A significant number of babies are jaundiced in the first days after birth due to hyperbilirubinemia. According to published statistics, up to 60% of full-term babies develop jaundice during their first week of life, while 80% of premature babies develop jaundice during their first week of life (
1). The leading cause is the breakdown of fetal erythrocytes along with the immaturity of the liver in removing excess bilirubin due to the low activity of glucuronyl transferase enzyme (
2). Various maternal and neonatal factors have been identified as the triggers for neonatal physiological jaundice, including ethnicity (higher rate in East Asian and American Indian races), geographical characteristics (living in higher altitudes), genetic variants, and familial susceptibility, nutrition (breastfeeding and inadequate feeding volume), mothers' comorbidities (diabetes mellitus), congenital infection, and prematurity (
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5). The optimal management of neonatal jaundice can lead to an excellent prognosis; however, in some cases and due to severe hyperbilirubinemia-related side effects such as kernicterus or underlying G6PD deficiency, the risk of neonatal death can be increased (
6). In this regard, various treatments have been proposed for neonatal jaundice. As acceptable medical approaches, phototherapy, intravenous immune globulin (IVIG), and exchange transfusion are used to manage this complication (
3,
7). However, these protocols have potential complications. In this regard, retinal damage, DNA-strand breakage, skin blood flow disturbances, hypocalcemia (in phototherapy), anemia, neurotoxicity, and hemolytic disorders (in IVIG and exchange transfusion) can be expected (
8,
9). For this reason, many parents and even physicians choose to use other methods, especially herbal medicine. One of these plant compounds that are used abundantly, especially in eastern countries, is Purgative Manna (
10). Bilineaster is another compound, a genus of woody plants from the rose family. This plant is a native of the long-northern habitat (temperate regions of Asia, Europe, and North Africa), and its types are concentrated in the southwestern mountains of China and the Himalayas. Experimental and traditional evidence indicate the effectiveness of this drug in treating neonatal jaundice, and the primary mechanism of its effectiveness is its laxative effects (
11). However, based on some clinical evidence, the consumption of this substance itself can have significant neonatal risks, such as severe diarrhea and vomiting and even necrotizing enterocolitis, especially in preterm infants (
12). The opinion of parents, family, and even the medical staff regarding the effectiveness and effects of this substance on babies with jaundice is equally important. However, the leading advocates of this drug regimen and whether there are specific guidelines for its use remain unclear. Many traditional societies believe that even without the need for the advice and consultation of doctors, this combination is entirely safe. Doctors and pharmacists may allow families to use this substance for babies in some cases. Therefore, it is imperative to identify the main recommenders of this compound and elucidate on what basis they recommend using this substance.