Living with Type 2 Diabetes
Take care of your body.
Sam keeps your activity, sleep, symptoms and lab results in one place. You take the history to your next appointment.
Step by step: where type 2 diabetes plays out, how insulin works without it, what changes with it and why it often goes unnoticed. The model shows the pancreas, the liver and the thigh muscles; fat tissue is not in it.
Blood sugar
In type 2 diabetes, blood sugar is too high over the long term. The pancreas, the liver and the muscles play a central part in it.
Liver / Pancreas / Thigh muscles
A human figure, seen from the front at an angle. In the upper abdomen the liver and the pancreas turn rose, and so do the muscles on the front of both thighs.
After a meal
Blood carries sugar from food to the liver. As blood sugar rises, the pancreas releases insulin: muscle and fat cells take up sugar, the liver releases less of its own.
Pancreas / Sugar from a meal / Liver
Close-up of the upper abdomen. The pancreas and the liver are rose. Small white dots travel from below the pancreas up a vein into the liver.
Insulin resistance
In type 2 diabetes, muscle, liver and fat cells usually respond less to insulin. Over time, the pancreas can no longer make enough insulin to compensate. More sugar stays in the blood, and the liver releases more of its own.
Responds to insulin
Responds less with type 2 diabetes
Too little insulin over time / Weaker insulin response
The pancreas and the liver turn a deeper rose. The white dots keep travelling into the liver. A sketch compares a muscle or fat cell that takes up sugar with insulin and one that responds less.
Day to day
Type 2 diabetes often causes few or no symptoms for a long time. It shows in blood tests such as HbA1c, which reflects average blood sugar over the past two to three months.
Worth discussing with your doctor.
The view pulls back to the whole figure. The pancreas, the liver and the thigh muscles return to a neutral grey.
Own simplified illustration based on the sources above.
The model shows the pancreas, the liver and the muscles on the front of the thighs, and for orientation the duodenum, the spleen and the portal vein. The stomach is left out so that the pancreas behind it stays visible. Fat tissue, the insulin-making cells inside the pancreas, the intestines and the other blood vessels are not in the model, and the thigh muscles stand for the body's muscles in general. The white dots stand for sugar from a meal on its way to the liver; they are drawn in front of the pancreas so they stay visible, while the vein runs behind it, and their number and speed do not show amounts. Colour marks where insulin is made and where it acts, and the deeper rose stands for the weaker response to insulin and, over time, too little insulin; the organs do not change shape. The liver's own release of sugar is not drawn. The sketch shows a muscle or fat cell. Adult male reference model; close-ups and the sketch are not to scale.
What Sam keeps for you
For people living with type 2 diabetes who want a record for their appointments. Sam is not a medical device. It keeps what you and your wearable already produce and puts it in one place.
Your Apple Watch, Oura, Whoop or Garmin already records them, and you add what you log. Sam reads them from Apple Health and shows you how they shift against your personal baseline.
Check in on most days, and once a month it becomes a PDF for your appointment.
Blood sugar and HbA1c are outside what a smartwatch can measure. What your Watch produces and what you log, Sam keeps.
Sam reads the data your wearable already writes to Apple Health and compares it to your personal baseline - understandable, not a wall of numbers.
Steps, active energy and exercise minutes come from Apple Health. You see how much movement your weeks contain.
Sleep duration and sleep quality appear as a trend next to your movement, as Apple Health records them.
The free monthly report puts movement and sleep into a PDF. You go into the conversation with a trend, not memory gaps.
Sam is a wellness companion, not a medical device. The app does not diagnose, treat, cure, or prevent any illness and does not replace medical advice. Consult a qualified healthcare professional for medical decisions.
Sam shows your values next to your entries. What they mean is something to talk through with your doctor.
You ask a question, Sam answers with your own numbers. For example:
The monthly report sums up your weeks - for appointments, applications, or simply your own record.
Monthly Report - June
Your Health Overview
Resting heart rate
Activity
Example values. Your report is based on your own data.
Further reading: what wearable data can show about everyday life with Type 2 Diabetes - and where its limits are.
How to set up Sam if you have Type 2 Diabetes, which metrics matter, and how to prepare a report for your next diabetes clinic appointment.
Apple has pursued non-invasive blood glucose monitoring for years. Here's what actually works today, why the FDA still hasn't cleared a single smartwatch for this capability, and what it means for you if you have type 2 diabetes.
The latest national treatment guideline for type 2 diabetes names movement and sleep as a core part of treatment. Here's what that means for your daily life.
A wearable won't measure your blood sugar. But sleep, activity, and resting heart rate are closely linked to insulin sensitivity. Here's what the research shows and how to make sense of your Apple Health data.
No. Sam does not measure blood sugar and does not replace your meter or sensor. If your meter or sensor saves readings to Apple Health, Sam can show them, next to your movement, sleep, stress and resting heart rate.
Your diabetes care team decides your treatment. Treatment guidelines consistently recommend movement as part of the foundation of care, and sleep and stress are increasingly part of that picture too. Sam records these everyday habits, so you can look at them with your care team.
That's up to you. The monthly PDF report summarizes your trends, and you can bring it to your appointment.
HbA1c reflects your average blood sugar over roughly the past two to three months. How often you get tested is something your diabetologist decides for you individually; testing every three to six months is typical.
Yes. Acute and chronic stress can raise blood sugar through stress hormones like cortisol and adrenaline, which blunt how well insulin works. Sam shows a stress level calculated from your heart rate and HRV, and its stress program adds the K10 questionnaire once a month - as a starting point for a conversation, not a medical assessment.
For the everyday context, yes. Sam does not measure blood glucose; readings your meter or CGM saves to Apple Health can appear in Sam. Sam records steps, active energy, exercise minutes, sleep duration, resting heart rate and stress level, and sums them up monthly so you arrive at your appointment with more than isolated numbers.
Download Sam for free, connect Apple Health, and see what your data says about everyday life with Type 2 Diabetes - compared to your own baseline.
Sam is a wellness companion, not a medical device. Sam does not diagnose, treat, cure, or prevent any illness and does not replace medical advice. For health questions or concerns, always consult a qualified medical professional.