A comprehensive analysis of the clinical trial research showed a promising therapeutic outcome for vitamin B-allergic patients, according to a collaborative reporting by The Society of Nuclear Medicine Research Organization, ChemIST and the International Association for the Study of Auxiliary Function of Nuclear Signaling (IAFS). The study provides the first muscle-specific data for vitamin B-allergic patients, in order to provide a mechanistic understanding of the efficacy of vitamin B-allergic treatment in this population.
The role of vitamin B-iolytic therapy in humans has not yet been demonstrated. The case-control study, reported in preclinical and human subjects, found that a supplementation with just 20 micrograms per kilogram body weight per day vitamin B-complement was associated with a greater reduction of muscle wasting and increased exercise capacity than usual care. Additional details appear in the article published in Radiological Reports.
“The result of this clinical trial indicates that vitamin B-sulfur compounds might be useful in the treatment of patients with muscle-specific vitamin B-allergic diseases. In a multidisciplinary therapeutic approach to advance its application, we suggest that vitamin B-sulfur compounds might enhance the muscle function of patients with muscle-specific vitamin B-allergic diseases by reducing nutritional deficiencies and providing us with an opportunity for exercise and nutritional supplement for the benefit of their patients,” said Susan Lenchez Pelegrashova, postdoctoral fellow in radiation oncology at The Society of Nuclear Medicine Research Organization (SNMRO) and the International Association for the Study of Auxiliary Function of Nuclear Signaling (IAFS). A co-author from Fréquents Hôtel in the Belgium describes the preliminary results of this study.
Vitamin B-oxidase 1 (VBI-1) is a transcription factor contributing to vitamin B-dependent DNA repair in cells. Vitamin B-oxidases are complex proteins that are activated by an external factor, DNA damage, physical stress or environmental toxins before or during delivery of vitamin B-dependant gene to the cell. Thus, certain skills critical for maintaining vitamin B-dependent functions are affected by exposure to high doses of vitamin B-1 and folate. In the manuscript published in Radological Reports, the patient subject, whose subjects were randomized into suboptimal or optimal treatment groups, was group-wasted by past deficiency, under approximately twice as long as usual controls. The mean baseline plasma vitamin B-bound dose of 20 micrograms per kilogram body weight per day (2nU) was involved in receiving approximately 16 micrograms/day, and the median dose was 15 micrograms/day.
“There may be a very strong therapeutic effect to supplement this therapy in this population,” stated Knold B. Burger, associate professor of oncology and genome-critical pathology, Haematology/Oncology/Oncology and Immunology at the University of California, Los Angeles and first authors of the manuscript. Lower plasma vitamin B-bound dose was further substantiated in patients who had experienced severe vitamin B-allergic side effects associated with expressed gene mutation, such as with alpha-1-antichymotrypsin deficiency and epidermodysplastism (cells that are involved in the skin barrier and the immune system).
“At present, the limited data on the efficacy of vitamin B-off-target therapy for vitamin B-allergic diseases are too limited, and it is difficult to predict when we would see a clear superiority over the standard of care, on average in dosage given to the patients and at the doses we should discuss amongst doctors for them to continue. For the sake of future studies, the current data should be added to the body of evidence to enable doctors to understand and decide on optimal dosage, in order to maximize benefit,” concluded Lenchez Pelegrashova.