● Food Intelligence · Fruit

Apricot Glycemic Index and Calculate Your Own Glucose Response

Across 2,019 apricot logs from 931 Signos members, the average glucose peak was +34.6 mg/dL — mid-tier for stone fruit. Eaten fresh and alone the curve stays moderate; pair an apricot with a 60g+ carb meal and the response runs ~40% higher, while a cheese pairing trims the peak by a few points.

GS
Reviewed by Grace Shryack
Signos Proprietary Data·Updated May 2, 2026·9 min read

● Powered by Signos cohort dataMedium confidence · n=2,019
The swap calculator below draws on 2,019 matched-pair logs — a broader cohort than the page's single-item primary, used to give every ingredient swap statistical power. Welch's t-test on matched pairs, not third-party glycemic-index tables. Each swap shows its sample size and confidence tier inline.
● FREE SIGNOS TOOL

Build Your Own Low GI Recipe

Powered by 2,019
Signos food logs

Tap any ingredient below to swap it for a glucose-friendlier alternative. Your Signos Glucose Score, predicted curve, and nutrition update in real-time. Every swap is data-backed by real CGM response measurements.

Ingredients — Tap to Swap
Meal Context
Pre-meal sequence
Activity after meal
Time of day
50
of 100
Signos Glucose Score
High Spike Risk
75% of members fall between +30 and +44 mg/dL
Predicted Curve · 3-hr window
1401001201401601800m30m60m90m120m150m180m+37
Peak
+37
mg/dL
Time in Range
100%
3hr window
Above 140
0m
danger zone
Swaps
0
applied
Want your real response?
Predictions are cohort averages. Wear a CGM to see your actual response.
Get a Signos CGM →
● Key Findings · Do apricots spike blood sugar?

Yes — moderately, with an average peak of +34.6 mg/dL across 2,019 apricot logs from 931 members. Across our cohort of 2,019 apricot meals, the mean glucose peak was +34.6 mg/dL and the median was +31 mg/dL — placing apricots in the mid-tier of stone fruits in the Signos dataset. Single-item logs (n=333) ran lower at +30.7 mg/dL on average, with 34.5% of responses in the low-spike band. The IQR spans 27 mg/dL (p25: +16, p75: +43), so individual variation is wide. Three levers explain most of that spread: total meal carb load (the dominant factor — a ≥60g carb meal lifts peaks ~40%), meal-level sugar content (≥20g adds ~25%), and form (the dried-vs-fresh split is the headline editorial divide). Fat and protein pairings — yogurt, cheese — trim the curve a few mg/dL each.

  • ▸Carb load is the biggest lever: meals with ≥60g carbs ran 40.1% above the low-carb baseline (n=400 vs. n=1,203, p<0.001).
  • ▸Going from a light (0–40g carb) build to a very heavy (110g+) build widens the average peak from +30.8 to +49.6 mg/dL — a 61% escalation across 1,203 vs. 64 logs.
  • ▸Yogurt pairings averaged +30.7 mg/dL across 109 matched logs — about −4 mg/dL below the apricot-alone baseline (medium confidence).
  • ▸High-sugar meal context (≥20g) raised peaks by 25.5% across 683 matched logs (CI: +5.6 to +10.0 mg/dL, p<0.001).
● Signos Rules

Three citable insights from this recipe's data

Rule 1
"The Carb-Load Penalty"
+40% peak
Across 400 meals where total carbs hit 60g or more, glucose peaks ran 40.1% higher than the low-carb baseline (CI: +9.9 to +14.8 mg/dL, p<0.001). This is the single largest modifier we measured for apricot — even though fresh fruit itself carries only ~4g of carbs per medium fruit. The escalation runs the full carb spectrum: very heavy meals (110g+ carbs, n=64) averaged +49.6 mg/dL vs. +30.8 mg/dL at the light end — a 61% swing driven entirely by what surrounds the fruit on the plate.
Rule 2
"The Fresh-vs-Dried Split"
Form is the headline divide
Fresh apricot is the cohort default at +35.7 mg/dL across 888 logs. Dried apricot logs (n=574) measured +32.9 mg/dL — but that number reflects portion behavior, not per-gram impact: members log dried apricot in much smaller serving sizes (a handful versus a whole fruit), which keeps the measured peak in line. By weight, dried apricots concentrate roughly 3–4× the sugar of fresh fruit. Match the typical fresh-fruit serving and the dried response would run substantially higher. Canned apricots returned no qualifying logs and are excluded from the builder.
Rule 3
"The Yogurt Edge"
−4 mg/dL peak
Pairing apricot with yogurt or parfait averaged +30.7 mg/dL across 109 matched logs — about −4 mg/dL below the apricot-alone baseline of +34.6 mg/dL (medium confidence). The protein and fat in yogurt slow gastric emptying enough to flatten the small glucose lift the fruit produces on its own. Cheese pairings (charcuterie, brie, cheddar) tracked similarly at +33.1 mg/dL across 325 logs (−1 mg/dL). Both deltas are modest because apricot's own carb load is small — there is not much spike to blunt.
● Curious about your own?

Curious how your body responds to apricots specifically?

Across 2,019 apricot logs, the average glucose peak was +34.6 mg/dL — but the IQR spans 27 mg/dL, from +16 mg/dL at the 25th percentile to +43 mg/dL at the 75th. That is a wide range for a low-GI stone fruit. Your response depends on what else is on the plate, what time you eat, and your own baseline glucose. A CGM makes that variability visible in real time.

Learn how Signos works
Why this meal spikes

This meal stacks 3 independent spike drivers — together they account for +36 mg/dL.

Driver 1
Natural sugars (~4g carbs per medium fresh apricot)
+12 mg/dL
A fresh apricot carries roughly 4g of carbs, mostly fructose and sucrose. This is the baseline driver of the +30.7 mg/dL single-item cohort mean — modest by fruit standards, consistent with a GI of 42 and a GL of 8.
Driver 2
Total meal carb load (≥60g at the meal level)
+14 mg/dL
Meals with ≥60g total carbs ran 40.1% above the low-carb baseline (n=400 vs. n=1,203, p<0.001). Very heavy meals (110g+, n=64) pushed the average to +49.6 mg/dL — a 61% escalation vs. light-carb builds.
Driver 3
High-sugar meal context (≥20g sugar at the meal level)
+8 mg/dL
In 683 meals flagged for high sugar content, peaks ran 25.5% higher than the 663-meal low-sugar baseline (p<0.001, CI: +5.6 to +10.0 mg/dL). Pairing apricots with sweet additions compounds the fruit's own fructose load.
● Which bucket are you in?

Some members spike +30.7 mg/dL. Others spike +49.6. The only way to know how you'll spike is to measure with a Signos CGM.

See Signos Plans
S
● What surprised us
What surprised us about apricots is how the dried-form result came out essentially flat against fresh in the matched-log data — +32.9 mg/dL dried vs. +35.7 mg/dL fresh. The published reference will tell you dried fruit is a glucose problem, and gram-for-gram it is. But the cohort showed members self-correct: they log dried apricot in much smaller portions than fresh, and the math works out. The takeaway isn't that dried is safe — it's that portion behavior matters more than the form headline suggests, and the editorial split between fresh and dried is real but actionable through portion control.
— Signos Data Science Team

Why this happens, physiologically

Apricots produce a mean peak of +34.6 mg/dL across 2,019 matched meals — and just +30.7 mg/dL across the 333 single-item logs where the fruit was eaten alone. Both figures land squarely in the mid-tier of stone fruit, consistent with a published GI of 42 and a GL of 8. The IQR spans 27 mg/dL (p25: +16, p75: +43) and 50.1% of cohort logs exceeded +30 mg/dL. Two levers dominate the upper end of that range. First, total meal carb load: meals in the very heavy bucket (110g+ carbs) spiked +49.6 mg/dL on average — a 61% escalation vs. light-carb meals (+30.8 mg/dL). Second, meal-level sugar content: high-sugar logs (≥20g, n=683) ran 25.5% higher than the low-sugar baseline (p<0.001). Cheese and yogurt pairings each trim the peak a few mg/dL through fat and protein co-ingestion, but the absolute effect is small because the fruit's own carb load is modest. These findings are observational from matched-pair Welch's t-tests, not controlled feeding trials.

● Three mechanisms drive apricot's glucose range

Carb load, sugar content, and form together explain the 61% escalation seen in the cohort

  1. Mechanism 1
    +61%
    Carb-load escalation
    Total meal carb load is the single biggest lever. Light-carb meals (0–40g) averaged +30.8 mg/dL; very heavy meals (110g+ carbs) averaged +49.6 mg/dL — a 61% escalation across 1,203 vs. 64 logs.
  2. Mechanism 2
    +25.5%
    High sugar effect
    Meals with ≥20g sugar ran 25.5% above the low-sugar baseline in 683 matched logs (CI: +5.6 to +10.0 mg/dL, p<0.001). Apricot's natural fructose stacks with any added sugars on the plate.
  3. Mechanism 3
    Fresh vs. dried
    Form-driven fork
    Fresh apricot (n=888) anchors the cohort at +35.7 mg/dL. Dried apricot (n=574) measured +32.9 mg/dL — but only because members log smaller portions. By weight, dried fruit concentrates 3–4× the sugar.
● Fit Check
Fresh apricots are forgiving stone fruit; the dried form is a portion-control story, and the meal context around either form is what really moves the curve.
✓ This is for you if
  • ▸You eat fresh apricots as a standalone snack. Single-item logs averaged +30.7 mg/dL across 333 meals, with 34.5% of responses in the low-spike band.
  • ▸You keep total meal carbs under 40g. Light-carb builds averaged +30.8 mg/dL (n=1,203) vs. +49.6 mg/dL at the very-heavy end — a 61% swing.
  • ▸You pair apricot with yogurt or cheese. Yogurt logs averaged +30.7 mg/dL (n=109, −4 mg/dL vs. baseline); cheese pairings averaged +33.1 mg/dL (n=325, −1 mg/dL).
  • ▸You log dried apricot in small handfuls. Dried-apricot cohort logs averaged +32.9 mg/dL — driven by smaller serving sizes, which is the right behavior for a concentrated-sugar form.
✗ Not for you if
  • ▸You add apricots to a 60g+ carb meal. The high-carb modifier pushed peaks 40.1% higher than the low-carb baseline across 400 matched logs (p<0.001).
  • ▸You eat apricot alongside a high-sugar meal (≥20g). The high-sugar modifier raised peaks 25.5% in 683 matched logs (CI: +5.6 to +10.0 mg/dL).
  • ▸You eat dried apricot in fresh-fruit-sized portions. The cohort's measured dried peak relies on smaller logged portions; matching a whole-fruit serving by weight pushes the response substantially higher.
  • ▸You eat apricot at lunch or dinner. Lunch (+37.4 mg/dL, n=426) and dinner (+37.0 mg/dL, n=454) ran 6–7 mg/dL above snack-time logs (+31.2 mg/dL, n=542).
● How it fits your day

Calorie band and pairings (member-measured)

Per serving
121–1,119 kcal
Single-item apricot logs average 121 kcal; light-carb meals containing apricot average 223 kcal; very heavy carb builds average 1,119 kcal. Pairings and meal context drive most of the spread.
● Pair before
  • ▸Keep total meal carbs under 40g: light-carb builds averaged +30.8 mg/dL vs. +49.6 mg/dL for very-heavy (110g+) meals — a 61% swing.
  • ▸Pair fresh apricot with yogurt or cheese: yogurt-paired logs averaged +30.7 mg/dL (n=109, −4 mg/dL); cheese-paired logs averaged +33.1 mg/dL (n=325, −1 mg/dL).
● Pair after
  • ▸A 10–15 min walk after eating helps clear circulating glucose, especially relevant if apricots were part of a medium-to-high-carb meal.
  • ▸If logging dried apricot, weigh or count pieces — the cohort's flat-against-fresh result hinges on members eating smaller portions of the dried form.
● Avoid pairing
  • ▸High-carb meal contexts (≥60g total carbs): these logs ran 40.1% above the low-carb baseline across 400 matched meals (CI: +9.9 to +14.8 mg/dL).
  • ▸Stacking apricot with another sugar source: high-sugar (≥20g) meal logs averaged 25.5% higher than the low-sugar baseline across 683 matched meals.
● Quick definitions (click to expand)
mg/dL — milligrams per deciliter. The unit blood glucose is measured in. A rise of "+30 mg/dL above baseline" means blood sugar went up 30 units after the meal.
Glycemic Index (GI) — a 0–100 score for how fast a food raises blood sugar in lab tests. Under 55 = low, 56–69 = medium, 70+ = high.
Glycemic Load (GL) — GI adjusted for portion size. Under 10 = low, 10–19 = medium, 20+ = high.
CGM — Continuous Glucose Monitor. A wearable sensor that tracks blood glucose every few minutes. Signos members wear CGMs while eating meals they log.
● Related Foods: How apricots compare to other stone fruit and snack pairings — and what the CGM data shows about each
Peach Glycemic Index and Glucose Response
Peaches average +29.3 mg/dL across 3,266 single-item logs — the closest stone-fruit cousin to apricot, with a similar GI of 42.
Cherries Glycemic Index and Glucose Response
Cherries are another low-GI stone fruit measured in the Signos cohort — a useful sibling read for fruit-tier glucose response.
Cheddar Glycemic Index and Glucose Response
Cheddar is the cohort's best-measured charcuterie pairing — apricot-with-cheese logs (n=325) averaged +33.1 mg/dL, −1 mg/dL below the alone baseline.
Apple Glycemic Index and Glucose Response
Apples average +31.5 mg/dL across the single-item cohort — a close fruit-tier comparison to apricot's +30.7 mg/dL alone-anchor.
Track Your Apricot Response with Signos →
See exactly how your glucose responds to fresh apricots — alone, with cheese, or in a charcuterie spread — with continuous CGM data.

Frequently Asked Questions

Methodology

This page draws on Signos production CGM data logged between March 2025 and April 2026, covering 2,019 meals containing apricot across 931 unique members. A single-item sub-cohort of 333 meals (235 unique members) — meals where an apricot was logged without other foods — anchors the alone-baseline numbers cited above. Statistical comparisons use Welch's t-test on matched pairs; all modifier effects cited carry p<0.001 unless noted. Cohort filtering restricts to meals with a measured glucose rise between 0 and 100 mg/dL (ppgr_case='regular') to exclude outliers and sensor artifacts. We report mean peak glucose rise across a right-skewed distribution; the cohort median is +31 mg/dL vs. a mean of +34.6 mg/dL. Apricot logs were identified via regex matching on logged food names. Composite preparations (apricot cake, tart, pie, cobbler, jam, preserve, sauce, syrup, nectar, liqueur, brandy) are explicitly excluded from the cohort. A minimum of 100 matched meals is required for any pairing to appear in the recipe builder; modifier slots with fewer than that threshold are excluded.

Limitations

  • The apricot cohort (n=2,019, members=931) is the smallest in the current fruit tranche — roughly two-thirds the size of the peach cohort and an order of magnitude below apple. We grade it medium-confidence overall: headline numbers are stable, but slot-level deltas have wider uncertainty than for larger fruit cohorts.
  • Self-reported portion sizes introduce measurement error — a 'medium apricot' logged by one member may differ in weight and sugar content from another's, and varietal differences across apricot cultivars are not controlled for.
  • Cohort skews health-motivated; Signos members actively monitoring glucose tend to eat more mindfully than the general population, so average responses may skew lower than a representative population sample.
  • The dried-apricot delta (−2.8 mg/dL vs. fresh, n=574) reflects portion behavior in member logs more than per-gram impact: members typically log dried apricot in smaller serving sizes than fresh fruit. By weight, dried apricot concentrates 3–4× the sugar.
  • Canned apricots (in syrup or juice) returned 0 qualifying logs in the cohort and are excluded from the builder; we cannot characterize their response from this dataset.
  • Oatmeal, trail-mix/granola, and baked-goods (tart/cobbler/cake) carb-pair sub-cohorts each returned fewer than 30 matched logs and are excluded as fail-confidence; their directional effects (oatmeal +20 mg/dL, baked +15 mg/dL) are plausible but not statistically firm in this sample.
  • Yogurt, cheese, and salad pairings carry medium confidence (n=109, 325, 124 respectively); deltas are directionally reliable but carry wider uncertainty than high-confidence modifiers.
  • All findings are observational, not causal — confounders including concurrent medications, activity levels, and sleep quality are not controlled for.
● Get your own data

See your own apricot response

Across 2,019 apricot logs, the mean peak was +34.6 mg/dL — but the IQR spans 27 mg/dL (p25: +16, p75: +43). Carb load is the biggest amplifier: a very heavy meal pushes the average to +49.6 mg/dL, a 61% escalation above light-carb builds. Form matters too — fresh anchors at +35.7 mg/dL, dried tracks +32.9 mg/dL but only because members log smaller portions. Only a CGM tells you exactly where your personal response lands.

Start with Signos
50,000+
Members Measuring