Institutional Researcher

IVC plus Aspirin

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ABSTRACT: There are a number of seemingly serendipitous theoretical synergies between salicylic acid and vitamin C with respect to the way aspirin can potentiate the anti-cancer effect of millimolar blood concentrations of vitamin C.  This study combines intravenous vitamin C with medium doses of regular aspirin in order to observe whether these benefits do in […]

Institutional Researcher

IVC to prevent hairloss during chemo

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hairloss

ABSTRACT: Determine how effective intravenous vitamin C is at preventing hairloss while undergoing conventional chemotherapy. METHODS: This is a retrospective observational study.  Patients who have survived cancer using a combination of chemotherapy and IVC within the same week will be queried about their hair loss experience. For patients yet to undergo the process there are […]

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Anti-addiction Intravenous Micronutrient (AIM) Therapy

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Ascertain the de-addicting effects of continuous parenteral injection of specific micronutrients that have demonstrated de-addicting effects for addictive behaviors or chemical dependencies. Substances to be investigated include 5HTP, Theanine, Ascorbic acid, Meyer’s Cocktail, NAC / Glutathione, and NAD. A unique feature of this investigation is that it is the first to administer these substances using a series of pre-filled, disposable elastomeric continuous parenteral pumps that safely clip into a patient’s IV line.

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Preliminary Blood Serum, QOL, and Functional Test Analysis for “24/7” or “SOAK” IVC (Continuous Low Millimolar IVC for Up to 14 Days)

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Continuous IVC

Short-term high-rate use of IV micronutrients (eg. IV megadosing of vitamin C, such as 50 grams over 2 hours) and long-term use of IV feeding (eg. 2 liters/day of normal nutrition) are commonplace. This study is the first ever to investigate a hybrid case of these two parenteral nutritional approach: the long-term use of intravenous vitamin C (50 grams/day, for a whole week), for the purpose of establishing acceptable limits and the monitoring biophysical responses.