Current Status of Indian Medicinal Plants with Aphrodisiac Potential
In India, indigenous remedies have been used in treatment of sexual dysfunction
since the time of Charaka and Sushruta. Plants have always an exemplary source
of drugs and many of the currently available drugs have been derived directly
or indirectly from them. An aphrodisiac is defined as an agent that arouses
sexual desire. Erectile dysfunction or Sexual dysfunction (ED or SD) or male
impotence is defined as the inability of a man to achieve and maintain an erection
sufficient for mutually satisfactory intercourse with his partner. Sexual health
and function are important determinants of quality of life. To overcome the
problem of male sexual erectile dysfunction various Indian natural aphrodisiac
plants potentials were preferred. The ethnobotanical information reports that
about 200 plants possess aphrodisiac potential. Out of several Indian medicinal
plants 33 plants were reviewed. In this review, studies on Indian medicinal
plants were reviewed and their possible therapeutic applications were discussed.
This review discuss about aphrodisiac potential of Indian medicinal plants,
its botanical name, Common name, family, extract, models used, part used and
references, which are helpful for researcher to development new herbal aphrodisiac
formulations. In the recent years, interest in drugs of plant origin has been
This review will discuss the current research done in India on the most popular natural aphrodisiacs and examine the weight of evidence to support or discourage the use of any of them to enhance sexual desire and/or function.
PARAMETERS USED IN ASSESSING APHRODISIAC ACTIVITY
For the study of aphrodisiac activity many in vitro and in vivo
models have been used. Methods that are used in aphrodisiac study can be categorized
into physical methods including male sexual behavior (Mount Frequency, Mount
Latency, Intromission frequency, Intromission latency, Ejaculation frequency,
Post-ejaculatory interval, index of libido, computed male sexual behavior parameter),Orientation
behavior, Determination of hesitation time and attraction towords female, test
of potency, test for libido, penile microcirculation study, Intracavernous pressure
study and biochemical methods, hormonal determination, assay of nitric oxide
synthase and androgen receptor protein:
||Intromission Frequency (IF) is the introduction of one organ
or parts in another
||Mount Frequency (MF) is the number of mounts in series, or number of mounts
in a given period of time
||Mount Latency (ML) is the time interval between the introductions of the
female to the first mount by the male
||Intromission Latency (IL) is the interval from the time of introduction
of the female to the first intromission by the male
||Ejaculatory Latency (EL) is the time interval between the first intromission
||Post-ejaculatory Interval (PEI): The time between the occurrence of ejaculation
and the resumption of sexual activity, as indicated by next intromission3,4
Guidelines follow during Experiment:
The following guidelines followed during experiment.
||Males were kept individually but females were kept in groups
||Training of each male for 15 min at a time was performed until sexual
behavior was elicited and when the behavior was noticed, males were exposed
to receptive females (1 male with 5 females)
||Repeated training to overcome the lack of sexual response in the presence
||The study was conducted in a silent room under dim red light
||Any jerking movement of the mating area was avoided to enable the rats
to chase each other
||Cleaning of the mating area was performed after each trial, since the
urine trails left by one rat might alter the sexual behavior of the next
MECHANISM INVOLVED IN APHRODISIAC POTENTIALS
Sexual desire is controlled and regulated by the central nervous system
which integrates tactile, olfactory and mental stimuli6.
Role of nitric oxide: On sexual stimulation (visual (or) otherwise the
famines of the axons of parasympathetic nerves release Nitric Oxide (NO) gas.
The gas diffuses into smooth muscle cells that line those arteries of the corpus
carvenosum (spongy erectile tissue) and activates the enzyme Guanylate Cyclase
(GC). The later converts the nucleotide Guanosine Triphosphate (GTP) into cyclic
Guanosine Monophosphate (cGMP). The cGMP in turn causes the smooth muscle cells
around the penis to relax, leading to dilation and increased flux of blood into
the penile tissue. This blood is essentially trapped in the penis and results
in an erection. The erection ceases after a while because cGMP is hydrolyzed
by Phosphodiesterase Type-5 Enzyme (PDE-5) into inactive GMP. (The PDE-5 enzyme
resides in the penile tissues). Aphrodisiac potentials inhibit the hydrolyzing
action of PDE-5 with the result that active cGMP can accumulate. Undisturbed
and prolong the erection through increased blood flow2.
The scientific community explained the biologically significant aphrodisiac into three primary categories.
First: Some aphrodisiac simply provide a burst of nutritional value improving the immediate health or well being of the consumer and consequently improving sexual performance and libido.
Second: This group includes the purported aphrodisiac have more specific physiological affects but are not psychologically active. They may affect blood flow; increase duration of sexual activity by numbing the genital area.
Third: The third group of aphrodisiac is made up compounds that are
psychopharmacological, i.e., they actually cross the blood brain barriers and
stimulates some area of sexual arousal. This category includes a wide range
of neurotransmitters, hormones, pheromones and drugs that interfere with the
normal function of these molecules. This category is most difficult to study
because knowledge of both sexual arousal and the mechanisms of the psychoactive
properties of drugs are limited. Only the most general information about sexual
arousal and the brain is understood7.
PHARMACOLOGICALLY ACTIVE APHRODISIAC INDIAN MEDICINAL PLANTS IN EXPERIMENTAL
In India with the advent of the ayurvedists some of the medicinal plants
have proven to possess a traditional as well as scientifically proven aphrodisiac
that can enhance passion, increase libido, enhance sexual performance and help
to increase the intensity of lovemaking. Various Indian medicinal plants used
to treat Sexual dysfunction as well as ones that give sexual strength, stamina,
increased libido, vitality and sexual energy. A brief report of plants has been
tested for aphrodisiac potential are documented (Table 1).
Abelmoschus manihot (L.): Abelmoschus manihot (L.) commonly
reffered to as Junglee bhindi. Two doses i.e., 100 and 200 mg kg-1
b.wt. of ethanolic extract administered to swiss albino mice, showed pronounced
anabolic and spermatogenic effect in animals of respective groups. There was
a remarkable increased in sperm count and penile erection index and also improved
sexual behavior of male mice by increased mount and intromission frequency.
Further, it was noticed that a 200 mg kg-1 b.wt. dose of Abelmoschus
manihot, the performance rate enhances without any side effect8.
Anacyclus pyrethrum: Anacyclus pyrethrum DC belongs to
family Compositae. Aqueous extract of the roots was studied for its effect on
sexual behavior, spermatogenesis and sperm count. Fructose levels in seminal
vesicles of albino rats were also recorded. Two doses i.e., 50 and 100 mg kg-1
of aqueous extract on administration in albino rats showed pronounced anabolic
and spermatogenic effect in animals of respective groups. The sperm count and
fructose levels in seminal vesicle were markedly increased. Improvement in sexual
behavior of male rats was characterized by increased mount and intromission
frequency and reduced mount and intromission latency9.
Asparagus racemosus willd: Asparagus racemosus willd belongs to family Liliaceae. Hydro-alcoholic and aqueous extracts at higher concentration (400 mg kg-1 b.wt.) showed significant aphrodisiac activity on male wistar albino rats as evidenced by an increase in number of mounts and mating performance. On the other hand, hydro-alcoholic extract at lower dose (200 mg kg-1 b.wt.) and aqueous extract (400 mg kg-1 b.wt.) showed moderate aphrodisiac property.
Asparagus racemosus is commonly known as Shatavari. Milk and aqueous
decoction of roots of A. racemosus, were studied for aphrodisiac activity
in male albino rats and compared with untreated control group animals. The rats
were evaluated for effect of treatments on anabolic effect. Six measures of
sexual behavior were evaluated. The 200 mg kg-1 b.wt. of milk decoction
showed a significant difference in the sexual behavior of animals as reflected
by reduction of mount latency, ejaculation latency, post ejaculatory latency,
intromission latency and an increase of mount frequency. Penile erection (indicated
by Penile Erection Index) was also considerably enhanced. Reduced hesitation
time (an indicator of attraction towards female in treated rats) also indicated
an improvement in sexual behavior of extract treated animals. The observed effects
appear to be attributable to the testosterone-like effects of the milk decoction
of A. racemosus. Nitric oxide based intervention may also be involved
as observable from the improved penile erection11.
Asteracanta longifolia: Asteracanta longifolia belongs
to family Acanthaceae. Ethanolic extract of seeds of A. longifolia at
100, 150 and 200 mg kg-1, p.o. in male rats for a period of 28 days.
Significantly increase in the sexual behavior such as mating performance and
MF. A Significant increase in the sperm count as well as fructose levels of
seminal vesicles was noted12.
Blepharis edulis Linn.: Blepharis edulis Linn. belongs
to family Acanthaceae. Effect of etanolic extract of Seeds of B. edulis
Linn. at 100, 250 and 500 mg kg-1 p.o. for 7 days on mice significantly
increase MF,IF, IL, erections as well as aggregate of penile reflexes and caused
significant reduction in ML and PEI. Hormonal parameter like testosterone was
evaluated. The most appreciable effect of the extract was observed at the dose
of 500 mg kg-1 13.
Butea frondonsa koen: Butea frondonsa Koen belongs to
family Papillionaceae. Aphrodisiac study was performed on bark of B. frondonsa
Koen. The extract (400 mg kg-1 b.wt. day-1) was administered
orally by gavage for 28 days. The extract reduced significantly ML, IL, EL and
PEI. The extract also increased significantly MF, IF and EF.These effects were
observed in sexually active and inactive male rats4.
Chenopodium album: Chenopodium album belongs to family
Chenopadiaceae. Ethanolic extract C. album at 100, 250 and 500 mg kg-1,
p.o. in male albino mice showed significant increase in the MF, IF, IL, erection
as well as aggregate of penile reflexes and caused in Significant reduction
in the ML and post ejaculatory interval. More over 500 mg kg-1, p.o.
was found to be most active14.
Chlorophytum borivilianum: Chlorophytum borivilianum belongs
to family Liliaceae. Lyophilized aqueous extracts of C. borivilianum at
200 mg kg-1, p.o. showed significant enhancement of body weight and
reproductive organs, penile erection, MF, whereas, significant variation in
reduction of ML, EL,IL, reduced hesitation time indicates an improvement in
sexual behavior of extract treated animals15.
Crossandra infundibuliformis Linn.: Crossandra infundibuliformis
Linn. belongs to family Acanthaceae. Effect of petroleum ether extract of C.
infundibuliformis Linn. on male rat exhibited significant aphrodisiac behavior
at 200 and 400 mg kg-1 p.o. Significantly increase MF, IF and ejaculatory
latency and reduced ML and IL and Significantly increase in serum testosterone16.
Curculigo orchioides Gaertn.: Curculigo orchioides Gaertn.
belongs to family Amaryllidaceae. Ethanoilc extract of rhizomes of C. orchioides
Gaertn. at 100 mg kg-1, p.o. in rats was found to be change significantly
the sexual behavior such as penile erection, mating performance, MF, ML and
increase of penile erection index and weight of reproductive organs4,3,9.
Dactylorhiza hatagirea (D.Don): Dactylorhiza hatagirea
(D.Don) belongs to family Orchidaceae. Aqueous extract of Dactylorhiza hatagirea
(D.Don) Causes significant anabolic effect. Penile erection index (PEI) was
also considerably enhanced and significantly reduce mount latency in extract
Durio zibenthinus Linn.: Aphrodisiac activity of petroleum ether
extract and isolated compound 3-β-hydroxyl-21-normethyl-19-vinylidenylursane
of D. zibenthinus Linn. were screened for different dose level and it
was found that 400 mg kg-1 p.o. was most active in the mice and have
better aphrodisiac activity than all other treated dose18.
Glycyrrhiza glabra: Glycyrrhiza glabra belongs to family
Leguminocae. In the present study aphrodisiac activity of aqueous extract of
G. glabra (Leguminocae) roots and rhizomes was investigated. The extract
(150 and 300 mg kg-1 b.wt. day-1) was administered orally
by gavage for 28 days. Mount Latency (ML), Intromission Latency (IL), mounting
Frequency (MF), Intromission Frequency (IF), weight of animals (g) were the
parameters observed before and during the sexual behavior study at day 0, 7,
10, 14, 21 and 28. The extract reduced significantly ML and IL. The extract
also increased significantly MF and IF. These effects were observed in sexually
active male rats19.
Hybanthus enneaspermus (L.) F. muell: Orally administered ethanol
(300 mg kg-1) and aqueous (300 mg kg-1) extracts of
H. enneaspermus (L.) F. muell were evaluated for its aphrodisiac activity
in sexually inactive male rats both in a single dose regimen and in a chronic
regimen as a daily dose for 28 days. Mount and intromission latency and number
of mounts, intromissions and ejaculations were the parameters used for assessing
sexual arousal and performance. Following a single dose administration, the
aqueous extract produced a decrease in the mounting and intromission latency,
with an increase in the ejaculatory and intromission frequency. In the chronic
model, both the alcohol and aqueous extracts increased the number of mounts,
ejaculations and intromissions with decrease in the mounting and intromission
latency. Treatment with aqueous extract also elevated the testosterone levels
in sexually inactive male rats20.
Leptadenia reticulate Linn.: Leptadenia reticulate Linn.
belongs to family Asclpiadaceae. Effect of chloroform extract of L. reticulate
Linn. at 50, 100, 250 mg kg-1, p.o. on male rats for a period of
28 days. Significantly increase in mount, intromission interval, number of ejaculations
and decreased latency of first mount as well as the increase in post ejaculation
time. Significant weight gain in testis, seminal vesicles, prostate gland, vasdeferences,
Mimusa pudica Linn.: Mimusa pudica Linn. belongs to family
Mimosae. Effect of etanolic extract of roots of M. pudica Linn. at 100,
250 and 500 mg kg-1 p.o. for 7 days on mice significantly increase
MF, IF, IL, erections as well as aggregate of penile reflexes and caused significant
reduction in ML and PEI. Hormonal parameter like testosterone was evaluated.
The most appreciable effect of the extract was observed at the dose of 500 mg
Mucuna pruriens Linn.: Mucuna pruriens Linn. belongs to
family Papilionaceae. Ethanolic extract of M. pruriens Linn. showed
significant increase in the MF, IF, EL and decrease the Mount Latency, IL, PEI
and Intromission interval at 150, 200,250 mg kg-1, p.o. dose in wistar
Myristica fragrans Houtt.: Myristica fragrans Houtt. belongs
to family Myristicaceae. Effect of 50 % etanolic extract of dry kernel of
M. fragrans Houtt. at 100, 250 and 500 mg kg-1 p.o. for 7 days
on male rat significantly increase MF,IF, IL, erections as well as aggregate
of penile reflexes and caused significant reduction in ML and PEI24.
Nymphaea stellata Willd.: Nymphaea stellata Willd. belongs to family Nymphaeceae. The extract (150, 250 and 500 mg kg-1) was administered orally once a day for 7 days. Mating behaviour test, orientational activities, test for libido and test for potency were assessed in male rats.
There was an overall increase in sexual behaviour as evidenced by an increase
in MF (Mounting Frequency), IF (Intromission Frequency), EL (Ejaculatory Latency)
and a decrease in ML (Mounting Latency), IL (Intromission Latency) and PEI (Post
Ejaculatory Interval). Increase in orientational activities, weight of primary
and accessory sex organs, libido and potency were also observed. These results
were statistically significant. The study showed that the extract certainly
has aphrodisiac activity particularly at the dose level 500 mg kg-1
Ocimum gratissimum: Ocimum gratissimum belongs to family
Lamiaceae. Effect of etanolic extract of leaves of O. gratissimum
at 100, 250 and 500 mg kg-1 p.o. for 7 days on mice significantly
increase MF, IF, IL, erections as well as aggregate of penile reflexes and caused
significant reduction in ML and PEI. A dose of 500 mg kg-1 showed
maximum effect without any conspicuous gastric ulceration and adverse effect26.
Paederia foetida Linn.: Paederia foetida Linn. belongs
to family Rubiaceae. Ethanolic extract of the leaves (50, 100 and 200 mg kg-1
b.wt.) was studied for their effect on body and secondary sexual organ weight,
sexual behavior, spermatogenesis and serum testosterone level in male albino
rats. Oral administration of the extract in albino rats showed pronounced anabolic
and spermatogenic effects in animals in the treated groups. The extract significantly
increased both mount and intromission frequency27.
Passiflora incarnate Linn.: Passiflora incarnate Linn.
belong to family passifloraceae. Effect of methanolic extract of P.
incarnate Linn. on male mice exhibited significant aphrodisiac behavior
at 75, 100 and 150 mg kg-1, p.o.among these, the highest activity
was observed with the 100mg kg-1 p.o dose. When the mounting were
calculated about 95 min after the administration of test extract28.
Pedalium murex Linn.: Pedalium murex Linn. belongs to family pedaliaceae. Fruits and roots of P. murex Linn. were reported for its aphrodisiac activity. Ethanolic extract of P. murex fruits possesses aphrodisiac property. Petroleum ether extracts of P. murex roots were possesses aphrodisiac property.
Petroleum ether extract of P. murex, family Pedaliaceae. Doses of 200
and 400 mg kg-1 of PEPM showed a significant increase in mating and
mounting behaviour. The effect on fertility factors such as total body weight,
percentage of pregnancy, litter size were also significantly increased in comparison
with the ethanol-treated group. Significant increases in sperm motility and
count were observed in PEPM treated groups in a dose-dependent manner as compared
with the ethanol-treated group. Similarly, reductions in the percentage of abnormal
sperm were noted in animals treated with PEPM 400 mg kg-1. The effects
of PEPM on total protein, total cholesterol and testosterone were satisfactory,
the levels being increased significantly for protein, cholesterol and testosterone
by 400 mg kg-1 PEPM. Microtome sections of the testes of animals
treated with 400 mg kg-1 PEPM exhibited restoration and recovery
of germinal cells and the luminal spermatozoa and were comparable with the control
Piper guineense: Piper guineense belongs to family Piperaceae.
Aqueous extract of dry fruits of P. guineense two doses (122.5 and 245
mg kg-1 p.o. for 8 days and 122.5 mg kg-1 p.o. for 55
days). Significant increase in the level of testosterone in the serum and testes,
Cholesterol in testes, α-glucosidase in the epididymis in the seminal vesicles
after 8 days of treatment, while 55 day treatment the levels of Cholesterol
in the testes increases by 75 %. Aqueous extract of Piper guineense at
both doses had a positive effect on the male reproductive function30.
Polygonatum verticillatum: Polygonatum verticillatum is
belongs to family Liliaceae. Aqueous extract of P. verticillatum leaf
dose (500 mg kg-1 b.wt. day-1) and L-dopa (100 mg kg-1
b.wt. day-1) were administered orally by gavages for 28 days. Mount
Latency (ML), Intromission Latency (IL), Ejaculation Latency (EL), Mounting
Frequency (MF), Intromission Frequency (IF), Ejaculation Frequency (EF) and
Post Ejaculatory Interval (PEI) were the parameters observed before and during
the sexual behavior study at day 0, 7, 14, 21 and 28. Polygonatum verticillatum
leaf aqueous extract reduced significantly ML, IL, EL and PEI. The extract also
increased significantly MF, IF and EF31.
Spilanthes acmella (L.) Murr.: Spilanthes acmella (L.)
Murr. belongs to family Asteraceae. Ethanolic extracts of the S. acmella
flower and its effect on general mating pattern, penile erection and serum hormone
levels of normal male wistar albino rats were investigated and compared with
sildenafil citrate. The animals were evaluated on various parameters of sexual
behavior, anabolic effects, testosterone level and in vitro sperm counts.
The aphrodisiac potential of an ethanolic S. acmella extract was demonstrated
in vitro and in vivo32.
Syzygium aromaticum (L.) Merr. and Perry: Syzygium aromaticum
(L.) Merr. and Perry belongs to family Myrtaceae. Syzygium aromaticum
(L.) Merr. and Perry. (clove) in three doses (15, 30 and 60 mg kg-1
b.wt. p.o.) in male mice significantly increase MF,IF, IL, erections as well
as aggregate of penile reflexes. Hexane extract of S. aromaticum (L.)
flower bud as an aphrodisiac33.
Tinospora cordifolia: Tinospora cordifolia belongs to
family Menispermaceae. In this study, the total extracts were tested for their
constituents and tested for aphrodisiac activity in experimental rats. Hydroalcoholic
extract of Tinospora cordifolia stem at higher concentration (400 mg
kg-1 b.wt.) showed significant aphrodisiac activity on male wistar
albino rats as evidenced by an increase in number of mounts and mating performance.
On the other hand hydroalcoholic extract at lower dose (200 mg kg-1
b.wt.) and aqueous extract (400 mg kg-1 b.wt.) showed moderate aphrodisiac
Tribulus terrestris Linn. Tribulus terrestris Linn. is
a flowering plant belongs to the family of zygophyllaceae It is commonly known
as Ghokhru. The lyophilized powder of the dried fruits of T.
terrestris was studied for sexual behavior effects of acute and subchronic
administration in male albino rats and comparison has been made with standard
sexual stimulant drug, sildenafil citrate. The animals were evaluated on various
parameters of sexual behavior, anabolic effects, testosterone level and in
vitro sperm counts. Oral administration of 100 mg kg-1 of test
drug has proven anabolic effect as evidenced by body weight gain in the body
and reproductive organs. Improvement in sexual behavior of male rats was characterized
by increased amount and intromission frequency. Penile erection Index (PEI)
was also considerably enhanced without any noticeable toxicity and the testosterone
level and sperm count also significantly increased and the results are comparable
to that of standard drug, sildenafil citrate34.
Trichopus zeylanicus Gaerton.: Trichopus zeylanicus Gaerton.
belongs to family Trichopodaceae. Administration of ethanolic extract of T.
zeylanicus Gaerton. leaves to male mice increased the number of mounts and
mating performance. The pups fathered by the extract treated mice were normal
with regard to fetal growth, litter size and sex ratio. Although, oral administration
of a single dose (200 mg kg-1 p.o.) was effective, daily administration
of the extract were for 6 day was more effective. The aqueous as well as n-Hexane
extracts of the leaves were found to be inactive35.
Turnera aphrodisiaca ward: Turnera aphrodisiaca ward belongs
to family Turneraceae. Chloroform extract exhibited significant activity at
a dose of 200 mg kg-1, p.o. while methanol extract showed aphrodisiac
activity at a lower dose, i.e., (50 mg kg-1 p.o.). Volatile oil of
T. aphrodisiaca was found to be devoid of aphrodisiac activity. Qualitative
phytochemical screening showed the presence of alkaloids in chloroform and methanol
extracts. Therefore, the alkaloidal fraction was isolated from aerial parts
of T. aphrodisiaca and tested for aphrodisiac activity at dose levels
of 25, 50, 75, or 100 mg kg-1 p.o.36.
Vanda tessellate (ROXB.) HOOK.EX DON: Vanda tessellate
(ROXB.) belongs to family Orchidaceae. Alcholic extract of flowers of V.
tessellata at doses of 50 and 200 mg kg-1, p.o. were found to
be increase mating performance and tend to increase the male/female ratio resulting
offspring. The alcohol extract was devoid of any conspicuous general toxicity37.
OTHER HERBAL PLANTS WITH APHRODISIAC POTENTIAL
Other herbal plants with aphrodisiac activity are Artocarpus heterophyllus
Linn., Bombax ceiba Linn., Boesenbergia rotunda L., Amaranthus
spinosus L., Bryonia laciniosa Linn., Bussea occidentalis, Carica
papaya L., Cannabis indica L., Celastrus paniculatus Willd.,
Dalbergia sissoo Roxb., Daucus carota L., Emblica officinalis
Gaertn., Eriodendron Anfractuosum DC., Ficus arnottiana
Miq., Flueggea virosa Roxb., Garcinia afzelii Engl., Gmelina
arborea Roxb., Hibiscus rosa-sinesis, Hygrophila auriculata
Schum., Ipomoea mauritiana Jacq., Jatropha curcas L., Linum
usitatissimum L., Mallotus philippensis Lam., Mangifera indica
L., Mezoneuron benthamianum., Morinda lucida., Orchis latifolia Linn.,
Papaver somniferum L., Punica granatum L., Rauvolfia vomitoria.,
Saccharum spontaneum Linn., Santalum album Linn., Scindapsus officinalis
Schtt., Sida cordifolia Linn., Solanum nigrum Linn., Tamarindus
indica L., Terminalia arjuna Roxb., Turrea heterophylla Sm.,
Valeriana jatamansi Wall., Wrightia tinctoria (Roxb.), Zingiber
In India, various types of traditional herbal medicines are used to improve
the general well-being and, consequently, the male sexual satisfaction. These
traditional herbal remedies are accepted among men and they provide them with
an easy alternative to legitimize medical treatment for their sexual problem.
In the males study, about 50% of the respondents claimed that the reasons for
not using phosphodiesterase type 5 (PDE5) were because it was risky and they
were looking for natural therapies. Other important characteristics of the SD
therapies that are sought by sufferers include safety, containing natural aphrodisiac
The herbal drugs discussed in review have shown potent aphrodisiac activity. The synthetic formulation available in market, though they are showing excellent clinical and pharmacological activity in sexual dysfunction but they have significant adverse effect hence herbal drugs are preferred over synthetic drug to avoid serious side effects and adverse effects. One has to be extremely cautious about the use of traditional herbal medicines due to the fact that in India, quality control regulations are non-existent or they are too flexible. Further investigation on the plants can increase the isolation of the newer molecules which will be helpful for the treatment of Sexual dysfunction.
The authors are thankful to the authorities of Sunrise University, Alwar
(Rajasthan) for providing support to the study and other necessary facility
like internet surfing, library and other technical support to write a review
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