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human
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gpt
>As the model we have proposed suggests ever-increasing levels of melatonin, any solution to this fertility problem would need to keep pace. An increasingly powerful neuroendocrine response, linked with copulation to trigger the now stalled oestrus cycle, may have been the result. Specifically this would mean sufficiently powerful and sustained orgasmic states would have been needed to induce ovulation.

>The human fertility cycle is usually portrayed as being regulated by a small number of key hormones and some neural feedback mechanisms: Cyclical increases in levels of steroids induce a surge of luteinising hormone that in turn triggers ovulation. Recent research has found that the picture is more complicated, with the brain itself playing a bigger role, particularly in regard to the release of luteinising hormone.

>This neural regulation of luteinising hormone (LH) may be important. The part of the brain that helps to regulate fertility hormones, including LH, is the hypothalamus. The hypothalamus is also involved in excitement and has direct connections to areas of the brain concerned with pleasure. Thus pathways seem to exist that link orgasm (excitement and pleasure) to neuroendocrine changes that induce ovulation. In the past, then, it is certainly tenable that orgasm may have stimulated ovulation but for this to occur, orgasm may have had to be intense and sustained.

>In most circumstances today, the hormonal effects induced by orgasm are not powerful enough to induce ovulation, but some hormonal changes do occur. Orgasm is known to elevate LH and oxytocin. Oxytocin in turn increases steroid levels that can further stimulate LH production.
human



>There are physical affects of orgasm that are consistent with this model too. When a woman achieves orgasm just after the man, the cervix dips, scooping into the pool of sperm deposited near it. Female orgasmic contractions can also enhance the passage of spermatozoa towards the fallopian tube, thus increasing the likelihood of conception. Significantly, this is under hormonal control. Oxytocin is the hormone that stimulates smooth muscle tissue in the wall of the uterus and is associated with promoting labour and delivery (oxy = quick and tokus = childbirth). But circulating concentrations of oxytocin also rise in both males and females during sexual arousal and peak at orgasm. There is evidence that it stimulates, in males, smooth muscle contractions in the walls of the sperm duct and prostate gland, and in females, contractions in the uterus and vagina that promote sperm transport towards the uterine tubes. There is also evidence that the fluids released during female orgasm can also help sperm reach their goal. Female orgasm is then, at some level, still linked to mechanical function, but should it go one stage further and release the ovum too?
gpt
>It would have been an absolute necessity for a powerful and efficient system of reproduction to be established to overcome the effects of increasing steroid inhibition. The increased inhibition may have directly impinged upon the ovulation mechanism. In addition, if there were a reducing window of sexual receptivity, the efficiency of the system would need to be maximised to ensure the continuance of the species. The primary role of orgasm in the female could therefore have been the induction of ovulation – a very efficient process. Orgasm may have had a very important secondary role too, for in a being that had a very pleasurable natural state of consciousness, a reward may have been necessary to encourage sufficient sexual activity for procreation. And orgasm may have become such an intense reward because the basic state of the mind of man ‘before the fall’ could have been of a different order than it is today. We may have been blissed-out on wild figs, bananas and beingness.
human





>If there were a link between orgasm and ovulation, this would of course invariably lead to conception. So is there any evidence that links orgasm to conception today? We would not expect to find an obvious correlation, but there is some anecdotal information available. There are cases in which it appears that particularly intense and/or prolonged orgasm have resulted in conception at ‘safe’ periods in the cycle. It has also been observed that prolonged intercourse and/or orgasmic states can induce slight bleeding. This may not occur immediately but it does within a day or so. It would seem therefore that the bleeding is not a result of tissue damage but would be similar to the slight bleeding that can occur with ovulation. ‘Susan X’, a client of hypnotherapist and author David Pedersen, relates how she had the most colossal orgasm she had ever experienced with her extramarital lover. This was followed by almost continuous intercourse for the next three hours, throughout which she maintained a huge sexual plateau that produced multiple orgasmic peaks. The following day she started what she thought was her period but it later emerged that she actually became pregnant as a result of this conjugation.
gpt
>It is widely known, though rarely openly discussed, that for many women their ability to orgasm at all, let alone maintain a highly intense state for extended periods, seems to be a difficult area. In contrast, the rapidity of the male orgasm has been an issue for as long as anyone can remember. However there are exceptions: some female orgasms are much more intense than others. These tend to come about after a sustained level of sexual activity. And sometimes they can be accompanied by a female ejaculate. It has also been noted that high levels of testosterone and oestrogen are found in the bloodstream during these particularly intense orgasms. As we have already noted, elevated levels of these hormones stimulate LH >production. This strengthens the possible link between ovulation and intense orgasm. More research on this unusual function is necessary to answer all the questions posed by the mere existence of these states, but we are left wondering how could these high orgasmic states, and their accompanying physiological alterations, have evolved if they were not at one time the norm? They couldn’t have been hanging around latent, just waiting for sexual researchers to discover them. 

>This part of our fertility theory intersects with our consciousness model, for ‘high orgasm’, as we may term it, could be primarily a right hemisphere function. The very intense states may no longer be available to the left hemisphere, and its dominance may be one reason why orgasm is suppressed in some women and difficult or even impossible to achieve. A change in dominance between the right and left hemispheres may also explain why sexual activity, and particularly orgasm, can take us away from our limited ego state into blissful transpersonal states of being.