Call Details

Manthan

Phone
+919029450381
Scheduled Time
Feb 10, 2026 06:54 PM IST
Timezone
Asia/Kolkata
Status
completed
Call Type
daily_analysis_update
Created
Feb 11, 2026 12:22 AM IST
Data Analysis Period
Feb 08, 12:00 AM to Feb 10, 06:54 PM (Asia/Kolkata)

Call Timing Context

Call Time Label
Evening
Is Morning
False
Is Mid-day
False
Current Hour
18

Activity Analysis

Highlights

  • No activity recorded across the 4-day window: steps, workouts, calories burned, workout duration and heart-rate zone time are all zero. This prevents assessment of your current activity level or trends.
  • No heart-rate or HRV data were captured, so we can’t evaluate workout intensity, recovery or stress-related physiological responses from activity.
  • Load and monotony show total load = 0 and average daily load = 0, and the fitness–fatigue model couldn’t be computed because there aren’t at least 5 days of recorded activity.

Recommendations

  • Start collecting activity data: wear and sync your tracker consistently (especially during walks and workouts). Aim to capture steps and heart rate so we can track intensity and recovery.
  • Begin with a small, consistent habit you can sustain: add a 10-minute brisk walk after one daily meal (preferably lunch or dinner). Track steps and heart rate during this walk.
  • Set a progressive step goal: target +2,000 steps above your current baseline for the first week, then add another +1,000 the following week until you reach ~7,000–8,000 steps/day. Log workouts 2×/week (20–30 minutes of brisk walking or light resistance work). Consult your clinician before starting higher intensity sessions if you take glucose-lowering medications.

Detailed Notes

  • Data gap: All activity fields are empty or zero. This most commonly happens when a wearable isn’t worn, its sensors are off, or data hasn’t been synced to the app. To analyze trends and tailor exercise timing, please wear and sync your device each day.
  • Because there are no heart rate or HRV values, we can’t assess recovery or training strain. Once you capture HR data, we can use strain and recovery patterns to adjust workout intensity and avoid overreaching.
  • The lack of recorded activity also limits our ability to correlate movement with glucose. If you plan to test post-meal walks for glucose control, make sure both the activity tracker and CGM/SMBG are recording at the same time.
  • Actionable logging tip: enable automatic step and heart-rate recording on your device, and add quick manual notes when you do intentional exercise (type, duration, perceived exertion). That will make later analysis clearer.
  • Short-term plan suggestion: for the next 7 days focus on consistency (wear device daily, 10-minute post-meal walk each day, and 2 sessions of 20–30 minutes resistance or brisk walking). We'll use that data to set targets and optimize timing.

Glucose Analysis

Highlights

  • No continuous glucose or fingerstick readings were available for the selected period, so key metrics (TIR, TAR, TBR, GMI, MAGE) could not be calculated.
  • No meal logs or nutrition entries were recorded, so it isn’t possible to link glucose patterns to specific meals, meal timing, or macronutrient composition.
  • Because sleep, activity and stress data are also absent or zero, we cannot evaluate multi-domain drivers of glucose variability (for example: late meals, low activity, short sleep, or stress spikes).

Recommendations

  • Collect glucose data for at least 7 consecutive days: wear your CGM or perform pre- and 1‑ and 2‑hour post-meal fingerstick checks for key meals (breakfast, lunch, dinner). Time-stamp or log each meal (estimate carbs) so we can link spikes to foods.
  • Log meals with simple details: meal time, main foods, and approximate carbohydrate amount (or photos). For the first week, include at least one post-meal glucose reading 60–90 minutes after larger carbohydrate meals to identify spikes.
  • Try a practical test to reduce post-meal spikes: within 30–45 minutes after a carb-containing meal, take a 10–20 minute brisk walk and record glucose before and 1 hour after the meal. If you take glucose-lowering medications, check with your clinician before changing activity timing or intensity.

Detailed Notes

  • Missing CGM/SMBG: With no glucose readings, we cannot identify high or low glucose windows, compute time-in-range, or detect dawn phenomenon. Wearing and syncing a CGM or doing structured SMBG will allow actionable analysis.
  • Meal-glucose linkage: Without meal logs, we can’t confirm whether glucose excursions are driven by high-GI carbs, late dinners, or portion size. A short food log (or meal photos) for 7 days will make post-meal recommendations specific and useful.
  • Targeted measurements to prioritize: fasting morning glucose, and 60–90 minute post-meal values for the largest meal of the day. These time points give the best initial picture of baseline and postprandial control.
  • Small experiment suggestion: test a meal swap for one dinner this week (replace a refined-carb portion with whole grains + +1 serving of nonstarchy vegetables and a palm-sized protein). Compare 1‑hour and 2‑hour glucose after the swapped meal versus a typical dinner.
  • If you use glucose-lowering medications: do not change doses without clinician input. If you plan new or more intense exercise, check glucose before/after and keep fast-acting carbs available in case of lows.

Nutrition Analysis

Highlights

No highlights available

Recommendations

  • Please log your food so that we can analyse and provide personalised recommendations.

Detailed Notes

  • Due to the lack of logged nutrition and glucose data, interpretations could not be generated for this period.

Sleep Analysis

Highlights

No highlights available

Recommendations

  • Please wear your Apple Watch or Fitbit overnight with good skin contact so sleep can be tracked reliably.

Detailed Notes

  • Sleep stages, sleep efficiency, HR/HRV during sleep, and recovery-linked interpretations could not be generated because sleep data is missing.

Stress Analysis

Highlights

No highlights available

Recommendations

  • Please wear your Apple Watch, Fitbit, or any HRV-capable device consistently throughout the day so stress and recovery can be tracked accurately.

Detailed Notes

  • HRV trends, recovery patterns, strain–recovery relationships, and autonomic stress interpretations could not be generated because stress data is missing for the selected period.

Call Logs & Conversation

AI Call Summary

Main Concern(s) Shared: The AI assistant aimed to address the lack of recent health data logging by the patient, which prevents personalized insights and recommendations. The primary goal was to encourage the patient to begin consistent logging of key health metrics such as glucose, meals, sleep, activity, and stress. Other Topics Discussed: Mira highlighted the absence of physical activity data, including steps, workouts, heart rate, and training load, and the consequent inability to assess fitness or recovery. The assistant also briefly mentioned the benefits of adding short daily movement to improve glucose control and sleep over time. Patient Responses: The patient, Manthan, initially misidentified himself as "Darnell" and expressed minimal engagement, responding with brief acknowledgments such as "Um, fine. Thank you." There was no indication of resistance, but the responses suggested limited enthusiasm or immediate commitment to the recommendations. Health Insights Shared: It was noted that no activity data were recorded across four days, resulting in zero values for steps, workouts, calories burned, heart rate zones, workout duration, strain, and training load. Consequently, key fitness metrics—resting heart rate, HRV, VO2 max, and fitness–fatigue model—could not be calculated. This data gap limits the ability to correlate movement with glucose or sleep patterns. Recommendations Given: The AI recommended starting with a small, consistent activity target—aiming for a 10–15 minute walk after at least one main meal daily for the week, gradually increasing to two post-meal walks and a daily step goal of 5,000 over 2–3 weeks. It also advised logging at least three planned workouts weekly, including strength and aerobic sessions, with detailed recording of times and intensity. The use of a wearable device to track heart rate and HRV during sleep and workouts was encouraged, or alternatively, manual tracking for 7–14 days to enable assessment of load and recovery. Follow-up Needs: Given the patient’s low engagement and minimal data logging thus far, follow-up by a human care team member could help clarify identity confusion, reinforce the importance of data logging, and provide motivational support to increase adherence. Additionally, assessing any barriers to logging or activity initiation and addressing them would be valuable. Engagement & Overall Assessment: The patient’s engagement was limited, with minimal verbal feedback and no immediate commitment to the suggested actions. The conversation effectively conveyed the importance of logging and physical activity to facilitate personalized care, but did not secure active patient involvement. Further personalized support and follow-up are recommended to enhance engagement and progress toward health goals.

No conversation data available for this call. This section will show the conversation transcript and AI summary once the call is completed and saved.