Paula Cortés Galleguillos

“One day, someone will say “I love you” and you will hear “family”. That is a love worth surrendering to.”
― Té V. Smith

“No one warns you about the amount of mourning in growth.”
― Te' V. Smith

“Endometriosis Endometriosis is a painful condition in which bits of the endometrium (uterine lining) grow outside your uterus. These are called endometriosis lesions. Chocolate cysts The most common site for endometriosis lesions is the ovaries. This growth is referred to as an endometrioma or chocolate cyst. Endometriosis lesions also grow on Fallopian tubes, pelvic ligaments, and on the outside of your uterus, bowel, and bladder. Actually, they can grow anywhere—even inside your nose. Endometriosis lesions are sensitive to estrogen, so they swell and bleed with every menstrual cycle. Eventually, this causes pain, scar tissue, and heavy periods with large clots. Endometriosis can also impair fertility. What Causes Endometriosis? How does endometrial tissue ends up outside the uterus? There are a couple of theories. One theory is that menstrual fluid enters the pelvis via retrograde flow through the Fallopian tubes. This is not likely to be the correct explanation because retrograde flow occurs in most women, yet only a few women develop endometriosis. A second theory is that the endometrial tissue is laid down before birth—during your own fetal development. The tissue then lies dormant until it is activated by your hormones at puberty. Whatever the original source of the endometriosis lesions, your immune system is a big part of the problem. Your immune system produces inflammatory cytokines and autoantibodies that inflame endometriosis lesions and promote their growth. Without that inflammation, you are unlikely to suffer the condition of endometriosis (although you may still have dormant endometriosis lesions in your pelvis). Researchers have come to view endometriosis not as a hormonal condition, but as an autoimmune disease.”
― Lara Briden, Period Repair Manual: Natural Treatment for Better Hormones and Better Periods

“Coming safely into stillness requires the ventral vagus to restrain the escape movements of the sympathetic nervous system and join with the dorsal vagal system while inhibiting its movement into protective dissociation. For many clients, the autonomic challenge of becoming safely still is too great. Without enough cues of safety from another Social Engagement System to co-regulate or the ability for individual regulation through a reliable vagal brake, the autonomic nervous system quickly moves out of connection into collapse and dissociation.”
― Deborah A. Dana, The Polyvagal Theory in Therapy: Engaging the Rhythm of Regulation