Diavinco Blood Sugar Control Tablet

DIAVINCO is a blend of phytochemicals chosen for improving mitochondrial function and helps to reduce insulin resistance and diabetes complications. It helps to reduce fasting plasma glucose levels, total cholesterol, triglyceride levels, and HbA1c levels.  

We can improve diabetes, insulin resistance and carbohydrate metabolism by utilization with enhanced mitochondria functions. In addition, improvements for other diabetes complications are also observed. DIAVINCO works in a holistic manner to rectify diabetes and diabetes complications.

Metformin is an oral medication that can help treat type 2 diabetes when it is combined with lifestyle changes. After sometime, metformin is ineffective or stops working due to development of resistance and hence the dose keeps getting increased. If metformin does not work, the blood glucose levels and hemoglobin A1C levels start to increase. If metformin and changes in diet and exercise routines are not effective enough, the dosage of metformin may increase or additional medications may be prescribed.  Other diabetes medications including PPARγ agonist (glitazones), sulfonylurea, GLP1 agonist (glutides), DPPIV inhibitors (gliptins) as second line of treatment which increase the amount of insulin in the body and insulin sensitivity and these can work faster to bring down blood sugar levels. But there’s no magical second drug; the secondary options will depend on the individuals. Insulin remains the most effective therapy to lower glucose when a second line of treatment fails. Over time, cells stop responding to insulin and become insulin resistant. The pancreas keeps making more insulin to try to make cells respond. Eventually, the pancreas can’t keep up, and blood sugar levels keep rising. Injectable insulin works for a while but it becomes ineffective when there is a saturation of cells with excessive glucose and lipid synthesis overload. Insulin resistance is when muscle cells, adipocyte cells, and liver cells don’t respond well to insulin and can’t easily take up glucose from blood.

Glucose is an energy source which is utilized by cells. When the glucose is in excess, it is not able to get absorbed by muscle cells, adipocyte cells, and liver cells and this eventually leads to hyperglycemia. In addition, when absorbed glucose is not utilized due to lack of exercise, it gets saturated in cells and gets synthesized as lipids. These lipids get circulated in the bloodstream and cause further potentiation of insulin resistance and hyperlipidemia in the form of triglycerides, high cholesterol, increase VLDL, LDL and other lipid forms. These conditions lead to diabetes complications with the involvement of cardiac, eyes, neuropathy, nephropathy and sometimes obesity. 

There are recommendations to reduce intake of glucose by changing food habits or increase the burn of glucose by exercise. Losing weight, getting regular exercise can all help improve your insulin sensitivity. Exercise can increase sensitivity to insulin, which helps the body remove sugar from the blood more efficiently. During exercise, muscle cells use sugar as fuel, thus increasing insulin sensitivity. If it is burning sugar in this way, the body does not need as much insulin to remove sugar from the blood.

Mitochondrial dysfunction has been implicated in the pathogenesis of insulin resistance in skeletal muscles which are major burn house of glucose. Mitochondria are highly dynamic organelles of each cell which adopts to short- and long-term metabolic disturbance by undergoing fusion and fission cycles, spatial rearrangement of the electron transport chain complexes into super complexes and biogenesis. Boosting mitochondrial function is a valuable therapeutic tool to improve insulin sensitivity. Exercise induces mitochondrial function and burns glucose and lipids. Dieticians recommend diet plans and exercises to improve disease conditions. These measures might be difficult to follow but are effective long term. 

To improve the burn rate of glucose as well as lipids which are stored or in circulation, there is a possibility to increase mitochondria driven beta oxidation. There are few transcription factors which govern mitochondrial biogenesis. Peroxisomes proliferator-activated receptor γ co-activator1α (PGC1α), TFAM, NRF1, NRF2 other epigenetic enzymes as SIRT1, SIRT3 and several other enzymes governs the increase mitochondria numbers.  These transcription factors and enzymes can be enhanced with dietary supplements which works by increasing mitochondrial functions as well as increasing numbers. Alpha lipoic acid (ALA), Resveratrol induce PGC1α and SIRT1 which increase mitochondria numbers. ALA has been clinically proven to boost metabolism and increase sensitivity. Resveratrol is known activator of SIRT1 which induces mitogenesis. 

Functions of mitochondria is mainly driven by beta oxidation which involves several key components as Co enzyme Q10 (CoQ10), Carnitine, nicotinamide adenine dinucleotide (NAD+) which helps to improve functionality of mitochondria. Supplementation of these ingredients as dietary supplement boost mitochondria driven beta oxidation and generate ATP as energy source. 

During beta oxidation, Glucose is a major source of energy which mitochondria utilizes. Enhancing beta oxidation eventually utilize glucose. Similarly, lipids are also getting utilized in form of Acetyl CoA precursor of energy burning by mitochondria. To enhance beta oxidation process, few supplements as Hydroxycitric acid, Chlorogenic acid support mitochondrial functions. During the functioning of mitochondria, certain free radicals are also generated which should be quenched by antioxidants such as EGCG (from green tea) and Gallic acid (from Arjuna bark extract).

The unique combination of ingredients in DIAVINCO help in inducing mitogenesis, enhancing mitochondria functions and preventing free radical based damage to cells. With the enhancing effect of mitochondria functionality and numbers, it utilizes glucose and lipids which are abundant in amount in cells. The utilization of glucose creates different concentration gradients and helps insulin driven glucose uptake in cells and help insulin sensitivity. Glucose utilization with dietary supplements is similar to exercise induced mitochondria function. Long term utilization of glucose certainly helps to improve sensitivity of glucose and reduce blood glucose levels. In later stages, lowering of glucose will reverse diabetes indicators such as Hb1Ac to normal levels and also solve other diabetes complications. 

Mitochondria from type 2 diabetic patients are smaller than in healthy controls, and hyperglycemia induce mitochondrial fragmentation in different cell types, including heart, liver, cardiovascular or pancreas.

Fats are ‘fuel’ for the mitochondria. To support your mitochondrial health, make sure to include some of the following foods in your diet: Oily fish (sardines, mackerel, salmon, herring, anchovies, trout) Avocados.

Research suggests that fasting may enhance these mediators of mitochondrial biogenesis and improve mitochondrial function and energy homeostasis.

Although mitochondria in a healthy heart primarily use fatty acids as fuel, they can easily adapt to use other fuel molecules as needed, including glucose, lactate, and ketone bodies.

What are the best exercises to increase mitochondria? All aerobic training, or exercise that utilizes oxygen and lasts for at least five continuous minutes, will positively impact mitochondria.