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ba·sic (bā'sĭk) adj. Of, relating to, or forming a base; fundamental: "Basic changes in MyVits web site often occur because of breakthroughs and new information, shifts in concerns and priorities. Of, being, or serving as a starting point or basis: a basic course in Health; a list of basic heath tips. nu·tri·ent (nū'trē-ənt, nyū'-) n. A source of nourishment, especially a nourishing ingredient in a food.
Of, being, or serving as a starting point or basis: a basic course in Health; a list of basic heath tips. nu·tri·ent (nū'trē-ənt, nyū'-) n. A source of nourishment, especially a nourishing ingredient in a food.
nu·tri·ent (nū'trē-ənt, nyū'-) n. A source of nourishment, especially a nourishing ingredient in a food.
Basic Nutrients I and II, the original Basic Nutrient formulas, contain calcium, magnesium and potassium as aspartate chelates for enhanced energy metabolism, combined with a full complex of essential vitamins and trace minerals. Basic Nutrients I contains no iron or copper, while Basic Nutrients II provides both copper and iron as picolinates.
Another reason this Vitamin is a great Multi is that it has no Iron making it much safer:
Excess Iron Again Linked to Diabetes RiskAuthor: Steve Austin, NDReference: Jiang R, Manson JE, Meigs JB, et al. Body iron stores in relation to risk of type 2 diabetes in apparently healthy women. JAMA 2004;291:711-7.Design: Prospective nested case-control observational study.Participants: 698 incident cases of type 2 diabetes developing during a 10-year follow-up from a group of 32,826 women in the Nurses' Health Study. Subjects had normal glucose tolerance at baseline. Cases were paired with 716 matched controls from the same cohort. Outcome Measures: Incident cases of type 2 diabetes were tracked and paired against serum ferritin concentrations measured at baselineKey Findings: Mean ferritin levels in cases were 109 ng/ml versus 71.5 in controls (P for difference <0.001). Relative risk of diabetes in increasing quintiles of serum ferritin were 1, 1.09, 1.26, 1.30, and 2.68 (P for trend <0.001).Practice Implications: Clinicians are often unclear about what a nested case-control study is. Many know that regular case-control studies are retrospective, meaning the data are gathered after subjects are already sick, and are therefore distorted by lapses in memory and-of equal concern-how diagnoses effect recall. "Nested case-control" sounds like a type of case-control study. As such, doctors assume such studies are retrospective. When doctors are told that nested case-control studies are prospective, they are often perplexed. In a nested case-control study, data are collected before sickness has developed (prospectively) and then subjects are followed, typically for years. Once a large enough subgroup has developed the disease to be studied, these cases are compared with matched controls selected from the original starting group-not from every single member of the cohort. The data are not subject to recall problems, yet the researchers do not need to analyze data from everyone, which might otherwise require analysis from thousands of subjects. Instead, the final study includes only those that developed the disease, plus a comparable number from the original cohort who A) did not develop the disease, but B) are otherwise similar to those who did develop the disease (in terms of age, gender, etc). The result: nested case-control studies avoid the problems and inaccuracies created by collecting data retrospectively without incurring the huge cost of analyzing all the data collected from thousands of people.The current nested case-control study found clear correlations between iron (Fe) stores and risk of developing type 2 diabetes. Others have previously reported similar findings. While some researchers maintain that only genetic susceptibility-not dietary excess-leads to excess Fe storage, most of the research community sees Fe storage as a function of genetics plus dietary Fe intake. The latter is tracked not simply in terms of how much Fe is consumed, but also what form of Fe is consumed (e.g., heme Fe from meat and fish is significantly more bioavailable than non-heme Fe from vegetables and most supplements). While the findings of the current study don't answer all remaining questions about Fe and diabetes, they further underscore the concern that doctors should not prescribe Fe supplements to patients unless the patients are Fe-deficient. This is not the first report suggesting the possibility that unnecessary Fe exposure might put people at risk for diabetes, nor is diabetes the only condition for which concerns about the effects of excess Fe have appeared. Said differently, all patients who are prescribed multi-vitamin/mineral pills or multi-minerals should take an Fe-free multi unless diagnosed with Fe deficiency.
The minerals in Basic Nutrients I and III are in the Aspartate form and give the body More Energy producing activity:
The malate/aspartate shuttle is the principal mechanism for the movement of reducing equivalents (in the form of NADH) from the cytoplasm to the mitochondria. The glycolytic pathway is a primary source of NADH. Within the mitochodria the electrons of NADH can be coupled to ATP production during the process of oxidative phosphorylation. The electrons are "carried" into the mitochondria in the form of malate. Cytoplasmic malate dehydrogenase (MDH) reduces oxaloacetate (OAA) to malate while oxidizing NADH to NAD+. Malate then enters the mitochondria where the reverse reaction is carried out by mitochondrial MDH. Movement of mitochondrial OAA to the cytoplasm to maintain this cycle requires it be transaminated to aspartate (Asp) with the amino group being donated by glutamate (Glu). The Asp then leaves the mitochodria and enters the cytoplasm. The deamination of glutamate generates a-ketoglutarate (a-KG) which leaves the mitochondria for the cytoplasm. All the participants in the cycle are present in the proper cellular compartment for the shuttle to function due to concentration dependent movement. When the energy level of the cell rises the rate of mitochondrial oxidation of NADH to NAD+ declines and therefore, the shuttle slows. G3PDH is glyceraldehyde-3-phosphate dehydrogenase.