About Us

According to data from the International Diabetes Federation (IDF), the number of diabetes patients in China reached 148 million in 2024, ranking first in the world. The prevalence rate is continuously rising and is expected to peak in 2050[1].

This phenomenon is mainly due to the emergence of new consumption habits in China's consumer industry in recent years, such as the consumption habits of milk tea and desserts. Researchers analyzed the dietary data of more than 120,000 people (aged between 35 and 70) from 20 countries, including more than 42,000 Chinese people, to explore the relationship between the glycemic index (GI), glycemic load (GL) and the incidence of diabetes. The results showed that the glycemic index of the Chinese diet reached 88.9, ranking first among all regions, followed by the Southeast Asian diet at 88.2 and the African diet at 88.0[2].

At present, the public's understanding of diabetes is still relatively superficial, and the cure rate and control rate of patients are relatively low, highlighting the severe challenges China faces in the field of diabetes prevention and control.

In China, over 90% of diabetic patients have Type 2 diabetes mellitus. The current treatment methods either require frequent injections or are accompanied by multiple complications. Therefore, we have launched "Anti-Sugar Jelly", which is an innovative health management product based on synthetic biology. It continuously releases GLP-1 through genetically engineered Escherichia coli, helping users achieve blood sugar regulation and health management in a non-invasive, delicious and convenient way.

Team Photo

Existing problems and unmet needs, potential customers

Existing problems

1. Consumption habits and awareness are not easy to change. Beverages such as drinks, milk teas, and fruit juices are the biggest invisible sugar carriers in campus takeaways. A 500-milliliter cup of pearl milk tea can contain up to 60 grams of sugar, far exceeding the World Health Organization's recommended daily standard of 25 grams[3].

2. A high-sugar diet is one of the main causes of insulin resistance, which is the main pathological basis of type 2 diabetes. When people consume a large amount of sugar, blood sugar levels rise rapidly, and the pancreas secretes insulin to lower blood sugar. A long-term high-sugar diet can lead to a decrease in insulin sensitivity, meaning that cells respond less effectively to insulin, which is insulin resistance[4].

3. Although oral GLP-1 formulations (such as oral semaglutide tablets) avoid the problem of injection, they have extremely low bioavailability and restrictions on administration: The bioavailability of oral semaglutide is only about 0.5% - 1%. It needs to be taken once a day with meals (and must be taken with 30 grams of fatty food; otherwise, the bioavailability will decrease by another 50%), and strict dietary control is required. If taken on an empty stomach or with a low-fat meal, it has almost no blood sugar-lowering effect. In clinical practice, about 30% of patients fail to achieve the desired therapeutic effect due to poor dietary compliance.

Potential customers

Through global data retrieval and online questionnaire surveys, we found that the prevalence of adult diabetes has reached 10.5%, of which over 90% are Type 2 diabetes mellitus related to unhealthy lifestyles. This situation has firmly determined our direction: while avoiding drastic changes in users' lifestyles, we aim to help them effectively regulate their internal environment. We also noticed another potential target group: people who have not been diagnosed with diabetes but are willing to control their daily sugar intake and maintain a healthy state. The feedback from the survey was positive. Users not only expressed their needs actively but also conveyed a high level of expectation for our project concept.

Sweet Food Enthusiasts

Demographic & Behavioral Characteristics

  • Basic Data: Urban white-collar workers and students aged 18–40. Over 60% of campus takeaways consist of milk tea or fruit juice. Their daily sugar intake exceeds 50g—far surpassing the 25g daily limit recommended by the WHO—and their dietary Glycemic Index (GI) aligns with China's average of 88.9 (the highest globally).
  • Behavioral Traits: Consume high-sugar products at least once daily (e.g., one 500ml bubble milk tea containing 60g sugar). They are aware of the health risks of excessive sugar but struggle with "addictive dependence" and cannot quit.
  • Health Risks: Show early signs of insulin resistance (e.g., drowsiness after meals, gradual weight gain). 35% have a family history of diabetes.

Core Pain Points

  • "Want to quit sugar but can't resist": Sugar-free alternatives (e.g., sugar-substituted milk tea) have poor taste and fail to satisfy their craving for sweetness.
  • Fear long-term high-sugar intake will lead to diabetes (China's high dietary GI increases diabetes risk by 15%) but lack a "painless sugar control" solution.
  • No time to calculate daily sugar intake and struggle to follow complex sugar-control plans.

Product Alignment

  • Functional Fit: Centered on "delicious taste + sugar control", it transforms high-sugar consumption from a "health burden" into a "controllable choice" (e.g., pairing one jelly with a milk tea to reduce overall sugar load).
  • Experience Fit: The jelly's texture is superior to sugar-free products, satisfying the taste dependence on sweetness and avoiding "withdrawal symptoms".
  • Convenience Fit: Individually packaged for easy portability, it can directly replace some high-sugar snacks (e.g., keeping a box in the office drawer to replace candies).

Typical Scenarios

  • Ordering a half-sugar milk tea with one anti-sugar jelly during afternoon tea to balance taste and health.
  • Replacing high-sugar biscuits with the jelly during late-night overtime to avoid fatigue caused by sharp blood sugar fluctuations.

Users with Weight Management Needs (Value-added Demand Group)

Demographic & Behavioral Characteristics

  • Basic Data: Mainly aged 20–45 (fitness enthusiasts, post-partum mothers, office workers seeking weight loss), with a BMI of 22–28 (overweight or mild-to-moderate obesity). 70% struggle with "sweet cravings during weight loss".
  • Behavioral Traits: Lose weight through exercise + diet restriction but often experience rebound due to "inability to resist sweets". They are aware of the weight-loss effects of GLP-1 (e.g., knowing semaglutide aids weight loss) but refuse injections or side effects of oral medications.
  • Core Demand: Reduce calorie intake + suppress appetite without sacrificing taste, avoiding the "yo-yo effect" of weight loss.

Core Pain Points

  • Strict carbohydrate restriction during weight loss leads to a "broken can" mentality after occasional sweet consumption (e.g., abandoning the daily diet plan after one bite of cake).
  • Existing weight-loss supplements (e.g., meal replacement bars) have rough textures, leading to resistance with long-term use.
  • Worry about side effects of oral weight-loss drugs (e.g., diarrhea, palpitations) and prefer "natural/food-grade" solutions.

Product Alignment

  • Functional Fit: Leverages GLP-1's appetite-suppressant effect (delaying gastric emptying) and is low in calories (<30kcal per jelly), satisfying sweet cravings while reducing main meal intake.
  • Experience Fit: Serves as a "weight-loss reward" (e.g., twice a week after exercise), preventing overeating caused by excessive suppression of appetite.
  • Scenario Fit: Replaces high-sugar sports drinks after workouts, balancing sugar control and taste.

Typical Scenarios

  • Replacing ice cream with one anti-sugar jelly after a workout to reduce calorie intake by 200kcal.
  • Replacing potato chips + cola with the jelly during weekend drama marathons to avoid unconscious excessive sugar intake.

Early-Stage Diabetic Patients with Elevated Blood Glucose

Demographic & Behavioral Characteristics

  • Basic Data: Account for over 60% of China's 148 million diabetic patients (approximately 88 million), mainly urban residents aged 35–55. Most are overweight/obese (BMI ≥24) with fasting blood glucose levels of 6.1–7.0mmol/L (prediabetes) or 7.0–8.0mmol/L (early diabetes).
  • Behavioral Traits: Diagnosed but not using injectable medications. They have tried dietary control but struggle to persist (e.g., relapsing after quitting milk tea or desserts) and feel anxious about "drug dependence".
  • Treatment Status: Some use metformin (30%–40% discontinue due to gastrointestinal side effects), while others fail to comply with oral GLP-1 (e.g., semaglutide tablets requiring "daily consumption with 30g fat"), leading to 30% of patients failing to meet efficacy standards clinically.

Core Pain Points

  • Blood glucose control relies on "ascetic diets", making it impossible to satisfy normal sweet cravings (e.g., daring not to eat desserts at friend gatherings).
  • Existing oral medications require strict timing and dosage; missed doses cause significant blood glucose fluctuations (a single missed metformin dose increases fasting blood glucose by 1.2–2.0mmol/L).
  • Fear of injectable therapy and refusal to use GLP-1 injections (20%–30% of patients discontinue due to needle phobia).

Product Alignment

  • Functional Fit: The jelly-form GLP-1 enables sustained release, controlling blood glucose while satisfying sweet cravings and avoiding the extreme choice of "sugar control = quitting all sweets".
  • Scenario Fit: Serves as a "post-meal sugar-control supplement" (e.g., one jelly after eating dessert), eliminating the dietary restriction of oral GLP-1 (no need to pair with fat).
  • Psychological Fit: The non-invasive form eliminates the psychological burden of "illness = taking pills/injections", improving long-term usage willingness.

Typical Scenarios

  • Eating a small piece of cake after dinner with one anti-sugar jelly to prevent blood glucose spikes.
  • Carrying the jelly during business trips to replace high-sugar hotel breakfast pastries (e.g., Danish pastries).