Turmeric and Diabetes – Natural Remedy

Borja Bandera 25 June, 2020 Plants Leave a comment

Today we are going to delve into one specific and very important issue, what is the relationship between Turmeric and Diabetes?

Much has been written about turmeric and its main bioactive component, curcumin.

In this post you have more specific information about this very “special” spice.

After reading this post you will learn about the molecular mechanisms by which turmeric consumption can improve (or prevent) your diabetes. We will also see several clinical trials done in humans that will leave you without any doubts.
Let’s go

Index

1 Curcumin as an anti-diabetic: molecular actions
2 Curcumin and clinical trials
3 Turmeric and interactions
4 Conclusions
5 Bibliography sources
6 Related Entries

Curcumin as an anti-diabetic: molecular actions

Curcumin is the bioactive compound present in the rhizome of the Curcuma Longa plant (or simply turmeric)

In-vitro and in-vivo studies have demonstrated “anti-everything” properties, with the following properties being found just to mention a few:

Antioxidant,
Antiinflammatory,
Antimicrobial,
Antineoplastic.

But it doesn’t stop there, cardioprotective, nephroprotective, and hepatoprotective effects have also been shown.

It is also an immunomodulator and hypoglycemic

And if that were not enough, in animal models turmeric slows the onset of diabetes, improves the function of the pancreatic beta cell, prevents beta cell death and decreases insulin resistance (1)(2).

Why isn’t everyone consuming turmeric, you wonder?

Well, research often differs quite a bit from reality, and that may be one of the main reasons. Let’s look now at the molecular actions by which turmeric exerts its antidiabetic action

Reduces the build up of hepatic fat

On the one hand, curcumin decreases gene expression of transcription factors related to hepatic lipogenesis and cholesterol synthesis, such as SREBP1c (3).
On the other hand, it increases the activity of lipolytic enzymes such as carnitine palmitoyltransferase 1 (CPT1) and acyl CoA cholesterol acyltransferase (ACAT).

The accumulation of fat in the liver is one of the “hallmarks” of type 2 diabetes

Curcumin, by increasing regulation of PPARy by activating AMPK, reduces this pathological accumulation of fat in the liver (lipotoxicity).

In rats who had induced diabetes by streptozotocin, after being supplemented with curcumin at 50-100 mg/kg body weight, MCP-1, IL-6, A1C, TNF-alpha and lipid peroxidation (4) were reduced

Antioxidant

Curcumin has been shown to increase our antioxidant barriers, increasing levels of enzymes such as superoxide dismutase, catalase and glutathione peroxidase (5).

Finally, interestingly, in cardiomyocytes from diabetic rats, curcumin significantly reduced apoptosis by inhibiting JNK phosphorylation (6)

Curcumin and clinical trials

Study 1

Chuengsamarn (2)(7) conducted a randomized, double-blind, placebo-controlled trial in 240 prediabetic individuals

The active dose was 250 mg curcuminoids per day, or placebo, for 9 months.

After this period, 16.4% of patients in the placebo group were diagnosed with DMT2, while in the group treated with turmeric, NONE were diagnosed with diabetes. This reflects the potential preventive role of turmeric with respect to the development of DMT2.

In addition, patients treated with turmeric showed higher levels of adiponectin and lower insulin resistance

Study 2

Pahani and colleagues conducted a clinical trial in which they used 500 mg of turmeric daily with 5 mg daily of piperine (black pepper, which increases intestinal absorption and bioavailability of turmeric) in DMT2 patients for three months (8).

The results showed lower levels of C-peptide (a marker of insulin), A1C, and glucose in the active treatment group

Turmeric and interactions

An important precaution to take if you are medicating with other drugs is that curcumin has been identified in some studies as a cytochrome P450 inhibitor, so it may interact with blood thinners, antibiotics or antidepressants, for example.

If you’re medicating, check for possible interactions before you start supplementing with high doses of turmeric

Conclusions

In short, pre-clinical and clinical studies to date show that curcumin is a promising bioactive compound in the prevention and management of type 2 diabetes, optimizing the metabolic profile of patients.

However, its bioavailability and absorption is quite limited, something that is partially reduced by taking it together with black pepper (piperine).

HSN’s supplement uses this as an ingredient, achieving an excellent bioavailability:

With this in mind, if you are at risk of being type 2 diabetic, have insulin resistance, or are already type 2 diabetic, supplementing with turmeric may be a good idea

If the article has been helpful, leave your feedback in the comments. See you in the next one friends. Keep going!