A randomized controlled clinical trial in two groups of supplementation with HMB and glutamine. Each group consist in 25 patients with bloody areas, one group will receive and intervention with HMB and Glutamine and the other will receive a placebo with calcium caseinate.
A fundamental part of the integral management of wound healing in patients with bloody areas is nutrition, since it involves biochemical events that depend on the substrates it provides. Wound healing is a phase that demands higher needs of energy-protein than the requirement. Problem statement: Poor nutrition decreases, through specific phases, normal processes that allow the progression of wound healing. Nutrient deficiencies can have negative effects on wound healing by prolonging the inflammatory phase, decreasing fibroblast proliferation, and modifying collagen synthesis. Some amino acids are essential for the process, such as Glutamine and Hydroxymethylbutyrate. Objective: To evaluate the effect of Glutamine and Hydroxymethylbutyrate supplementation over the cells involved in wound healing of bloody areas. Hypothesis: Glutamine and Hydroxymethylbutyrate supplementation promotes a positive effect over the cells involved in wound healing of bloody areas. Methodology: A randomized controlled clinical trial, in patients with diagnosis of bloody areas. They will be divided into two groups, the first will receive an intervention with Glutamine (14g) and Hydroxymethylbutyrate (3g) and a control group will receive a placebo with calcium caseinate (17g) A sample of the affected tissue will be taken before and after the supplementation where histology will be analyzed. Remains of tissue will be obteined during surgery wash for histology.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
TRIPLE
Enrollment
30
Hospital General de México
Mexico City, Mexico
Wound healing:Number of cells per clauster in tissue sample of wound.
To evaluate the effect of supplementation in cellular differentiation. It will be counted and compared the number of cells per cluster in a tissue sample (lymphocytes, fibroblasts , macrophages and angiogeny) at the begining and after the supplementation.
Time frame: 15 days
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