Mi mamá: Valeria debe ser muy estudiosa, está todo el día en su cuarto estudiando, que orgullosa de mi niña.
*Yo encerrada en mi habitación exhibiendome ante desconocidos que me dicen lo puta que me veo y lo hermosa que soy*
#dulce_powl#chathot#chudai
Señores, seamos lógicos, tengamos mente, tres dedos de frente: pagar por encuentros, comprar contenido y ser borregazo de una cuenta de esas que se dicen "Diosas" no te hace, ni te hará un buen amante.
Es algo que eres o no eres, y quieres resolverlo pagando. No mames.
A rare case of sirenomelia or better known as Mermaid syndrome!
This is an extremely rare congenital developmental disorder characterized by anomalies of the lower spine and the lower limbs. Affected infants are born with partial or complete fusion of the legs, giving them the appearance of a mermaid’s tail.
They may have one foot, no feet or both feet, which may be rotated externally.
It presents with a spectrum of anomalies which are incompatible with life: limb fusion, sacral agenesis, gastrointestinal malformations (imperforate anus, rectal atresia), genitourinary defects (bladder exstrophy, absent bladder, ambiguous genitalia), and spinal abnormalities.
These congenital defects are fatal and incompatible with life.
They lead to complications such as chronic renal insufficiency due to bilateral renal agenesis or dysgenesis, respiratory failure from pulmonary hypoplasia, increased susceptibility to infections due to compromised urinary and gastrointestinal tracts, nutritional deficiencies, and potential cardiovascular abnormalities.
These are major causes of perinatal mortality.
The exact cause of sirenomelia is unknown and heavily debated, but it is believed that it results from a failure of normal vascular supply from the lower aorta in utero, causing severe ischemia to the caudal portion of the fetus.
A commonly cited theory is the “vascular steal” hypothesis, which suggests that an abnormal single umbilical artery diverts blood flow away from the caudal structures, leading to underdevelopment of these areas.
Unfortunately, the prognosis for infants with sirenomelia is exceedingly poor, with a high rate of stillbirths and neonatal deaths. The combination of renal failure and severe respiratory distress typically results in death within the first few days of life. Survival beyond the neonatal period is rare and generally requires aggressive surgical and supportive interventions, which often still yield limited success. Early prenatal diagnosis via ultrasound is essential for planning perinatal care, but despite advanced medical interventions, the overall outlook remains dire.