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12 Journal of Clinical - No.1: October - December 2018

Is there a Vaginal Area of Hypereroticism (H Area) or a G spot?

*Vasile Nițescu Medical Centre of -Gynecology and Sexology

Is there a Vaginal Area of Hypereroticism (H Area) or a G spot? Abstract: The Vaginal Area of Hypereroticism describes only the effect, namely the state of pleasure of the vaginal area of Hypere- roticism and the lack of the description of the morphophysiology of the area, which by its structure determines the erotic state against which many specialists have brought H AREA countless arguments, invoking even the non- existence of the Vaginal Area of Hyperero- ticism. Fig.1 - Anatomical drawings – location of The research proves that there is a zone the Hypereroticism Area of cellular bioexcitability even increased as compared to the rest of the , the tis- sue with superior erectile properties being related to , so with the erectile border manual stimulation of the H-area is the lu- areas. brication of the vagina. The area I called the Area of Hypereroti- cism, the “H” Area is part of the vulvo-vagi- Key words: nal erectile complex (fig.1). Hypereroticism “H” area, bioexcitability, The female’s first response to the male’s stimulus, anterior vaginal wall

*Correspondence to: *Nițescu Vasile MD., Ph.D, 9 Washington Street, 1st District, post code 011792, Bucharest, Romania Journal of Clinical Sexology - No.1: October - December 2018 13

Introduction: The motivation of 80,00% 70,00% 72 % the work (Purpose) 60,00% THE PRESENCE E OF THE H AREA The area has been known since antiquity, 50,00%

URINAT THE SAME when it was shown that it “produces maxi- 40,00% TO

N SENSITIVITY 30,00% mum pleasures”. In the 17th century, it was ATIO THE ABSCENCE OF mentioned by Regnerus De Graaf and in 1950 20,00% THE H AREA 16% 10,00% 68 % SENZ by E. Gräfenberg, known as the “G” spot. 12% Absolutely all the authors mentioned only 0,00% LOT 200LOT 200 the effect, “the state of pleasure”, but no one explained why the erogenous effect occurred. Fig.2 -H Area Study This is why the existence of this area or its absence is currently under discussion. the rest of the vagina, clearly showing the This is the motivation of my work. difference in potential for this action. – the time between the application of the sti- Method: mulus and the response was significantly The study (fig.2) that was conducted initi- shorter in the vaginal area of hypereroti- ally on a total of 200 people was later exten- cism; ded to 800 women aged 16-45. It showed that – the potential for resting is shorter for the 72% of the studied people showed distinctly cells in the H Area, proving the existence an increased erotic sensitivity of the “H Area” of a structure with particular morphology as compared to the rest of the vagina, 16% and a neuro-vascular system where the had the same sensitivity across the entire va- tactile receptors process and transmit the gina, and a rate of 12% had no vaginal erotic information collected from the H Area to sensitivity. It was also found that 68% of the the ramifications differently from people, consulted on the gynecological table, the rest of the vagina. They reach the bra- with an increased sensitivity experienced the in, which will sensitize the erectile bodies need to urinate when touching the “H Area”, of the H Area - anatomically different by unimanual examination. from the rest of the vagina. The sensitivity assessment of the two va- ginal areas, H area and rest of the vagina, was Description carried out by a subjective test (bi- and uni- My research proves that, in fact, there is manual vaginal touch) and by measuring the an “area”, (not a spot), located on the ante- biopotentials of the two segments. rior-inferior vaginal wall, having a surface Thus, I found that: with markedly increased erectile sensitivity – the response to the electric stimulus occur- compared to the rest of the vagina, due to its red differently, respectively with a lower particular neuro-anatomical structure, which intensity in the H area, and with a higher I have called “the vaginal area of hyperero- intensity in the rest of the vagina, viewed ticism”. on the electrogram. The threshold (limi- The anatomic topography does not provi- nal) intensity was 1/3 higher for the vagi- de a good view of the area, when the patient nal tissue as compared to the H Area. The is in a normal gynaecologic position, as the collection and replaying of the electrical pubis symphysis covers with approximately signal for the same amplitude on the elec- 1-1.5 cm the edge of the H Area, context in trogram was made by a lower stimulation which the surface can be endoscopically de- in the H Area and a higher stimulation in monstrated (fig. 3a, b, c). 14 Journal of Clinical Sexology - No.1: October - December 2018

Fig.3a - Fig.3b

Fig.3c-

Fig.3a, b, c - Hypereroticism Area shown by endoscopy

Fig.4.a, b - Different appearance and structure of the H area by comparison to the remaining vagina Journal of Clinical Sexology - No.1: October - December 2018 15

The immediate retropubic part can, how- ever, be demonstrated in the case of a geni- tal , which, by the herniation of the pelvic organis, by the uro-genital hiatus en- gages the anterior-lower third of the vaginal mucosa (cystourethrocele), due to the insuf- ficiency of the supporting mesenchyme. Due to the tension produced, the mucosa appears without folds. I mention that the vaginal wall that consti- tutes the H Area has a special structure due to the intimate special to the urethral wall, by the suburethral tissue, which has a specific structure (fig.4a, b). Because of this, the surface of the mucosa has a different as- pect. For this reason, the mobility of the vagi- nal mucosa is reduced on a distance of appro- Specific coloring of the H area ximately 2-3 cm. Fig.5 - The average dimensions in rela- tion to the variable values of the types of vagina: – transverse diameter: 2/2.5 cm; – anterior-posterior diameter: 2,5 cm. The area represents about a quarter of the length of the anterior vaginal wall. Form: Trapezoidal, with single and precise topo- graphy. Fig.6 - Rugae vaginalis in the H area Course: Oblique, downward and forward. splits, forming a transverse fold at the exter- Appearance nal opening of the , thus detaching the The vaginal mucosa is pink coloured (fig. “Pawlick’s triangle”. 5) and is thicker than the H area. The surface with thicker transverse folds (ruge vaginalis) Relations (fig. 6) is well perceived visually and upon Anterior: the , totally; touch. On the midline there is a longitudinal Anterior-inferior: the ; eminence (columna rugarum), which has on Inferior: the anterior-superior part of the the anterior edge of the vulval opening of the membrane or the hymen carunculii of vagina a small thickening (the vaginal tuber- the vaginal opening; cle), located just under the urethral meatus. Superior: extends the anterior vaginal On the upper side the longitudinal column wall; 16 Journal of Clinical Sexology - No.1: October - December 2018

Posterior: the vaginal cavity, or the poste- The anterior head of the vestibular bulbs rior vaginal wall; is related to the opening of the urethra, ca- Lateral: the , ves- using during the the hyperemia of tibular and bulbar-spongy bulbs, the middle the area, namely of the urethral meatus. The part of the perineal aponeurosis and the leva- corpus cavernosum of the clitoris, as well as tor ani muscles. the vestibular bulbs, have in their structure a cavernous tissue with arteriovenous anasto- Role moses which fill with during the erecti- It determines and increases the state of ex- on through the dilated helicine , whi- citation, it induces the and ch are tensioned due to the albuginea, a little during the manual manoeuvres of stimulation extensible membrane that covers, plugging of the receptors in the area, by an anterior- the and the blood drain system. The posterior or circular movement in the self, zonal vascularization directly hetero- or homo excitation. involves the urethral cushion, which is also composed of erectile tissue. Located in the Structural peculiarities suburethral space (urethro- vaginal) it affects of the H Area directly the H Area. I emphasize that, since it is an erectile tissue, covered with albugi- In order to understand the determination nea, its unique functionality is determined, as of the eroticism state, namely the morphophy- compared to the one determined by a simple siological peculiarities of the H Area, the local hyperemia. anatomical description of its structures is The direct link between the erectile tis- necessary. In principle, I refer to the erectile sue of the clitoris, the vestibular bulbs, the tissue, the vascularization and the innervati- urethral tissue, the urethro-vaginal tissue and on of the area, especially the urethra-vaginal the vascular plexus of the H Area causes by area, all being in a close connection with the the stimulation of the receptors of the H Area, surrounding erectile bodies. the occurrence of a complex effect, rapidly The urethra opens in the vestibule of the erectile, with turgidity in large area, prepa- vagina, through the external opening of the ring the genital organs for , amid urethra, located posterior to the clitoris. It an increased . consists of the mucosa, the submucosa, and The anastomoses of the corpus caver- a muscle layer of longitudinal fibres on the nosum of the clitoris with the corpus ca- outside and longitudinal on the inside. vernosum of the urethra are also explained by the venous blood leaking, directly and The vascularization principally, towards the circumflex veins. In At the level of the submucosa a submuco- this context, the erection occurs as a com- sal venous plexus is formed, so that any da- plex neurovascular mechanism, where the mage causes heavy . The urethra and relaxation of the cavernous spaces is the re- the vaginal opening are surrounded by the sult of the influx of blood arriving in a large vestibular bulbs, erectile organs located on quantity through the arteries of the corpus the sides of the vaginal opening, at the bottom cavernosum (active hyperemia), in response of minora, which are joined by their an- to the excitation of the nerve receptors, local terior ends on the midline, above the urethra, and central, perceived by the person as an forming a venous plexus that communicates “erotic state” that induces the desire (libido) with the corpus cavernosum of the clitoris by to perform the (copulati- the communicating venous plexus. on). Journal of Clinical Sexology - No.1: October - December 2018 17

I mention the fact that the urethra is sepa- To the aforementioned data we add the ac- rated from the vaginal wall by the urethro- tion of the constrictor muscle of the vagina, , and between the urethra and which is fixed to the corpus cavernosum of the H Area of the vaginal wall, there is a the urethra, posterior and on the tendon cen- cellular tissue denser than the rest of the area, tre of the , namely on the edges of explaining the strong adhesion and the redu- the vagina and which by contraction increa- ced mobilization between the two anatomical ses the vulval-vaginal-perineal vascularizati- structures. on. Also, the muscles of the pelvic diaphragm The hypervascularization of the H Area by intervene to achieve the erectile state, inclu- the connection with the urethro-vaginal spon- ding the external sphincter of the , which gy tissue, just like the common innervation crosses above the anus, the fibres passing me- with the vulvovaginal erectile bodies expla- dially to the bulbo-cavernosa muscles, whi- in the increased erotic sensation, induced by ch cover the external of the vestibular digital manoeuvres conducted in the H Area. bulbs, participating in the establishment of But in the hyperemia of the automatically the vaginal sphincter muscle and the exter- erectile bodies the vaginal area of hypereroti- nal urethral sphincter muscle going from one cism is also affected by the above-mentioned side and the other of the . connection. The inflow of blood - at the level of the venous plexus of the anterior wall of the vagina - sets a normal erectile state whi- The striated urogenital sphincters are ch, however, in the H Area is supplemented made out of the genital diaphragm, including by the hyperemia of the spongy tissue, which the urethrovaginal sphincter of which the increases the erection and the sensitivity of proper sphincter (external sphincter) of the the receptors, increasing the excitation and urethra is formed, located around the urethra the erotic impulse for copulation, ejaculation and the proper sphincter of the vagina built and orgasm, of varying intensity. around the vaginal channel. The topography So, the hypervascularization of the H Area of those muscles includes the urethrovaginal appears as an additional factor determined by component, or the H Area, intricate in the the existence of the urethro-vaginal caverno- erection, orgasm and ejaculation, and which us structure, acting on an already congested has common vascularization and innervation, vaginal wall, by Gussenbauer erectile tissue, as I have shown. The differentiated morpho- during the local excitation period or by brain logy of 1/3 inferior of the vagina to the supe- control. rior 2/3, is the result of different embryolo- The normal congestion of the vascular gical origin, a process in which the superior plexus, the vaginal wall, has lower erotic 2/3 of the vagina come from the urogenital effects than the congestion of the cavernous sinus, and the inferior 1/3 from the genital tissue, which due to the presence of the al- ridge, a context in which the blood vessels, buginea provides a special anatomical shape lymphatics and have a common topo- and functionality to these organs in the act of graphy with the . Thus, the inferior third copulation and the reach of ejaculation and of the vagina results from the proliferation of orgasm. I mention that the erectile tone deter- the urethro-vaginal sinus tissue of which the mined by the female genitalia is lower than in is made, the urethra with the male, where the erect is so strong, that urethral vestibular and paraurethral glands, it penetrates the hymen of virgin females, the the vaginal vestibule, which explain clearly anus of females or the in the case of the special anatomical structure of the H homosexuality. Area regarding the close relationship with the 18 Journal of Clinical Sexology - No.1: October - December 2018

urethra and vulvar erectile bodies, common rior part, the sensitive corpuscles receive the innervation and vascular anastomoses (vas- manual stimuli by transmitting the impulse cular plexus). received to the nerve branches. These ner- ve branches are connecting with the vulvar Innervation of the H Area erectile bodies, especially with the tactile The H Area is richly innervated by corpuscles (of voluptuousness), the labia mi- branches of the dorsal nerve of the clitoris, nora and the clitoris. Nerve branches get ana- accompanied by a specific vascular system. stomosed constituting plexuses, and between At the level of the clitoris, especially in the these and the erectile organs there is a com- - the nerve fibres of the dorsal nerve of plex neuro-vascular link, which causes the the clitoris make a nervous plexus with very erection. These nerve fibres coming from the high erotic sensitivity. From the dorsal ner- (N. pudendus), are reached ve of the clitoris, a branch of the pudendal by fibres from S2 and S3. It goes to the peri- nerve, nerve fibres that innervate the clitoris neal nerve and the dorsal nerve of the clitoris, tissue and the subclitoridian part, the vaginal that sensitively innervate the erectile structu- introitus and the H Area are starting, where a res, the clitoris thus being the most powerful common innervation is achieved through la- erogenous support in female, even if in the bial, vaginal, vulvar branches - at the surface study conducted, many patients said that the and in depth. erogenous effect of the H Area sometimes ex- On this complex above-mentioned inner- ceeded that of the clitoris. vation intervene the nerve branches of the This peculiarity explains why the erotic genital-femoral nerve, the large and small ab- sensitivity of the H Area is net superior, for dominal-genital, branches of the lumbar ple- example, to the sensitivity of the posterior xus, the small sciatic, the pelvic nerves and vaginal wall. the internal pudendal nerve, sympathetic and The branches (N. peri- parasympathetic autonomic branches, which nealis) make the connection with the labias innervate also the muscles of the H Area. and its lateral branches make the connection I specify the fact that the nerve branches with the urethral triangle, explaining the ero- of the erectile “H” area disappear with the re- tic sensitivity and specific congestion of the moval of the vulvar erectile organs, establi- urethro-vaginal area. The muscle branches shing in this case, the innervation of the rest innervate the transverse perineal muscle, su- of the vagina, which comes from other nerve perficially and in depth, and they reach the sources. In this context, by the direct nervous bulbo- and ischiocavernosus muscles and the connection between the clitoris, urethra, va- urethra sphincter. A branch of the bulboca- gina and vulva, a “vulval- vaginal- urethro- vernosus reaches the corpus cavernosum of clitoral functional complex system” is achie- the urethra (corpus cavernosum urethrae), ved, in which the urethra takes part not only or the urethral mucosa, explaining the con- in the act of micturition, but also in the spe- nection of the vulvar erectile bodies with the cific physiological genital changes, such urethra, and by this with the vagina – the H as those caused hormonally in the monthly Area. By the dorsal nerve of the clitoris and cyclic changes, which, automatically deter- its branches, innervating the urethra, the H mine a local hypervascularization. This also Area, vestibular bulbs and the superior third explains the favourable pre, intra, and post- of the labia minora - a nerve network is cre- menstrual erotic status. ated, which explains the increased sensitivity As shown, the erectile tissue is found of the whole area only when touching one of below the vaginal mucosa, and in the infe- these structural components, as well as deter- Journal of Clinical Sexology - No.1: October - December 2018 19

mining venous plexus hyperemia covering the axon and the dendritic spines form the in- all surface area (clitoris, labia, bulbs, the H terneuronal connections, enabling the trans- Area). The differentiation of sensitivity of mission of the nervous influx (the stimulant) certain spots of the above-mentioned organs between organs with a strong erogenous con- is given by the number of receptors, the re- stitution of the area. duction of the threshold of excitation thereof, thereby increasing their sensitivity, and the Discussions nerve fibre structure leading the information As noted, the H Area is innervated by converted into bioelectric impulses. nerve fibre that come mainly from the- dor The direct connection of the vagina with sal nerve of the clitoris and vegetative fibre the urethra and bladder, is explained by the accompanying the neurovascular plexus, fact that upon the initiation of vaginal excita- responsible for the cavernous tissue turgor. tion in the H Area, the need to urinate often These fibres get to the H Area receptors by appears, which in my research exists in 68% the urethra-vaginal tissue, which take the in- of patients. Such increased sensitivity of the formation from the receptors. Nerve branches external genital organs, at the accumulation ensure the sensitivity of the somatosensory of in the blad- receptors and trans- der, causes local con- form the stimulus into gestion, which affects The increase of sensitivity in the H a nerve impulse, whi- not only the urinary Area is explained by neural synapses, ch reaches the brain, bladder, but also the made by the process of neurogenesis, the control centre of vulva. where the growth of the axon and the the genital structural Obviously, an im- dendritic spines form the interneuronal elements functiona- portant role is pla- connections, enabling the lity. In this case, as yed by the vegetative of the nervous influx (the stimulant) shown in the resear- innervation through between organs with a strong ch conducted, the the parasympathetic erogenous constitution of the area. minimum intensity system that acts as that caused a cellular a vasodilator, that is response, namely the crucial in the erection, excitation triggering the sympathetic being vasoconstrictor. as a manifestation in the , Vegetative branches come from the lower was obvious in the H Area, as compared with hypogastric plexus, especially from “De- the rest of the vagina. The neuroanatomy of Lee” ganglia, and the cerebro-spinal bran- the vulvovaginal bodies and the perineum ches from the sacral plexus through the inter- shows that they are well differentiated in the nal pudendal nerve. cerebral cortex, even if they have a common The particular sensitivity of the vaginal and precise role in the of sexual mucosa that makes the H Area is given by intercourse. The anatomic masses with spon- the structure of the structures located in the gy structure, by the inflow of blood and the urethro-vaginal portion, respectively, the re- increase of local tension boost the degree of ceptors, innervation, cavernous tissue, type eroticism and the clear desire of copulation. I of vascularization, and the embryological emphasize that between the vascular plexuses origin. and the cavernous tissue, as shown, not only The increase of sensitivity in the H Area are there direct connections, but the vessels is explained by neural synapses, made by the have common origin and drainage. This does process of neurogenesis, where the growth of not mean that all morphological elements de- 20 Journal of Clinical Sexology - No.1: October - December 2018

scribed above- are not distinctly differentia- vating the H Area and entering into direct ted in terms of , the incorporation of contact with the other erectile, vulvar nerve an into another is an aberration. In this branches, especially of the clitoris and ves- context, regardless of the interested point of tibular bulbs, in their turn erogenous areas stimulation, the erection embraces the entire with strong sensitivity through their anato- vulvovaginal area, especially the copulating mical structure. In this context, by the ex- structures. According to the research conduc- citation of the H Area the triggering of the ted, as shown, the increased eroticism of the erotic condition, on average, occurs in 5-7 H Area is determined by the decrease of the seconds. The explanation is given by the excitation threshold of tactile receptors in the fact that the H Area cells, when in contact H Area, explaining the increased sensitivity with the (mechanical, electrical, chemical) of receptor cells, where the cellular depola- excitation factor change the cell membrane rization is markedly increased as compared permeability by activating the ion channels, to the rest of the vagina, producing, in turn, responding to the stimulant by triggering the the turgor of the H Area cavernous structure, erotic excitation condition. The minimum in- and, therefore, of the surrounding areas by tensity that induces an initial response of the the neurovascular links with the vulvovagi- cellular or tissue biological system, is much nal erectile bodies. Also, the number of re- lower than the intensity required to achieve ceptor proteins (receptors), their density and the same effect in the rest of the vagina, since capacity of reception at the cellular level, on there is an erotic sensitivity difference of the or within the cell is significantly higher in two areas. Increasing the permeability of the the H Area than in the rest of the area. In a cellular membrane, namely opening the ga- simplistic form, the stimulant, in this case the tes of ion channels that was also favourably vaginal stimulation, through manual pressure influenced by the increased vaginal tempe- of the receptors in the H Area, namely of the rature, the pH of the vagina and the vaginal membrane sensors, controls the cell membra- secretion content, which improved the kine- ne permeability change, that opens the gates tic energy of the molecules, the dimensions of ion channels, thus responding rapidly to and the number of the membrane openings the stimulant. By stimulating the H Area and channels. In fact, it is known that membrane getting a stronger response (on average with proteins are the receptors for the chemical 72%) thereof to the rest of the vagina, it is substances, which provide the vaginal con- concluded that the cellular bioexcitability of tent and the pH, giving the increased speci- the H Area is significantly increased as com- fic sensitivity. Membrane receptors specific pared to the adjacent vaginal area. changes activate, each of them or grouped The H Area cellular sensitivity, variable together, the intracellular proteins changing from one person to another, is increased by the excitability of the cell in relation to ex- 0.5-1.2 as compared to the rest of the vaginal tracellular signals, these explaining different mucosa. cell sensitivity between the H Area and the This feature is explained by the existen- rest of the vagina. The study that I conducted ce of the internal pudendal nerve fibres, the has revealed that, in reality, there is a clearly short nerve fibres, thicker and with a high increased sensitivity of the H Area in labora- degree of myelination. At the level of the ex- tory investigations, as compared to the one cited cellular membrane, the nerve impulse resulting from . I also transmitted by action potential responded believe that the lack of local sensitivity ran- faster from the mechanical stimulation place, ging to 12% is one of the major explanations along the nerve branches membrane inner- of anorgasmia in female. Journal of Clinical Sexology - No.1: October - December 2018 21

Conclusions References: 1. “BBC News- The G –Spot Doesn’t Apper To The existence of the Vaginal Area of Exist” Say Researchers ,4 Jan 2010 Hypereroticism is demonstrated and expla- 2. Hines T (Aug.2001) „The G-Spot; A Modern ined by the local morphological structure. Gynecologic Myth”. Am J.Obstet-Gynecol;185(2) This Area is integrated into the functional 359-362 PMID.11518892. erectile vulval-vaginal-urethro-clitoral 3. agnov Z., Repciuc E., Russu G.: Anatomia Omului –Viscere, Ed.Medicală, București p.371-376 1958. complex system. 4. Jerrord S. Greenberg , Clint E Bruess, Sara B. The electrovaginal activity and its role Oswalt (2014) Exploring The Dimensions Of in the sexual intercourse has also been - Jones Bartlett Publishers Pp.102- studied by other authors (Shafik A. et al.) 104- Accesat In 30 Oct 2014/ISBN -1449648517 who recorded electrical waves transmitted 5. Guyton & Hall’s Textbook of Medical Physiology, cranio-caudally involving a pacemaker at 11 th , Ed. Saunders,p.116-120, 2006. 6. Kilchevsky A.,Vorodi Y., Lowenstein L., the top of the vagina that would represent Gruenwald J., (Jan.2012)“ Is The Female G-Spot the G spot. Vaginal contractions would Truly A Distinct Anatomic Entity?” ;The Journal trigger at the time of vaginal penetration Of 9(3),719-26 and copulation. Histologically, the cells 7. Lais Rogers (3 Jan.2010): “What An Anti –Climax that make up a “pacemaker” center work : G-Spot Is A Myth- Times Online. The Times. London – Arhivat Din Original La 31 Mai 2010. synchronously through electrical interacti- 8. Nițescu Vasile , Sexologie Clinică, Ed. Academiei ons between the cells. Române, P.50-54, ISBN 978-973-27-1872-8,2009, In our study, the vaginal area of Hype- 9. Nițescu Vasile , Treaty Of Clinical Sexology, The reroticism (the H area) is located caudally Publishing House Of The Romanian Academy; (in the ) and cannot be a „The Vaginal Area Of Hypereroticism (The H “pacemaker-type” center, because the H Area)” P.51-58; ISBN 978-973-27-2574-0, 2018, 10. Ralph C. Benson: Current Obstretic Gynecologic impulse (the erotic sensation) is guided Diagnosis Treatment, 2nd Edition, p.24-29, 1978. from the H area by specialized vascular- 11. Richard Balon , Robert Taylor Segraves (2009) nerve pathways with the clitoris, the most Clinical Manual Of Sexual Disorders, American powerful erogenous support of the female. Psychiatric Publishing-P.258- Accesat In24 Jan.2014, ISBN-1585629057 12. Shafik A, El Sibai O, Shafik AA, Ahmed I, Mostafa RM :The electrovaginogram: study of the vaginal electric activity and its role in the sexual act and disorders, Arch Gynecol Obstet. 2004 May;269(4):282-6. Epub 2003 Dec 18. 13. Sîrbu Panait , Pandele Aristide, Chiricuță Ion, Setlacec Dan: Chirurgie ginecologică 1, Ed.Medicală, P. 497-498,591,1980 14. See page 98 for the 2009 King’s College London’s findings on the G-spot and page 145 for / physiological material with regard to the G-spot. Ashton Action (2012) Issues in sexuality and sexual behavior. Research : 2011 edition. scholarly edition , ISBN 1464966877 –access in 2014. 15. The Real G-Spot Myth\ Yvonne Roberts./ Comment Is Free/Guardian.Co.Uk. London, 5 January 2010.