# Apgar Score (Newborn 1 & 5 min)

Calculate the Apgar score to assess newborn condition at 1 minute and 5 minutes after birth. Five signs are each scored 0–2 at both time points: Appearance (skin color), Pulse (heart rate), Grimace (reflex irritability), Activity (muscle tone), and Respiration. Each time point totals 0–10. Interpretation: 7–10 reassuring; 4–6 moderately abnormal (may need assistance); 0–3 critically low (immediate resuscitation). The tool reports both the 1-min and 5-min scores, the change (delta), and per-time-point interpretation. A 5-min score, and especially the change from 1 to 5 min, indicates response to resuscitation; persistent low 5-min scores warrant continued resuscitation and reassessment at 10 min. Derived from Apgar 1953, reaffirmed by ACOG/AAP. The Apgar is a physiologic snapshot at a moment in time and is not, by itself, a marker of asphyxia or long-term neurologic outcome. Not medical advice.

> Canonical page: https://elysiatools.com/en/tools/apgar-score

- **Category:** Health

- **Keywords:** Apgar, newborn, neonatal, neonate, resuscitation, delivery, pediatrics, obstetrics, birth, vital signs

## Overview

The Apgar Score calculator assesses a newborn’s condition at 1 and 5 minutes after birth using Appearance, Pulse, Grimace, Activity, and Respiration. Enter each sign’s 0–2 value to receive both total scores, their change, and an interpretation for each time point.

## Inputs

- **Appearance (1 min)** (select): Skin color at 1 min. Pale/blue all over =0; blue extremities/pink body =1; completely pink =2.
- **Pulse (1 min)** (select): Heart rate at 1 min. No pulse =0; <100 bpm =1; ≥100 bpm =2.
- **Grimace (1 min)** (select): Reflex irritability at 1 min. No response =0; grimace =1; cough/sneeze/vigorous cry =2.
- **Activity (1 min)** (select): Muscle tone at 1 min. Limp =0; some flexion =1; active motion =2.
- **Respiration (1 min)** (select): Respiration at 1 min. Absent =0; slow/irregular/weak cry =1; good/strong cry =2.
- **Appearance (5 min)** (select): Skin color at 5 min. Pale/blue all over =0; blue extremities/pink body =1; completely pink =2.
- **Pulse (5 min)** (select): Heart rate at 5 min. No pulse =0; <100 bpm =1; ≥100 bpm =2.
- **Grimace (5 min)** (select): Reflex irritability at 5 min. No response =0; grimace =1; cough/sneeze/vigorous cry =2.
- **Activity (5 min)** (select): Muscle tone at 5 min. Limp =0; some flexion =1; active motion =2.
- **Respiration (5 min)** (select): Respiration at 5 min. Absent =0; slow/irregular/weak cry =1; good/strong cry =2.

## When to use

- To calculate a newborn’s Apgar score at 1 minute and 5 minutes after birth.
- To compare the 1-minute and 5-minute scores and review the change over time.
- To organize Apgar findings during delivery, neonatal, pediatric, or obstetric documentation.

## How it works

- Select the observed Appearance, Pulse, Grimace, Activity, and Respiration finding at 1 minute.
- Select the same five findings at 5 minutes.
- The calculator assigns each finding 0, 1, or 2 points and totals each time point from 0 to 10.
- The result reports both scores, the delta between them, and the interpretation: reassuring, moderately abnormal, or critically low.

## Use cases

- Neonatal assessment after delivery
- Clinical education and Apgar scoring practice
- Structured documentation of newborn condition and score changes

## Frequently asked questions

### What does the Apgar Score calculator measure?

It scores five newborn signs: skin color, heart rate, reflex response, muscle tone, and respiration at 1 and 5 minutes.

### What is the maximum Apgar score?

The maximum score is 10 at each time point, with each of the five signs contributing up to 2 points.

### How are Apgar scores interpreted?

Scores of 7–10 are reassuring, 4–6 are moderately abnormal, and 0–3 are critically low.

### What does the change between 1 and 5 minutes show?

The delta shows how the score changed between the two assessments and may indicate response to resuscitation.

### Is the Apgar score a diagnosis of asphyxia or long-term outcome?

No. It is a physiological snapshot and should not alone be used to diagnose asphyxia or predict long-term neurological outcome.

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