Diabetes statistics What is chromium? What is biotin? What is Diachrome®? Discuss the role of chromium (Cr+3) and biotin in insulin and carbohydrate metabolism. Discuss the results of Diachrome® T2DM clinical trials. Economic considerations of Chromium
Cases of Diagnosed Diabetes in the U.S. by Age
Relationship Between Glycemia and Complications
Aggressive Control of Type 2 Diabetes is Critical American Diabetes Association Normal Goal A1C (%) <6 <7 Preprandial plasma glucose (mg/dL) <110 90-130 American Association of Clinical Endocrinologists A1C (%) <6 6.5 Preprandial plasma glucose (mg/dL) <110 <110
Traditional Treatment Approach Adds Medications Sequentially
Nutritional Goals Individualized meal planning Maintain reasonable weight
What about Chromium?
- Chromium is an essential cofactor for the hormone insulin which regulates the metabolism of protein, fat and carbohydrates.
- Chromium is a trace element found in brewers yeast, broccoli, organ meats, whole grains, cheese and nuts.
Chromium and Diet Inadequate amount of chromium in the US diets Diets rich in sugar and carbohydrates cause a loss of chromium lower Cr levels than normal in obese and/or diabetes Chromium levels with age
Complex of chromium (Cr+3) and picolinic acid Complex of chromium (Cr+3) and picolinic acid Cr is an essential trace mineral Picolinic acid is a natural metabolite of tryptophan Picolinic acid enhances the absorption/bioavailability of Cr
What is biotin? Biotin; a water soluble B vitamin - (C10H16N2O3S) ; MW = 224.31
Stimulates activity of glucokinase Improves pancreatic β-islet cell function Regulates conversion of glucose to FA
Chromium Picolinate Safety Genotoxicity Studies (5) Sub-chronic (90 day) Mice/Rats (NTP) Sub-chronic (20 wk) Rat Toxicity (Anderson, 1997) Human Genotoxicity Study (Kato, 1998) 5 Isolated Case Reports - Never Duplicated No adverse effects seen in 30+ clinical studies Generally Recognized As Safe affirmed (2000) Institute of Medicine 2004 Review Supports Safety UK FSA (2004): CrPic Safe For Use Up To 10 mg/d
Biotin - Safety No toxic effects reported No AEs with 200 mg orally No LOAEL (Lowest Observed Adverse Event Level) NOAEL = 2500 mcg (2.5 mg) GRAS (Generally Recognized as Safe)
What is Diachrome®? An adjuvant comprised of: - Chromium Picolinate (600 mcg Cr+3)
- Biotin (2 mg)
Dual benefits include reduction of elevated blood glucose and improvement in blood lipids Once a day administration
Cr Levels Over Time (Progression of Diabetes)
Chromium in Tissues
Clinical Studies in Subjects with Diabetes (Effect on Blood Glucose Control)
Change in Fasting Insulin with CrPic
Mean Urinary Chromium Losses Following Corticosteroid Treatment (n=13)
CrPic Treatment of Steroid-Induced Diabetes Fasting blood glucose levels decreased from 250 mg/dl to 150 mg/dl 5 pts. stopped taking hypoglycemic agents (sulfonylureas or insulin injections) and did well on Cr supplementation alone.
Diachrome® Studies In Vitro - Human Skeletal Muscle Cells
Preclinical Clinical - PEP (Open Label Program) N=40
- Beverage (DBPC Study) N=34
- Glycemic Index (DBPC Study) N=43
- T2DM 90 day (DBPC Study) N=447
- T2DM 270 Day Extension N=28
CP+Biotin: Skeletal Muscle Cell Culture (Glucose Uptake & Glycogen Production)
Animal Study (JCR Rats) Glucose Metabolism & HDL Cholesterol
Diachrome® PEP Program * Open-label program in patients with type 2 diabetes Program showed improvements in blood sugar control
Diachrome® : PEP Results (12 week change in HbA1c levels, 40 subjects)
Diachrome® 30-Day Clinical Study Glycemic Index
Nutrition 21 CPB-02003 Diachrome® 90 Day Type 2 DM Randomized, Double Blinded, Placebo Controlled Inclusion Criteria: - Male or Female; 18-70
- BMI > 25 and < 35
- HbA1c > 7.0%
- Stable OADs > 60 days
Total Enrolled: 447 - Cauc. 221; Hisp. 147; Blk. 48; Asian 23; Other 8
- Male 258; Female 189
Intent To Treat: 369 - At least one dose of study med
- One A1c assessment post Baseline Visit
Diachrome® Study Results Effect on HbA1c Levels
Diachrome® Study Results Effect on TG/HDL Ratio
Diachrome® Study Results Effect on Total Cholesterol and LDL Cholesterol
Diachrome® Study Results Subjects with Baseline A1c > 10.0
Diachrome® Study Extension Phase 270 Day Extension Phase to 90 Day Study All subjects on active intervention Visits at 2, 4, 6, and 9 months post enrollment OADs held steady No daily insulin use
Economic Analysis Model Statistical analysis used to estimate a range of potential 3-year cost savings Lifetime cost savings estimated by adjusting literature benchmark, and using price index to adjust for inflation
Gilmer showed that medical care charges increase for every one percentage point increase in HbA1C above 7 percent. The savings vary depending on level of HbA1C and other “diseases” that the patient may have Gilmer estimated that decrease in HbA1C would result in direct cost savings over a three year period: - Only diabetes $ 805
- Diabetes & Hypertension $1,130
- Diabetes & Heart Disease $2,078
- Diabetes, Heart & Hypertension $2,675
Literature Review of Economic Impact Menzin, in a retrospective study, examined the potential short-term economic benefits of improved glycemic control: Change in Glycemic Control Cost Reduction (initial HbA1C to final HbA1C) (3-years) - Fair to good
- (8%-10%) to (less than 8%) $ 410
- Poor to fair
- (10%+) to (8-10%) $1,660
- Poor to good
- (10%+) to (less than 8%) $2,070
Economic Analysis: 3-Year Savings Population-wide
Economic Analysis: Lifetime Cost Savings, Newly Diagnosed Approx. 1.3 million people diagnosed each year with diabetes; 90% with type 2 Using Ginsberg’s estimated lifetime cost savings of $27,000 ($36,000 in 2004 dollars) per patient with good diabetes control, lifetime cost savings of those diagnosed with T2DM in 2004 calculates to approximately $42 billion
Perhaps we should finally start to look at nutrient based solutions as an approach to diabetes!
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