O-Shot in Michigan

The O-Shot™ procedure is recommended for women who meet any of the following conditions

We apply prescription strength numbing cream to areas we will be injecting. Then, we begin with a simple blood draw. The blood is then spun in a special centrifuge where the platelets are separated and concentrated. The PRP (platelet rich plasma) that contains growth factors that are extracted from your blood is then injected into an area near the clitoris and into the area of the upper vagina that is most important for sexual response. Patients experience little or no discomfort during the procedure.

We inject the PRP into an area called the “O-Spot”, which is a collection of structures that activate the orgasm system. The process of injection triggers the platelets to release seven different growth factors that then activate the stem cells located in the vaginal and clitoral tissues to regenerate and thus become “younger” with improved functional potential.

We ask that you refrain from taking Motrin for 4 to 6 weeks following the procedure. There are no restrictions afterwards and you can resume sexual activity the same day.

Women often enjoy some effects of the O-Shot almost immediately, as the growth factors begin to rejuvenate and enhance sexual response. Women who receive the O-Shot® procedure have reported an increase in their sexual response within days and weeks of the treatment, and, for many, the increase is dramatic.

Although each women’s experience can be different, here’ are just some of the benefits patients have experienced after having the O-Shot and rejuvenating the orgasm system.

Exosomes are like highly specialized vesicles that are on the edge of stem cells. They deliver proteins, RNA, and most important – mRNA (messenger RNA), the protein manufacturer. These crucial biochemicals then force other cells to make proteins that repair cell damage in your body.

Exosomes are so small they can travel through your bloodstream, carrying multiple doses of platelets and proteins to your penile tissue by crossing barriers that whole cells have trouble crossing.

They are also much more effective than stem cells because:

• Injecting only exosome vesicles and none of the cellular DNA allows us to avoid any potential risk posed by stem cells
• Kimera Labs (the manufacturer of our exosomes) enables us to deliver 5 billion exosomes in one 5cc P-Shot vial – it’s impossible to fit that many stem cells into a vial