What are the risks of having sexual intercourse when there is pelvic fluid accumulation?
Having intercourse when pelvic effusion is present may lead to various risks, including worsening pelvic inflammation, increased pain, spreading of infection, impaired absorption of the fluid, and a higher risk of complications. Detailed explanations are as follows:

1. Worsening pelvic inflammation: If pelvic effusion is caused by inflammation, sexual activity can stimulate pelvic tissues, leading to congestion and edema, which may exacerbate the existing inflammation, enlarge the affected area, and hinder recovery.
2. Increased pain: Pelvic effusion may be accompanied by tissue congestion or adhesions in the pelvis. Movements during intercourse can pull or compress the affected areas, intensifying symptoms such as abdominal heaviness and lower back pain, reducing physical comfort.
3. Spreading of infection: If the fluid contains pathogenic bacteria, contact and friction during intercourse may spread these bacteria to surrounding reproductive organs, potentially causing other infections such as vaginitis or cervicitis.
4. Impaired fluid absorption: Intercourse may disrupt normal pelvic blood circulation and metabolism, interfering with the absorption of the accumulated fluid. This could cause the effusion to persist or increase in volume, prolonging recovery time.
5. Increased risk of complications: Prolonged inflammatory stimulation and fluid retention may be worsened by intercourse, increasing the likelihood of complications such as fallopian tube blockage and endometritis, negatively affecting reproductive health.
When pelvic effusion is present, it is recommended to first determine the nature and underlying cause of the fluid. Sexual activity should be avoided during treatment. After symptoms improve, resumption of intercourse should only occur following medical evaluation and confirmation that the body has sufficiently recovered. Additionally, maintaining good personal hygiene is essential to minimize the risk of infection.