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Naturopathic Cardiology

Naturopathic Prevention of Cardiovascular Diseases

A Randomized Clinical Trial

Abstract

Background: Although cardiovascular disease may be partially preventable through dietary and lifestyle-based interventions, few individuals at risk receive intensive dietary and lifestyle counselling. We performed a randomized controlled trial to evaluate the effectiveness of naturopathic care in reducing the risk of cardiovascular disease.

Methods: We performed a multisite randomized controlled trial of enhanced usual care (usual care plus biometric measurement; control) compared with enhanced usual care plus naturopathic care (hereafter called naturopathic care). Postal workers aged 25–65 years in Toronto, Vancouver and Edmonton, Canada, with an increased risk of cardiovascular disease were invited to participate. Participants in both groups received care by their family physicians. Those in the naturopathic group also received individualized care (health promotion counselling, nutritional medicine or dietary supplementation) at 7 preset times in work-site clinics by licensed naturopathic doctors. The body weight, waist circumference, lipid profile, fasting glucose levels and blood pressure of participants in both groups were measured 3 times during a 1-year period. Our primary outcomes were the 10-year risk of having a cardiovascular event (based on the Framingham risk algorithm) and the prevalence of metabolic syndrome (based on the Adult Treatment Panel III diagnostic criteria).

Results: Of 246 participants randomly assigned to a study group, 207 completed the study. The characteristics of participants in both groups were similar at baseline. Compared with participants in the control group, at 52 weeks those in the naturopathic group had a reduced adjusted 10-year cardiovascular risk (control: 10.81%; naturopathic group: 7.74%; risk reduction –3.07% [95% confidence interval (CI) –4.35% to –1.78%], p < 0.001) and a lower adjusted frequency of metabolic syndrome (control group: 48.48%; naturopathic care: 31.58%; risk reduction –16.90% [95% CI–29.55% to –4.25%], p= 0.002).

Interpretation: Our findings support the hypothesis that the addition of naturopathic care to enhanced usual care may reduce the risk of cardiovascular disease among those at high risk. Trial registration: ClinicalTrials.gov, no.NCT0071879.

Source: Naturopathic medicine for the prevention of cardiovascular disease: a randomized clinical trial

Ayurvedic Cardiology

Salacia oblonga and Heart Disease

Ayurvedic botanical may decrease cardiovascular risk in kidney patients

By Tina Kaczor, ND, FABNO

About The Author

Tina Kaczor, ND, FABNO, is editor in chief of Natural Medicine Journal and a naturopathic physician, board certified in naturopathic oncology. She received her naturopathic doctorate from National College of Natural Medicine, Portland, Oregon, and completed her residency in naturopathic oncology at Cancer Treatment Centers of America, Tulsa, Oklahoma. Kaczor received undergraduate degrees from the State University of New York at Buffalo. She is the past president and treasurer of the Oncology Association of Naturopathic Physicians and secretary of the American Board of Naturopathic Oncology. She has been published in several peer-reviewed journals. Kaczor is based in Eugene, Oregon.

Design

Randomized, prospective, placebo-controlled, single-blind study

Participants

Sixty participants (46 men, 14 women) with chronic kidney disease (CKD), defined by a creatinine level between 1.5 mg/dL and 5.0 mg/dL, were evaluated. Patients were divided into 2 groups: Group A participants (n=30) had no diagnosis of diabetes. Group B (n=30) was comprised of diabetics (type 1 or 2 not specified). Each group was then evenly divided into an intervention arm (A1 and B1) and a placebo arm (A2 and B2). Almost all participants were between 40 and 60 years old. Those taking drugs targeting the renin-angiotensin system were excluded, as were those with signs or symptoms of acute renal failure.

Intervention

Salacia oblonga 1000 mg (1 g) twice daily: Although not stated, it is assumed this is 1000 mg of the root powder, in keeping with traditional use.

Outcome Measures

Parameters assessed included creatinine clearance (mL/min) as well as circulating levels of creatinine (mg/dL), cholesterol (mg/dL), triglycerides (mg/dL), high-density lipoprotein (HDL) cholesterol (mg/dL), low-density lipoprotein (LDL) cholesterol (mg/dL), C-reactive protein (CRP, mg/dL), and interleukin (IL)-6 (pg/dL). The mean for each parameter was calculated and comparisons calculated between arm A1 vs A2 and arm B1 vs B2.
At baseline, there were no statistically significant differences in any parameters between groups, indicating there was no bias in the randomization. The intervention arm, A1 or B1, was compared to its respective placebo arm, A2 or B2, in the statistical analysis. Groups A and B were not compared with each other.

Key Points

At 6 months, triglycerides were 23.66% lower in the intervention arm of group A (nondiabetics) (P=0.008) and 17.45% lower in the intervention arm of Group B (diabetics) (P=0.01) vs their respective placebo arms. CRP was also statistically lower in the interventional arms of both groups vs placebo (Group A: 2.38±0.63 mg/dL to 1.76±0.59 mg/dL; P=.002 and Group B: 2.78±0.90 to 2.10±0.67; P=0.03). Finally, creatinine clearance did not improve but did stabilize in those taking S oblonga in both intervention groups (Group A, P=.05; Group B, P=0.04). Only the diabetics (Group B) had significant reductions in the inflammatory marker Il-6 (P=0.0003), total serum cholesterol levels (241.10±38.40 to 209.27±18.40; P=0.0001), and LDL levels (138.60±40.20 to 112.80±25.90; P=0.01) vs placebo.

Practice Implications

S oblonga is an obscure plant in Western botanical practice but has a long history of use in Ayurvedic medicine. One of its uses is in blood sugar control, presumably due to constituents that inhibit the brush boarder enzyme alpha-galactosidase. Blockage of alpha-galactosidase prevents monosaccharide production, leading to less carbohydrate absorption.1 This is the same mechanism of action that several diabetes drugs (acarbose, miglitol, voglibose) are based upon.
PubMed currently lists 37 studies on S oblonga, 4 of which are clinical trials. (One of those clinical trials is being reviewed here.) Other trials involve blood sugar control specifically. In short, the results are impressive.
In 2005, the glycemic and insulin responses to S oblonga were measured in 43 healthy, nondiabetic volunteers.2 After an overnight fast, a controlled meal (83 g carbohydrate, 20 g protein, and 14 g fat) was given to the participants, and serum glucose as well as insulin were tracked for 180 minutes. While the absolute peak of glucose did not vary, the area under the curve (AUC) did show significant change. When participants took 1000 mg S oblonga with the meal, there were reductions in the glucose AUC of 27% at 120 minutes (P=0.035). Perhaps more impressive, the AUC for insulin was reduced by 35% and 37% for 120 minutes and 180 minutes, respectively (P<0.001 each). The participants also underwent hydrogen breath testing, which increased 60% in those taking S oblonga (P<0.001), confirming the presence of undigested disaccharides and oligosaccharides in the small bowel.
The current study under review indicates that Salacia oblonga is capable of improving cholesterol profiles as well as parameters of systemic inflammation in diabetics.
Two of the 3 authors from that study published another separate clinical trial, also in 2005.3 The challenge meal was identical, the AUC for insulin and glucose was similarly tracked, and hydrogen breath testing was done after the test meal. This time, however, there was a dose escalation of S oblonga from 0 mg to 500 mg to 700 mg to 1000 mg. The participants included 39 healthy, nondiabetic, normal-weight volunteers. While the change in glucose AUC did not reach statistical significance, the AUC for insulin was reduced by 29% (P=.01). Excretion of hydrogen in the breath increased with increasing dosage of S oblonga, suggesting a dose-dependent increase in luminal oligosaccharides.
A randomized double-blind crossover study published in 2007 recruited 66 type 2 diabetics in an effort to test S oblonga in a population that may derive therapeutic benefit.4 After fasting 8 to 16 hours, subjects consumed the following meals on separate days: a high carbohydrate control meal (110 g carbohydrate [55 g maltodextrin, 31 g sucrose, 25 g corn syrup], 12 g fat, 18 g protein, and 620 kcal); the same control meal plus 240 mg S oblonga extract; or the same control meal plus 480 mg S oblonga extract. Both doses lowered the AUC for glucose (14% for 240 mg and 22% for 480 mg of S oblonga) compared to the control meal. Peak glucose was 19% lower and 27% lower for the 2 increasing dosages as compared to the control meal. The AUC for insulin was also reduced by 14% and 19% for the 240 mg and 480 mg intakes, respectively. Furthermore, peak insulin response was lowered with the use of S oblonga by 9% when 240 mg was ingested and 12% when 480 mg was ingested. The dose-response trends in this study strengthen the correlations in glucose and insulin reductions.
There was also 1 clinical trial done on a different species of Salacia, S chinensis, in which 27 healthy volunteers participated. Only serum glucose was tracked. A high carbohydrate meal (macronutrients not specified, 600 kcal) combined with 1000 mg of S chinensis reduced postprandial glucose AUC by 33.85% vs placebo.5 In this trial, there was mild abdominal discomfort reported by some, including bloating, cramping, nausea, and diarrhea.
Clinically, the potential of S oblonga to lead to abdominal discomfort seems high. Alpha-galactosidase is responsible for the breakdown of sugars in the gut. If alpha-galactosidase is inhibited, then undigested sugars remain in the lumen of the small intestine and colon. These undigested sugars are then metabolized by the gut flora, potentially forming gaseous byproducts like hydrogen that can lead to cramping, bloating, and/or nausea. Further, if the patient has small intestinal bacterial overgrowth (SIBO), symptoms of SIBO could worsen with inhibition of alpha-galactosidase. This is a clinical consideration that should be kept in mind. Instructions for the use of prescriptive alpha-galactosidase inhibitors include working up the dose slowly. This would be prudent for S oblonga as well.
It is a disservice to reduce any plant to a singular action such as an alpha-glucosidase inhibitor. However, the light of clinical research has been shone on this aspect, thus we have data in this area. As with any botanical, there are many actions from 1 plant.
The current study under review indicates that S oblonga is capable of improving cholesterol profiles as well as parameters of systemic inflammation in diabetics. It appears to be the first clinical trial to corroborate the rodent studies that have indicated S oblonga has lipid-lowering and antiinflammatory effects.6,7 Cardiovascular disease (CVD) is still the number 1 cause of death in the United States, and those with CKD succumb to CVD at twice the rate of those without kidney impairment.8
The stabilization in kidney function parameters was found in diabetics and nondiabetics, suggesting S oblonga is relevant for our nondiabetic CKD patients as well. In herbal medicine, it would be deemed a kidney “tonic.” The ability to improve function, or tonify, a given organ with a plant is inherent in traditional herbal applications. Examples of this are adaptogenic herbs (eg, ginsengs, rhodiola, ashwagandha) for the hypothalamic-pituitary-adrenal axis or cardiac tonics such as hawthorn berries and/or leaves. These traditional uses now have evidence to back them up,9-11 but of course they have worked for centuries, long before such published evidence existed.
Toxicology studies done on S oblonga have found no observable adverse effect level with 2500 mg/kg per day of oral gavage administrations to rats.12 There were also no reported untoward effects, save the abdominal discomfort already mentioned above, in the clinical trials to date.
S oblonga has not been an herb in my repertoire for CKD patients. However, progressive kidney diseases are notoriously difficult to treat. After delving into the research on S oblonga, it is now on my short list of possible herbs for patients with diabetes and/or kidney failure.
Reference
Singh RG, Rathore SS, Wani IA, Usha, Agrawal A, Dubey GP. Effects of Salacia oblonga on cardiovascular risk factors in chronic kidney disease patients: a prospective study. Saudi J Kidney Dis Transpl. 2015;26(1):61-66.

Source: Salacia oblonga and Heart Disease | Natural Medicine Journal

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TESOL CANADA SCHOLARSHIP

Up to $10,000 Scholarship is offered to students interested in becoming ESL teachers by perusing their graduate degrees in Education. This scholarship is also valid for TESOL graduates willing to undertake a TEC “Teaching English to Children” as their graduate studies. Scholarships are also available at certificate level study programs. TESOL Canada values multiculturalism and hence offers grants in ten different languages and teachers training programs.

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TESOL USA

TESOL USA is a proud sponsor of Universal American University “UAU”. Effective March 2013 all Universal TESOL programs are accredited through TESOL USA. More information can be obtained at www.tesol.info,  www.tesollosangeles.org & www.tesolnewyork.org