Infisport Fe Iron Liposomado - 60 Capsules

Vitamin C is an antioxidant and is essential for immune function and infection resistance. Supplementation is necessary when a sufficient amount of vitamin C is not obtained through the diet. Alternative formulations of vitamin C may enhance its bioavailability and retention over traditional ascorbic acid. This systematic review consolidates the evidence on this and the effects on immunity and infection. A systematic literature search was conducted in October 2024 in Embase and Medline, focused on healthy adults (Population); oral forms of liposomal-encapsulated ascorbic acid, liposomal-encapsulated lipid metabolite ascorbic acid, calcium ascorbate, slow-release ascorbic acid, or lipid metabolite ascorbic acid (Intervention); compared to placebo/others (Comparison); in terms of bioavailability, absorption, vitamin C concentration in plasma, serum, and leukocytes, and impacts on tolerability, immunity, and infection (Outcome); and included randomized or non-randomized controlled trials, single-arm trials, and observational studies (Study design). Thirteen studies were included, several evaluating calcium ascorbate in combination with vitamin C metabolites, including L-threonate, referred to here as Calcium ascorbate EC (Ester C®; n = 7). No safety or tolerability concerns were noted with Calcium ascorbate EC vs. placebo or ascorbic acid. Calcium ascorbate EC showed better tolerability and fewer epigastric adverse events, improved quality of life, and induced favorable oxalate changes vs. ascorbic acid. Four studies reported leukocyte vitamin C concentration, some showing higher concentrations with Calcium ascorbate EC vs. ascorbic acid; seven reported more favorable plasma concentrations with the alternative forms over ascorbic acid or placebo; one reported higher serum vitamin C levels with vitamin C lipid metabolites than with Calcium ascorbate EC, calcium ascorbate, and ascorbic acid. No study reported retention in tissues. One study reported a favorable impact of

Background Liposomal iron, a novel oral formulation of ferric pyrophosphate that demonstrates improved gastrointestinal absorption and bioavailability with fewer side effects than conventional iron, represents a significant advancement in the treatment of iron-deficiency anemia (IDA). Purpose To conduct an in-depth comparative study of liposomal SunActive and conventional iron supplements (iron polymaltose complex) for treating IDA in children aged 2–12 years Methods This prospective randomized controlled trial included 192 children who visited the outpatient clinic of the Pediatric Department at Menoufia University Hospital and were diagnosed with IDA. The patients were divided into group 1, 96 pediatric patients receiving oral liposomal SunActive iron; and group 2, 96 pediatric patients treated with conventional oral iron (iron polymaltose complex). Results After 1 month of oral iron therapy, group 1 exhibited higher hemoglobin, hematocrit, serum ferritin, and serum iron levels and greater transferrin saturation than group 2. After 6 months of oral iron therapy, hemoglobin level (P<0.001), iron profile (P<0.001), and growth-related anthropometric measurements were higher in group 1 versus group 2 (P<0.001for z score for weight). Conclusion Iron supplements effectively improve anthropometric measurements, complete blood count parameters, and iron profiles. However, orally administered liposomal SunActive iron exhibits better effects, reduced drug refusal rates, and improved compliance rates, thereby benefiting children's growth.

Ensayo clínico aleatorizado en 60 pacientes pediátricos con ERC comparando hierro liposomal oral 30mg/día vs hierro intravenoso. El hierro liposomal demostró eficacia comparable con mejor tolerabilidad y adherencia al tratamiento.

In the summer, pigs often suffer from heat stress, which is accompanied by a decrease in their productivity and reproductive ability. Especially during this period, there is a deterioration in the quality of ejaculates of breeding boars, in particular, the functional activity of sperm. To level the effects of heat stress, researchers use drugs with antioxidant effects. The aim of the work was to find out the dynamics of changes in the quality of ejaculates of breeding boars under conditions of heat stress and after feeding a complex liposomal supplement. The experiment was conducted on 9 boars, aged 2–4 years of the Landrace, Duroc and Maxter breeds. Three stages of research were conducted, each lasting 30 days, in which the study of animals, the selection of material, and its analysis were similar: 1) under normal thermal conditions (<23 ºС); 2) under conditions of heat stress (25–30 ºС); 3) when feeding a complex preparation under conditions of heat stress (25–30 ºС). In the third stage of the study, against the background of heat stress, all boars were individually given a feed additive in the form of a liposomal emulsion for 30 days, which included vitamins A, D3, E, and C with zinc gluconate in a dose of 2 ml. After each stage of the experiment, ejaculates were collected from the boars for three weeks, in which the volume, concentration of sperm, their motility, fertilization ability, and resistance to temperature shock were determined. Mild and moderate heat stress of medium duration causes a significant decrease in the qualitative parameters of boar sperm: ejaculate volume, germ cell concentration (P < 0.01), sperm motility indicators (P < 0.01–0.001), kinematic parameters of boar spermatozoa motility using the CASA computer system (P < 0.001), their fertilization ability (P < 0.001) and resistance to temperature shock (P < 0.001). Feeding breeding boars a complex liposomal supplement (vitamins A, D3, E and C, zinc gluconate) during heat stress significantly