| Alice Kahn Ladas, Ed.D.,
a principal author of the 1982 book, The
G-Spot and Other Recent Discoveries About Human Sexuality,
writes on the subject of The Gräfenberg Spot (G Spot) in Clinical
Monograph, #3, of the American Academy of Clinical Sexologists. She
discusses what it is, where it is located, its function and importance
for clinicians. She then goes on to discuss the phenomenon known as
"female ejaculation."
My doctoral research project,
"Urethral Expulsions during Sensual Arousal
and Bladder Catheterization in Seven Human Females," as well
as the popularized version, Female
Ejaculation and The G-Spot, written as a magazine article,
deal with much of the same subject matter and come to some similar
conclusions about the G "Spot." However, on the question of female
ejaculation, we do have some differences.
Dr. Ladas's perspective regarding
Gräfenberg is an important one and one with which I totally
concur. She states that the G "Spot" was a term coined by Whipple
and Perry and is not actually a "spot" on the anterior(upper) wall
of the vagina but instead is the prostatic-like tissue which surrounds
the urethra and which can be stimulated through the anterior wall
of the vagina. Dr. Ladas renames it as the "G area" while I prefer
the term "G-Crest." The word 'Crest' is more useful as a description
than "spot" or "area" because the swollen female urethral glands
feel like a protruding ridge or crest. Furthermore, the word 'Crest'
also invokes an image of rising sensual/sexual pleasure.

While many people have read or
heard about Gräfenberg, few have read his actual words. In
reality, Gräfenberg only uses the word "spot" twice and he
uses it to make the opposite point to the way it has been popularly
used. He states that "....there is no spot in the female body, from
which sexual desire could not be aroused." and "Innumerable erotogenic
spots are distributed all over the body, from where sexual satisfaction
can be elicited; these are so many that we can almost say that there
is no part of the female body which does not give sexual response,
the partner has only to find the erotogenic zones." (1)
Dr. Ladas accurately points out
that, in order for the G area (Crest ) to become engorged enough
for detection, it is usually necessary that the woman be already
sexually aroused. It is also crucial that the woman has learned
to be responsive to stimulation in that area. A good analogy that
she uses is that, while all women have breasts, not all are responsive
to breast stimulation.

Additionally, Dr.
Ladas makes the same point that I have made which is that orgasms
induced through stimulation of the G area (Crest ) feel different
and utilize a different pathway than orgasms stimulated solely from
the clitoris. Dr. Ladas accurately points out that G area (Crest
) orgasms and ejaculation can create very intense feelings and emotions
and even the recall of repressed memories. Her conclusion, similar
to mine, is that exploration of G area (Crest ) orgasms and ejaculation
need to be done with extreme sensitivity, caring and the intention
to create an environment where a woman feels emotionally and physically
safe. Dr. Ladas also makes the point that it is important that women
not make ejaculation a goal to be sought after but instead to focus
on the pleasure being received. She formulates the idea of women
teaching themselves how to ejaculate as part of the overall furtherance
of each woman's unique sensual/sexual potential.
Dr. Ladas concludes that the emission
of fluid during sensual/sexual arousal is similar to ejaculation
in the male. She also claims that the chemical content of the fluid
is similar to male prostatic fluid without semen but cites no specific
references to support her conclusion. Furthermore, Dr. Ladas states
that studies done after the publication of The G-Spot and Other
Recent Discoveries About Human Sexuality found the chemical
content of the female ejaculate to contain "many chemical substances
similar to male ejaculate without the sperm."
While this is certainly a logical
interpretation of those studies as well as the previous literature,
it is not the way that a scientific paradigm is changed. What will
be required to support the conclusion that the chemical content
of female "ejaculate" is similar to male ejaculate without the sperm
will be the identification of a clearly unambiguous prostatic marker.

The methodology that
has been employed in studies previous to mine has been to attempt
to detect the presence of either fructose or Prostatic Acid Phosphatase
as that unambiguous prostatic marker. These studies monitored the
levels of one or the other in both urine specimens and ejaculate
of the women subjects. The presence of a higher level of either
fructose or Prostatic Acid Phosphatase in the ejaculate was used
to conclude that the ejaculate had prostatic components. Their conclusions
were further reinforced if the ejaculate was found to have lower
levels of urea and creatinine, prime components of urine, than present
in the urine sample.(2,3,4,5)
The problem is that fructose appears
naturally in urine and Prostatic Acid Phosphatase appears naturally
in vaginal secretions. (6)
The differences in their levels, particularly when the urethra was
not segregated from the bladder make it impossible to determine
with scientific certainty that the changes are being caused by a
release from the urethral (Skene's) glands. There are simply other
possible explanations for the differences. Also, the individual
test results in the previous studies were sometimes inconsistent
and not uniform. (8)

Dr. Ladas concludes
her article with the proviso that "the source of female ejaculate
is not definitely determined so it is premature to state that the
female prostate is the sole source of female ejaculation." Overall,
however, she appears to fall into the presumption made by many who
have addressed this issue, that the ejaculate is either urine or
prostatic fluid.
In my study, having segregated
the urethra from the bladder, we observed, at least for our seven
subjects, that more than 95% of the fluid expelled during sexual
arousal originated I n the bladder. However, that fluid contained
an average of only 25% of the amounts of urea and creatinine found
in the subjects' baseline urine samples. We theorized that it may
lose the appearance and smell of urine due to the secretion of the
hormone aldosterone during sensual/sexual arousal, causing the re-absorption
of sodium and the excretion of potassium by the kidneys. (9) Furthermore,
I found research material indicating that an involuntary opening
of the bladder sphincter can be triggered with stimulation of either
the G-Crest or the clitoris or both simultaneously. (10)
Additionally, on five occasions
we observed a small milky discharge from the urethra which may mix
in the urethra with the fluid from the bladder. So it is possible
that the ejaculatory fluid originates not from either the bladder
or the urethral glands, but from both.

My project was an
Ed.D. exploratory research experiment and not a dissertation. It
was the viability of the catheterization procedure utilizing human
subjects that was of primary importance. Sometimes the laboratory
results overshadowed that because of the high interest in the previously
unanswered questions regarding female ejaculation.. I simply conducted
the experiment, reported the results, and gave my opinion as to
possible conclusions. The key issue is whether the experiment can
be replicated, verified and independently confirmed, with improved
tests based upon what was learned from the first seven women. I
think there is no question that can be done.
For some time, I
have been desirous of retesting two of my women subjects in the
offices of a local female OB/GYN who is also Board Certified in
Urology. We would again utilize the catheter to segregate the bladder
from the urethra but this time we would monitor fluid intake for
the 24 hours prior to the test. We would also test by blood draw
and/or urinalysis for evidence of increased levels of aldosterone
during arousal. In addition we would test for Osmolality (concentration
of urine particles) as well as urea and creatinine levels in the
baseline urine specimen, the fluid drained by the Foley catheter
after insertion, any fluid subsequently expelled into the new storage
bag during arousal, any fluid expelled from the urethra outside
of the catheter tube and an additional urine sample taken one hour
after conclusion of the experiment.

Dr. Milan Zaviaccic,
who was very complimentary of both my experiment and my speculation
regarding aldosterone, is close to isolation of the P-1 protein
in Prostate Specific Antigens in the female urethral glands. This
is the unambiguous prostatic marker that has been needed as a tool
to resolve the biological questions. It will then be possible to
test for the presence of P-1 in both the fluid coming through the
catheter tube into the storage bag and from any expulsion of fluid
from the urethra outside of the catheter tube such as we have observed
in our experiment and which was recorded on videotape.
I believe that we
are incredibly close to a resolution of this long-term controversy
regarding "female ejaculation" through a combination of Dr. Zaviaccic's
isolation of the P-1 protein and the "Schubach" catheterization
procedure. The resolution of these biological issues is important
in terms of the evolution of our knowledge regarding human sexual
response.

If it should turn
out that medical science has underestimated the sexual capabilities
of women's bodies by portraying pleasurable sexual activities like
female ejaculation as abnormal and/or imagined, it could have a
significant effect on women's views of their sexuality. If the new
evidence about these expulsions demonstrates that they are natural
sexual bodily functions, then many women could be free of guilt
and shame about expelling fluid during sex. However, regardless
of the composition of the fluid, the most important issue to me
as a sex educator still is how women feel about their sexuality,
their bodies and all fluids that come from them.

END NOTES
(1) Gräfenberg, E. The role
of urethra in female orgasm. International Journal of Sexology,
3: 145-148, 1950.
(2) Addiego, F., Belzer; E. G.,
Jr.; Comolli, J., Moger, W., Perry, J. D. and Whipple, B. Female
ejaculation: a case study. The Journal of Sex Research, 17: 13-21,
1981.
(3) Belzer, E. G., Jr., Whipple,
B. and Moger, W. On female ejaculation. The Journal of Sex Research,
(20-4): 403-406, November, 1984.
(4) Goldberg, D. C., Whipple,
B., Fishkin, R. E., Waxman, H., Fink, P. J. and Weisberg, M. The
GräfenberG-Spot and female ejaculation. The Journal of Sex
and Marital Therapy, 9 (1): 27-37, Spring, 1983.
(5) Zaviaccic, M., Dolezalova,
S., Holoman, I. K., Zaviacicova, A., Mikulecky, M. and Brazdil.
Concentrations of fructose in female ejaculate and urine: a comparative
biochemical study. The Journal of Sex Research, 24: 319 - 325, 1988.
(6) Gomez, R. R., Wunsch, C. D.,
Davis, J. H. and Hicks, D. J. Qualitative and quantitative determinations
of acid phosphatase activity in vaginal washings. American Journal
of Clinical Pathology, 64: 423-432, 1975.
(7) Graves, M.D., M.P.H., H. C.
B., Sensabaugh, D. Crim., G. G., and Blake, D. Crim., E. T. Postcoital
detection of a male-specific semen protein. New England Journal
of Medicine, 312 (6): 338-343, 1985.
(8) Goldberg, et al.
(9) Normal Renal Function, pg.
88, in Smith's General Urology. Norwalk, Connecticut: Appleton
& Lange, 1995
(10) Tanagho, E. A., M.D. and
McAninch, J. W., M.D. Smith's General Urology. Norwalk, Connecticut:
Appleton & Lange, 1995, Table 30-5, pg. 539.
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