 |
A |
| Placebo |
30 |
1.163 |
1.167 |
p > 0.005 |
B |
| |
|
|
|
|
|
| |
|
testo before |
testo after |
|
|
| Protodioscin |
30 |
555.3 |
544.8 |
p >0.005 |
A |
| Placebo |
30 |
551.2 |
554.8 |
p >0.005 |
B |
Table 2.
Second round of treatment, after washout period
| Treatment |
n |
DHEA start-2 |
DHEA end-2 |
signif. |
group |
| Protodioscin |
30 |
1.973 |
1.97 |
p > 0.005 |
A |
| Placebo |
30 |
1.164 |
1.989 |
p < 0.005 |
B |
| |
|
|
|
|
|
| |
|
testo start-2 |
testo end-2 |
|
|
| Protodioscin |
30 |
549.2 |
550.1 |
p >0.005 |
A |
| Placebo |
30 |
554.2 |
554.9 |
p >0.005 |
B |
Table 3.
During, beginning, and end of the washout period
| Treatment |
n |
DHEA end-1 |
DHEA start-2 |
signif. |
group |
| Protodioscin |
30 |
1.977 |
1.973 |
p > 0.005 |
A |
| Placebo |
30 |
1.167 |
1.164 |
p > 0.005 |
B |
| |
|
|
|
|
|
| |
|
testo end-1 |
testo start-2 |
|
|
| Protodioscin |
30 |
544.8 |
549.2 |
p > 0.005 |
A |
| Placebo |
30 |
554.8 |
554.2 |
p > 0.005 |
B |
Conclusions and overall remarks: Protodioscin has
been extensively shown to improve sexual performance in aging males
and now current studies suggest that it also has positive bone-turn-over
effects in pre and menopausal women.
Aging and the accompanying phenomena, or the physio-pathological
processes, associated with aging brings with it a diversity health
related problems that have the ability to greatly decrease the quality
of life in both genders.
During a persons younger years DHEA is likely very important for
the proper development of the genital, sexual and reproductive organ
systems. Therefore, as DHEA blood serum levels start to drop with
age there is an apparent increase in the pathological aging phenomena
in both men and women. HRT with DHEA is likely, therefore, a means
of ‘slowing-down’ the pathological aging process. Menopause
and other aging phenomena in women (including obesity and osteoporosis)
are still being regarded as being related to a decline in the production
of sex hormones. Furthermore, until recently no normal sex hormone
parameters of older aged subjects were known. Treatments therefore
had been developed to adjust the subjects sex hormone levels to
what was believed to be the optimal level, a level that was actually
the optimal level for subjects of a younger or reproductive age.
As was mentioned earlier in this report this report, chemical products
and hormones are believed to have many negative side effects and
adverse reactions. Therefore, nutritive supplementation therapy
with pre-phyto-hormones may much safer and efficient means of treatment.
Protodioscin, a natural extract from Tribulus terrestris L plant,
is a pre-phyto-hormone which has been shown to be a precursor of
DHEA. The pharmaco-dynamic action of this purified plant extract
interacts holistically and integrates within the physiologic metabolic
pathway in the human body when consumed. The consuming of certain
phyto-pharmaccutics can be considered as holistic and safe as the
daily consumption of vegtable dishes, which has been historically
proven for their usefulness to maintain health. While mild and no
harmful side effects can be reported from the consumption of vegetables
we hope this will also hold true for the consuming of medicinal
plant extracts when properly used.
REFERENCES
1. Adimoelja A- Clinical application of Asian Medicine in erectile
dysfunction (ED). Int. J. Impot. Research. 1997; 9; S13 (suppl/1)
2. Adimoelja A and Adaikan PG. Protodioscin from herbal plant Tribulus
terrestris L improves male sexual dysfunction probably via DHEA.
Int. J. Impot. Research. 1997; 9; S64 (supp 1)
3. Adimoelja A- The use of Tribulus terrestris extract in ADAM with
sexual fatigue IN Proceedsings First APFA, Shanghia Oct. 17-21 2002;
Asian J of Andrology. 2002: 4:3 (suppl); 29
4. Adimelja A – Phytochemicals and the breakthrough of traditional
herbs the management of sexual dysfunction. Int. J Andr. 2000; 23
(suppl 2); 82-84
5. Berasfold SA. Weis NS, Void LF, McKnight B. Risk of endometrial
cancer in relation to the use of estrogen combine with cyclic progesterone
therapy in post menopause women. Cancer. 1997; 349; 458-461
6. Delmans PD, Eastell R, Garnero P, Siebel MJ and Stepan J. The
use of biochemical markers of Bone Turnover in Osteoporosis. Osteoporosis
Int. 2000; 6: S2-17
7. Haiser M- Hormones and Osteoporosis. Asver CC Lab Corp. of America.
200: 1-5
8. Kanis JA- Osteoporosis and its consequences. IN Kanis JA Osteoporosis.
London, Blackwell Science. 1994; 1-19
9. Leung KS, Fung KP, Sher AHL, Li CK, Lee KM. Plasma specific alkaline
phosphate as an indicator for osteoblastic activity. J Bone and
Joint Surgery(Br)75-B: 288-292
10. Milett PJ, Matthew J, Allen Y, Vet. MB, Neil-Ruhston Y. Synthetic
function and regulation of osteoblasts: Current knowledge and application.
MJM, 1995; 1: 138-146
11. Muharam R, Irmansyah F, Darmasetiawan S, Hutama P, Basuki H,
Soedjono J, Samil RS and Adimoelja A- Protodioscin a nutrive supplementation
for pre and menopausal women ( a prelimainry report: focused on
the bone-turn-over activity). IN Proceedgints 7th Asian Congress
of Sexology Singapore, Signapore Oct. 14-17, 2002
12. Shehlian R- DHEA, a practical quides. Avery Publ. Group. Garden
City Park, N.Y. 1996
Presented at the PERMI-APMF National Sympsium, Jakarta, 2003
|