Welcome to the world of sugar free joy!
Low Carb Sugar-Free Sweets & Cakes
Artinci was born out of Aarti's and Sumit's (Artinci's founders) abiding love for great-tasting dessert, while helping them stay committed to their health goals as well. As a result, Artinci makes delicious desserts with zero sugar, that are science and evidence-backed.
Aarti and Sumit come from a family of three generations of diabetics. They were themselves diagnosed pre-diabetic in 2012, and right there began a lifelong quest of a healthy, active lifestyle, including healthy swaps in food
Sugar free Sweets & Cakes
Sugar-Free Kaju Katli — 60% Premium Cashews, Stevia Sweetened | Artinci
Vanilla & Chocolate Marble Sugar free Cake - Diabetic-Friendly, Keto, Gluten-Free (contains egg)
Aarti Laxman (Founder)
Artinci is founded by Aarti Laxman, a certified Metabolic coach in the Low-Carb Nutrition & Metabolic Health domain from dLife.in, India’s only legally tenable course in this subject—recognized by the NSDC (under the Ministry of Skill Development & Entrepreneurship, Govt. of India). It’s also internationally accredited by the CPD Standards Office UK, with a global record of 144 CPD hours—the highest for any course of its kind. The accreditation is both nationally valid and globally recognised in over 50+ countries..
Festive Gifting in Artinci
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All about Sugar and sugar-free
Ragi Laddu: How Much Protein and Fibre Are You Really Getting? Ragi laddu is often called a “healthy sweet,” but how much protein and fibre does one laddu actually give you? The short answer For a typical homemade ragi laddu (about 25–30 g): Protein: ~2–3 g per laddu Fibre: ~1.5–2 g per laddu These numbers come from common ragi-laddu recipes and nutrition analyses that use ragi flour, peanuts or sesame, jaggery, and a little ghee. Why the numbers vary Ragi laddu is not a standardized product. Your protein and fibre depend on: Size of the laddu (20 g vs 40 g changes everything) How much ragi flour vs jaggery and ghee is used Nuts and seeds (peanuts, sesame, almonds increase protein and fibre) Added ingredients like oats, flax, or chia (further boost fibre) Lab-tested and published data show: Per 100 g ragi laddu: Protein: ~3.2–7.3 g Fibre: ~1.2–4.0 gijrpr+2 Scaling this to a 25–30 g piece matches the ~2–3 g protein and ~1.5–2 g fibre range above. Is ragi laddu “high protein” or “high fibre”? It’s moderate, not high: Compared to a maida-based laddu or barfi, ragi laddu usually has more protein and more fibre thanks to finger millet and nuts. Compared to a protein bar or a bowl of dal, it’s still a sweet snack, not a primary protein source. Think of it as: A better-than-average Indian sweet that adds some protein and fibre, but still needs portion control. How to boost protein and fibre in your ragi laddu If you want more nutrition per laddu: Increase ragi flour and reduce jaggery slightly. Add more peanuts, sesame, almonds, or walnuts. Mix in oats, flaxseed powder, or chia seeds. Keep laddus smaller (20–25 g) so you can have 1–2 without overshooting calories. Bottom line A standard ragi laddu is not a protein shake, but it’s a smarter sweet with: ~2–3 g protein ~1.5–2 g fibreper 25–30 g piece. Used in moderation, it fits well into a blood-sugar-friendly, weight-conscious Indian diet—especially when you tweak the recipe to maximize ragi, nuts, and seeds.
Which Laddu Is Best for Health?
Among popular options, a homemade nut-and-seed laddu with minimal added sweetener is generally the better choice. Besan, ragi, sesame, peanuts, almonds, flaxseeds, and pumpkin seeds can add protein, fibre, healthy fats, and minerals—but laddu is still an energy-dense sweet, so portion size matters. A medium laddu may contain approximately 150–300 calories, depending on its ingredients and size.eathealthy365 Healthier Laddu Choices Nut-and-seed laddu: Made with almonds, peanuts, sesame, flaxseeds, or pumpkin seeds. It provides healthy fats, fibre, and some protein. Besan laddu with less sugar: Besan adds protein and may be more filling than a refined-flour sweet. Ragi laddu: Ragi contributes fibre and minerals, but it is still a carbohydrate-rich ingredient and does not make the laddu sugar-free. Date-and-nut laddu: Dates provide sweetness and fibre, but they are naturally high in sugar. Use a small quantity rather than assuming they are unlimited. Til laddu: Sesame seeds offer healthy fats and minerals, but jaggery still counts as added sugar. Which One Should You Choose? For everyday health, choose a small homemade nut-and-seed or besan laddu prepared with: Minimal jaggery, dates, or sugar. More nuts and seeds for fibre, protein, and healthy fats. A small amount of ghee. No refined flour or excessive sugar. A serving size of about one small laddu. Jaggery and dates may sound healthier than white sugar, but they still contribute carbohydrates and can raise blood glucose. People with diabetes or insulin resistance should check the ingredients, count the laddu as part of the meal, and monitor their individual glucose response. Smart Eating Tips Enjoy laddu occasionally rather than daily. Eat it after a balanced meal instead of on an empty stomach, and avoid combining it with sweetened chai, soft drinks, or other desserts. The ICMR–NIN dietary guidance emphasises limiting added sugar, while recent Indian dietary research has linked higher added-sugar intake with greater metabolic risk. Bottom line: The best laddu for health is a small, homemade nut-and-seed or besan laddu with limited sweetener—not a large “sugar-free” laddu made with excessive ghee or calorie-dense ingredients.
Chromodulin: The Tiny Peptide That Amplifies Insulin’s Signal
Chromodulin (also called low‑molecular‑weight chromium‑binding substance, LMWCr) is a small chromium‑binding peptide that boosts the activity of the insulin receptor inside cells, helping insulin work more efficiently to move glucose from blood into muscle and fat cells What is chromodulin? Chromodulin is an oligopeptide made of four amino acids: aspartate, cysteine, glutamate, and glycine. It binds four trivalent chromium ions (Cr³⁺) to become “holochromodulin,” the active form. In the absence of chromium, it exists as “apochromodulin,” which cannot activate the insulin receptor. How chromodulin works in the insulin signaling pathway Insulin binds its receptorInsulin attaches to the α‑subunits of the insulin receptor on the cell surface, triggering autophosphorylation of the β‑subunits and activating the receptor’s tyrosine kinase activity. Chromium enters the cellIn response to insulin, chromium bound to transferrin in blood is taken up into insulin‑sensitive cells (muscle, fat, liver) via the transferrin receptor. Chromium loads chromodulinInside the cell, chromium binds to apochromodulin, converting it into holochromodulin. Holochromodulin binds the activated insulin receptorHolochromodulin specifically binds to the insulin‑activated form of the insulin receptor’s β‑subunit. Amplification of tyrosine kinase activityThis binding further stimulates the receptor’s tyrosine kinase activity, increasing phosphorylation of key tyrosine residues and strengthening the downstream signal. Stronger downstream signaling → more glucose uptakeThe amplified signal enhances the PI3K–Akt pathway, promoting translocation of GLUT4 glucose transporters to the cell membrane and increasing glucose uptake. In simple terms: chromodulin acts like a “signal booster” for insulin, allowing cells to respond more strongly even at lower insulin levels. Why this matters for blood sugar control By amplifying insulin receptor activity, chromodulin may improve insulin sensitivity and glucose disposal, especially in states of insulin resistance. This is one proposed mechanism behind observations that adequate chromium status supports normal glucose metabolism, though clinical effects of chromium supplements vary and are still debated.
Chromium Deficiency and Blood Sugar
Chromium is a trace mineral that may help insulin work effectively. When the body has a severe chromium deficiency, insulin action can become less efficient, potentially affecting blood sugar control. However, true chromium deficiency is uncommon, and chromium supplements are not a proven replacement for diabetes treatment.ods.od.nih How chromium supports insulin Insulin helps move glucose from the bloodstream into muscle and other cells for energy. Chromium may enhance insulin-receptor activity, allowing cells to respond better to insulin and take up glucose more effectively.pmc.ncbi.nlm.nih If chromium levels are severely low, insulin signaling may be impaired. This can contribute to: Reduced insulin sensitivity. Poor glucose uptake by cells. Impaired glucose tolerance. Higher blood sugar levels, including fasting hyperglycemia. Increased insulin levels as the body tries to compensate. In rare cases—such as prolonged intravenous feeding without adequate chromium—deficiency has been associated with insulin resistance and diabetes-like blood sugar abnormalities.pmc.ncbi.nlm.nih Does low chromium cause diabetes? Not usually. Chromium deficiency is only one possible factor affecting blood sugar, and confirmed deficiency is rare. Genetics, excess body weight, low physical activity, poor sleep, stress, medications, and overall diet have a much stronger influence on insulin resistance for most people. Research on chromium supplements is also mixed. Some people with diabetes may show small improvements in glucose control, but chromium is not recommended as a routine diabetes treatment for everyone. Food sources of chromium Small amounts of chromium are found in a variety of foods, including: Whole grains. Pulses such as beans and lentils. Vegetables. Nuts and seeds. Meat, eggs, and some dairy products. A balanced diet usually provides chromium along with fiber, protein, vitamins, and other minerals. Do not begin high-dose chromium supplements without medical advice, especially if you take diabetes medicines, because blood sugar may fall too low or drug interactions may occur. Bottom line Severe chromium deficiency can reduce insulin effectiveness and contribute to abnormal blood sugar levels, but it is uncommon. For better glucose control, focus first on balanced meals, adequate protein and fiber, regular movement, healthy weight management, and prescribed treatment. If you suspect a deficiency or have uncontrolled blood sugar, speak with a healthcare professional rather than self-treating with supplements.

