Cerebral scream, also known as cry-like scream, refers to an infant’s cry that is a high scream, i.e., a sudden and violent cry. The cry is characterized by a straight, high-pitched, monotonous and non-echoing cry, which comes and goes quickly, i.e., the cry comes and goes suddenly. How to determine cerebral scream in infants Cerebral scream in infants can be determined by the infant’s medical history, whether there is a history of intracranial hemorrhage or cerebral edema, and whether there is a history of birth injury or asphyxia at the time of delivery. Mild cerebral scream can be judged by the above symptoms as infants exhibit irritability, screaming, and tremors of the limbs, while severe cases exhibit increased or decreased muscle tone, non-crying, non-feeding, lethargy, and coma. In addition, the following clinical examinations can be used to determine: 1. cerebrospinal fluid examination: if it is uniformly bloody and crinkled red blood cells are found, it will help to diagnose the disease, but a normal examination cannot exclude the disease, and this operation is not recommended when the condition is critical; 2. imaging examinations: CT and ultrasound can indicate the site and extent of bleeding and help to diagnose and judge the prognosis. The treatment of infantile cerebral scream is divided into general treatment and allopathic treatment. General treatment is suitable for mild cases, including reasonable feeding, observation of changes in the child’s condition, appropriate vitamin supplementation, and participation in outdoor activities. For cerebral scream caused by cerebral edema or intracranial hemorrhage, the original disease should be treated actively. How to prevent cerebral scream in infants For cerebral scream in infants, active prevention is needed to reduce the occurrence of complications, and the preventive measures are as follows: 1. prevent intracranial hemorrhage, prevent premature birth and birth injury, and perform cesarean section if there is a possibility of obstructed labor; 2. treat related diseases in time before or during pregnancy to reduce the occurrence of hypoxia and ischemia; 3. have a balanced diet during pregnancy to prevent intracranial hemorrhage caused by late-onset vitamin K deficiency.