Semen retention

-


Semen retention is the practice of avoiding ejaculation, either through abstaining from sexual activity altogether or through methods like tantric or Taoist techniques that involve separating orgasm from ejaculation. The benefits and drawbacks of semen retention can vary depending on the individual and the duration of time they practice it. Here are some possible pros and cons:


Benefits of semen retention:


Increased energy: Some people report feeling more energetic and focused when they practice semen retention, as the body does not have to divert energy to produce new semen.


Improved sexual function: By training the body to separate orgasm from ejaculation, some men report experiencing longer and more intense orgasms when they do eventually ejaculate.


Improved emotional state: Some men report feeling more confident and self-assured when practicing semen retention, as they are not constantly seeking sexual release.


Spiritual benefits: In some cultures and spiritual practices, semen retention is believed to promote spiritual growth and enlightenment.


Cons of semen retention:


Possible discomfort: Abstaining from ejaculation for long periods of time can cause discomfort and even pain in the genital area, as well as an increased risk of infection.


Psychological effects: Some men may feel frustrated, anxious, or even depressed if they cannot achieve sexual release.

Reduced prostate health: Some studies suggest that frequent ejaculation can help reduce the risk of prostate cancer, so abstaining from ejaculation may increase the risk.


Lack of scientific evidence: While some anecdotal evidence suggests that semen retention may have benefits, there is a lack of scientific studies supporting these claims.


Overall, whether semen retention is beneficial or harmful will depend on the individual and their specific circumstances. It is important to consult with a healthcare professional before embarking on any new health or wellness practice.

Popular posts from this blog

Siemens Ozoniser how Siemens Ozoniser work

-
Image
Siemens Ozoniser:  This Ozoniser consist of two co-axial glass tubes fused together at one end. The outer side of the outer glass tube and the inner side of the inner glass tube are finally coated with tin foils as shown in the figure given below.  (Siemens Ozoniser)->2                                                     (Siemens Ozoniser)->1 These tin foil are connected  to the induction coil for supply of silent electric discharge. Pure and dry oxygen gas is passed into the apparatus through annular space. The gas is then subjected to the action of silent electric discharge where oxygen gets converted into ozone. The ozonised oxygen then comes out  of the apparatus through the outlet of the Ozoniser. (Siemens Ozoniser)->2
Read more

Rutile structure

-
Rutile structure: The radius radio is in the range 0.73 to 0.41. in rutile (TiO²) each Ti⁴+ ion is octahedrally surrounded by six O²- ions whereas each other O²- ion is surrounded by only three Ti⁴+ ions arranged at the tree corners of a plane triangle. The Co-ordination number of Ti⁴+ and O²+ ions are 6 and 3, respectively. It is not exactly a close packed structure. Ti⁴+ ions in rutile may however, be considered as forming a sufficiently distorted body centred cubic lattice.           Example  compounds  having radius ratio below 0.41 are SiO² and BeF² but these are only a few. The Co-ordination number of Si⁴+ and Be²+ is four and that of O²- is two. However, these are appreciably co-valent.
Read more

Paramagnetic substances

-
Paramagnetic substances:   The substances which are weakly attracted by magnatic lines of force are called paramagnetic substances and this phenomenon is called paramagnetism. These substances possesses permanent magnetic dipoles due to the presence of unpaired electrons. These substances lose their magnetic behaviour in the absence of an external magnetic field i.e. their magnetic behaviour is temporary. Examples, many transition metals and their ions i.e. TiO², VO², CuO, FeSO⁴ etc.
Read more