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This pediatric blood transfusion volume calculator estimates the blood transfusion volume for pediatric use based on ...
Based on shared tags
The Formula Feeding Calculator estimates daily formula amount and per-feeding volume from baby weight, age group, and feeds per day. It also provides water amount, scoop estimates, and a suggested feeding schedule. It is available as an open web calculator with no mandatory paid access.
This free height calculator predicts a child's adult height based on linear regression analysis. It can also convert between different units of height.
FamilyNes includes an eye color calculator where users pick mom's and dad's eye colors to estimate likely baby eye color outcomes. The tool is accessible on the public webpage and functions as a free utility. It is framed as a curiosity/estimation tool rather than a clinical prediction.
This formula feeding calculator provides daily formula volume, per-feed amount, water estimate, and scoop count based on baby age, weight, and feeds per day. It includes options for standard, special-needs, and premature formula scenarios, plus a suggested feed-time schedule. It is free to use in-browser.
Calculates newborn health using the APGAR scale based on five criteria: heart rate, respiratory effort, muscle tone, reflex irritability, and skin color. Helps users quickly assess a neonate's overall condition at one minute and five minutes after birth by inputting values for each criterion. Ideal for healthcare professionals, parents, and caregivers to ensure newborns receive appropriate care promptly.
Calculates the risk of Traumatic Brain Injury and determines the need for a CT scan in children using the PECARN (Pediatric Emergency Care Assessment Rule for Near-head Trauma) score. The tool assesses various factors like age, Glasgow Coma Scale score, pupillary response, and presence of neurological deficits to provide an estimate. Pediatricians, emergency room staff, and other healthcare professionals would use this tool to quickly evaluate children with potential head injuries, ensuring appropriate imaging and treatment decisions are made efficiently.