The results of study showed no significant differences on the stability of eye drop preparation containing vitamin B5 kept in neutral glass bottle and in PE vial. Light and high temperature make impact on the stability of the preparation so it needs to be kept from light in a cool place. With selected formula, the eye drop containing vitamin B5 kept in PE vial has stability at least 12 months at room conditions
Ophthalmic Solutions ; Pantothenic Acid

The effect of buffer system, adjustment substance pH, pH of solution, antioxygen and antiseptic on the stability of eye drop solution with vitamin B5 was studied. The result: at pH 5,5, buffer system of acetat, of citrat and of phosphat strictly influence to the stability of eye drop solution containing vitamin B5. This solution also sustained with antioxygen dinatri edetat 0,02%, combining with natri metabisulfid 0,1% -0,3% don’t make increase the stability of product. The antiseptic of benzalkonium clorid and chlorobutanol don’t influence to the stability of this solution. But benzalkonium clorid is appropriate than chlorobutanol because of it don’t absorb through PE plastic, the antiseptic efficacy increase with the presence of dinatri edetat and this make increase the bioavailability of drug
Ophthalmic Solutions ; Pantothenic Acid ; Pharmaceutical Preparations

PURPOSE: The purpose of this study was to compare the efficacy of dexpanthenol in postoperative patients. Dexpanthenol, the alcohol derivative of pantothenic acid, is believed to be a precursor of acetylcholine through its incorporation into coenzyme-A. METHODS: From June 2005 to December 2005, 130 curative abdominal surgery, which were divided into a dexpanthenol group with 65 patients and a control group with 65 patients, were prospectively and randomly studied for recovery of bowel motility. RESULTS: No significant difference was found between the two groups as to incidence of postoperative ileus (16.9% vs. 15.4%, P=0.081), the time to flatus (77.2+/-38.4 vs. 77.9+/-31.9 hours, P=0.90), the time to defecation (5.3+/-2.7 vs. 5.1+/-2.6 days, P=0.77), the time to resumption of meals (7.9+/-4.0 vs. 8.9+/-4.2 days, P=0.17), and the duration of hospital stay (16.4+/-7.8 vs. 17.9+/-11.5 days, P=0.39). CONSLUSIONS: Since no differences in the postoperative bowel motility were observed between the two groups, dexpanthenol is not recommended for general surgical use.
Acetylcholine ; Defecation ; Flatulence ; Humans ; Ileus ; Incidence ; Length of Stay ; Meals ; Pantothenic Acid ; Prospective Studies

BACKGROUND: Twenty-nail dystrophy (TND) is an acquired idiopathic disease characterized by dull, thin, lusterless, and fragile nails with fissuring, small regular pits, and excessive longitudinal ridging. Although various treatment modalities have been performed in order to treat TND, the effects of these treatments are controversial. OBJECTIVE: To evaluate the effectiveness of oral cyclosporine in TND. METHODS: A total of 38 patients with TND were treated with combination therapy using oral cyclosporine with a pantothenic acid complex-based dietary supplement (Pantogar®; Merz Pharmaceuticals GmbH, Germany), whereas 44 patients were treated with the pantothenic acid complex-based dietary supplement alone. The therapeutic efficacy in each group was retrospectively evaluated using medical records and clinical photographs. RESULTS: The cyclosporine therapy group had significantly more patients whose improvement was rated as almost clear, marked, or moderate compared to the control group (p<0.001). While the mean CHATS (Color, Hyperkeratosis, Area, Thickness, Separation) score of the cyclosporine therapy group was decreased by 13.45 (from 30.95 to 17.5) after treatment, the mean CHATS score of the control group was only decreased by 8 (from 29.43 to 21.43, p<0.001). Moreover, greater Dermatology Life Quality Index changes after treatment were observed in the cyclosporine therapy group (p=0.085). CONCLUSION: Oral cyclosporine can be a valuable therapeutic option in patients with TND.
Cyclosporine* ; Dermatology ; Dietary Supplements* ; Humans ; Medical Records ; Pantothenic Acid ; Quality of Life ; Retrospective Studies

pantothenic acid, sodium, animal iron, zinc, selenium, and cholesterol (negative trends), and carbohydrate rate, fiber, water-soluble fiber, vitamin K, vitamin C, and plant calcium (positive trends). Multivariate analysis revealed that animal fat, animal iron, and niacin (negative trends) and animal protein, fiber, and vitamin C (positive trends) were statistically significant. Pantothenic acid and sodium showed non-significant negative trends (P < 0.1), and vitamin B₁₂ showed a non-significant positive trend.CONCLUSION: This study provided a nutritional basis and extended the utility of ACFS, which is a bridgehead for future cancer-preventive clinical trials using ACFS.]]>
Animals ; Ascorbic Acid ; Asian Continental Ancestry Group ; Calcium ; Cholesterol ; Diet ; Humans ; Iron ; Multivariate Analysis ; Niacin ; Pantothenic Acid ; Plants ; Riboflavin ; Selenium ; Sodium ; Vegetarians ; Vitamin D ; Vitamin K ; Vitamins ; Zinc

This study examined the characteristics of the foodservice menu items offered at senior welfare centers to provide information on Korean senior menu development. A total of 514 lunch menu items were collected from 27 senior welfare centers in April, July, October and January. The most frequently served staple foods, soups, and side dishes were multi-grain rice, seaweed soup, Bulgogi, Kimchi, and liquid yogurt. The proportions of carbohydrate, protein, and lipids of total energy serving of senior welfare centers were 59.8%: 16.7%: and 22.8%, respectively. The nutrients served at less than 40% of the Recommended Nutrient Intake (RNI) and Adequate Intake (AI) of Dietary Reference Intakes for Koreans (KDRIs) were chloride (1.0%), vitamin D (1.3%), biotin (1.7%), magnessium (4.5%), Iodine (7.5%), pantothenic acid (8.0%), vitamin E (12.5%), vitamin B6 (20.0~21.4%), vitamin K (21.1~24.3%), and water (35.7~39.7%). The nutrients served in excess of the daily intake goal and RNI were iron (98.9~127.1%), sodium (104.9%), and copper (1,100.0%).
Aged* ; Biotin ; Copper ; Humans ; Iodine ; Iron ; Lunch ; Pantothenic Acid ; Recommended Dietary Allowances ; Seaweed ; Sodium ; Vitamin B 6 ; Vitamin D ; Vitamin E ; Vitamin K ; Vitamins ; Water ; Yogurt

Humans ; Male ; Minerals ; Miners ; Niacinamide ; Pantothenic Acid ; Recommended Dietary Allowances ; Testosterone ; United States Food and Drug Administration ; Vitamin B 12 ; Vitamin B 6 ; Vitamins ; Zinc

OBJECTIVETo study the effects of the panthenol-glutamine on intestinal damage and motor function of intestine in rats with burn injury as well as its dose-effect relationship.

METHODS(1) Experiment 1. Ninety SD rats were divided into groups A-I according to the random number table, with 10 rats in each group. Rats in groups A-I were inflicted with 30% TBSA full-thickness burn and fed by gavage with panthenol and glutamine at post injury hour (PIH) 4, in the whole dosage of 1.00 and 4, 0.50 and 4, 0.25 and 4, 1.00 and 2, 0.50 and 2, 0.25 and 2, 1.00 and 1, 0.50 and 1, 0.25 and 1 g·kg(-1)·d(-1). The feeding was carried out twice a day to achieve the total dosage in 7 days. On drug withdrawal day, blood and intestinal tissue were harvested to detect the intestinal propulsion index, diamine oxidase (DAO) activity in serum, and the content of acetylcholine and intestinal mucosa protein. The best proportion of panthenol and glutamine was screened. (2) Experiment 2. Seventy SD rats were divided into normal control (NC), burn (B), burn+panthenol (B+P), burn+glutamine (B+G), and burn+low, moderate, or high dose of panthenol-glutamine (B+LPG, B+MPG, B+HPG) groups according to the random number table, with 10 rats in each group. Rats in the latter 6 groups were inflicted with 30% TBSA full-thickness burn. Rats in the latter 5 groups were fed by gavage with panthenol and (or) glutamine at PIH 4. Rats in group B+P were fed with panthenol for 1 g·kg(-1)·d(-1), rats in group B+G with glutamine for 4 g·kg(-1)·d(-1), rats in groups B+LPG, B+MPG, and B+HPG with panthenol and glutamine in the dosage of 0.50 and 2, 1.00 and 4, 2.00 and 8 g·kg(-1)·d(-1). The feeding was carried out twice a day to achieve the total dosage for 7 days. The indexes and time point for observation were the same as those of experiment 1. Meanwhile, the pathological change in intestine was observed. The same process was carried out in the rats of group NC. Data were processed with factorial designed analysis of variance (ANOVA), one-way ANOVA and Fisher's exact probability test. LSD was applied for paired comparison.

RESULTS(1) The values of intestinal propulsion index and intestinal mucosa protein content in groups A and B were close (with P values all above 0.05), and were significantly higher than those of the other 7 groups (with P values all below 0.01). Content of acetylcholine in group A was significantly higher than that of the other 8 groups (with P values all below 0.01). DAO activity in groups A, D, and E was close in value (with P values all above 0.05), and all of the values were significantly lower than those of the other 6 groups (with P values all below 0.01). The best proportion of panthenol and glutamine was 1.00 and 4 g·kg(-1)·d(-1). (2) Compared with those of group NC, the intestinal propulsion index, the contents of acetylcholine and intestinal mucosa protein were decreased significantly, while the DAO activity obviously increased in group B (with P values all below 0.01); the intestinal propulsion index was decreased significantly in group B+P (P < 0.01); the intestinal propulsion index and content of acetylcholine were decreased significantly in group B+G (with P values all below 0.01); the intestinal propulsion index was decreased significantly in group B+LPG (P < 0.01); no obvious change was observed in groups B+MPG and B+HPG (with P values all above 0.05). Compared with those of group B [0.50 ± 0.07, (69 ± 10) µg/mL, (26 ± 11) µg/g, (0.672 ± 0.145) U/mL], the contents of acetylcholine and intestinal mucosa protein were increased significantly, DAO activity decreased significantly in group B+P (with P values all below 0.01); the contents of intestinal mucosa protein was increased significantly, DAO activity decreased significantly in group B+G (with P values all below 0.01); the contents of acetylcholine and intestinal mucosa protein were increased significantly in group B+LPG (with P values all below 0.01); the intestinal propulsion index, the contents of acetylcholine and intestinal mucosa protein were increased significantly, while the DAO activity obviously decreased in groups B+MPG and B+HPG [0.66 ± 0.07, 0.68 ± 0.05; (163 ± 24), (168 ± 15) µg/mL; (57 ± 7), (57 ± 7) µg/g; (0.203 ± 0.070), (0.193 ± 0.068) U/mL, with P values all below 0.01]. The levels of the four indexes in groups B+MPG and B+HPG were close or the same in values (with P values all above 0.05). Compared with those of group B, the numbers of rats with irregularly arranged villi in group B+P were decreased significantly (P < 0.05); the numbers of rats with villi decreased in height, irregularly arranged villi, and neutrophil infiltration in group B+G were decreased significantly (with P values all below 0.05); the numbers of rats with villi decreased in height, irregularly arranged villi, degeneration and necrosis of cells, and neutrophil infiltration in group B+LPG were decreased significantly (with P values all below 0.05); the numbers of rats with villi decreased in height and number, irregularly arranged villi, degeneration and necrosis of cells, and neutrophil infiltration in groups B+MPG and B+HPG were decreased significantly (with P values all below 0.05). There was no statistically significant difference between group B+HPG and group B+MPG for the former mentioned five indexes (with P values all above 0.05).

CONCLUSIONSCombined application of panthenol and glutamine can obviously reduce intestinal mucosa damage and promote gastrointestinal motility of rats with burn injury, and they show curative effect superior to exclusive use of either of the two drugs. The best proportion of panthenol and glutamine is 1.00 and 4 g·kg(-1)·d(-1).

Animals ; Burns ; physiopathology ; Dose-Response Relationship, Drug ; Female ; Gastrointestinal Motility ; drug effects ; Glutamine ; pharmacology ; Intestinal Mucosa ; drug effects ; Intestine, Small ; Intestines ; drug effects ; Male ; Pantothenic Acid ; analogs & derivatives ; pharmacology ; Rats ; Rats, Sprague-Dawley