Riskesdas result in 2013 showed that the prevalence of WUS population who were pregnant and at risk of CED was 24,2%. CED in pregnant women can cause abortion and premature birth, low birth weight babies and infant disability, children become malnourished and brain development is hampered, and children are at risk of developing metabolic diseases. In Bajulmati Village there were 15 pregnant women. 40% of 15 pregnant women suffer from CED. The purpose of this study was to determine differences between groups based on maternal age, maternal occupation, family income, previous pregnancy history, history of chronic illness, and maternal knowledge about nutrition in the incidence of pregnant women with CED in Bajulmati Wongsorejo Banyuwangi and differences in knowledge levels and attitudes towards behavior about nutrition after intervention. An observational analytic, cross sectional research design using questionnaires and observations. The sample selection technique uses total sampling technique. There were significant differences between groups based on family income in the incidence of CED in pregnant women and previous pregnancy history in the incidence of CED in pregnant women. Level of knowledge gained after the intervention was in the form of counseling to Prevent CED significantly.

A cauliflower ear is an auricular deformity characterized by thickened soft tissue and cartilage. A subperichondrial hematoma or fluid collection causes this malformation. As a result of being cut off from the perichondrium blood supply, the ear cartilage becomes ischemic, developing scar tissue, fibrous tissue, new cartilage overgrowth, or necrosis beneath the skin, resulting in a permanent alteration in the shape of the external ear resembling that of a cauliflower. To properly fix defects, the surgeon must grasp ear anatomy and be familiar with a variety of reconstructive alternatives. It requires meticulous attention, due to the intricate design of the ear. Simple and complex techniques for treating cauliflower ears have been developed. However, in severe cases, simple techniques are often insufficient. As a result, complex techniques such as replacement with an auricular prosthesis or implant or autogenous costal cartilage framework were developed. We present a case of a 25-year-old man who experienced a severe cauliflower ear as a result of an infection during adolescence. The patient was concerned about the shape of his ear and was depressed. Ear reconstruction was accomplished using the costal cartilage framework engraved according to a three-dimensional cutting guide for surgical planning. Costal cartilage is chosen to provide a framework for reconstruction as it is strong and rigid, and its curved shape is similar to that of the external ear. There were no complications after surgery. The ear projection and shape have performed admirably. The patient was pleased with the outcome and felt more confident after surgery.