Prematurity, low birth weight, and congenital heart disease are all risk factors for neonatal hyperthermia.

Exposure to excessive heat is the most common cause of neonatal hyperthermia.

Increased heart rate, rapid breathing, and flushed skin are all signs and symptoms of neonatal hyperthermia.

Cooling the infant, administering fluids, and providing oxygen are all treatments for neonatal hyperthermia.

The goal of cooling in the treatment of neonatal hyperthermia is to lower the infant's core temperature to 36-37°C, prevent brain damage, and improve the infant's circulation.

Immersion in cool water, application of ice packs, and use of a cooling blanket are all methods of cooling an infant with neonatal hyperthermia.

The recommended rate of cooling for an infant with neonatal hyperthermia is 0.5-1°C per hour.

Brain damage, seizures, and multi-organ failure are all complications of neonatal hyperthermia.

The prognosis for an infant with neonatal hyperthermia depends on the severity of the hyperthermia, the underlying cause, and the timeliness of treatment.

Keeping the infant in a cool environment, avoiding exposure to excessive heat, and providing adequate fluids are all preventive measures for neonatal hyperthermia.

A rectal temperature greater than 105°F (40.6°C), hot, dry skin, and a rapid heart rate are all signs of heat stroke in a newborn.

Cooling the infant with cool water or ice packs, administering fluids, and providing oxygen are all immediate treatments for heat stroke in a newborn.

Brain damage, seizures, and developmental delays are all long-term consequences of heat stroke in a newborn.

Keeping the infant in a cool environment, avoiding exposure to excessive heat, and providing adequate fluids are all ways to prevent heat stroke in a newborn.

The recommended temperature range for a newborn's environment is 68-72°F (20-22°C).