What is Cassia Nomame Extract and Dimer Flavonoids? What is lipase inhibitor and Good lipase inhibitor?
Contents
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- Botanical Data of Cassia Nomame.
- Plant Description of Cassia Nomame.
- What is lipase inhibitor,Dimer Flavonoids from Cassia Nomame as Good lipase inhibitor.
- Difference and Similarity between Dimer Flavonoids of Cassia Nomame from other appetite suppressant.
- The Suppressing Effect of the Extract from Cassia nomame on Clastogenicity and Cytotoxicity of Mitomycin C in CHO Cells.
- Fashionable mixture for slim function.
- Research Update.
- Photo Gallery of Cassia nomame.
Research Update.:
1.Formula Case Example:Phytotoxicity of Phytolacca americana leaf extracts on the growth, and physiological response of Cassia mimosoides.
We examined the allelochemical effects of control soil, native soil (treated soil), and leaf extracts of Phytolacca americana (pokeweed) on the germination rate and seedling growth of Cassia mimosoides var. nomame. We also studied the resulting changes in root-tip ultrastructure and peroxidase isozyme biochemistry. P. americana leaf extract inhibited seed germination, seedling growth, and biomass when compared to control and treated soil. Root and shoot growth in treated soil was stimulated relative to control soil, but root growth was inhibited by 50% in the leaf extract treatment. Biomass of C. mimosoides seedlings grown on leaf extract was reduced sevenfold when compared to the control seedlings. The amounts of total phenolic compounds in the leaf extract, treated soil, and control soil were 0.77, 0.14, and 0.03 mg l(-1), respectively. The root tips of C. mimsoides treated with leaf extracts of P. americana showed amyloplasts and large central vacuoles with electron-dense deposits inside them when compared to control root tips. The activity of guaiacol peroxidase (GuPOX) in whole plant, roots, and shoots of C. mimosoides increased as leaf extract increased; maximum activity was observed in extract concentrations of 75% and higher. Root GuPOX activity was three times higher than in shoots.
Therefore, we conclude that inhibition of C. mimosoides growth is related to the phenolic compounds in the P. americana leaf extract and the ultrastructure changes in root-tip cells and increased GuPOX activity is a response to these allelochemicals.
2.Anti-clastogenic ingredients in Cassia nomame extract.:
The suppressing effect of the hot-water extract of Cassia nomame (Sieb.) HONDA was studied on the frequency of chromosomal aberrations in Chinese hamster ovary K1 (CHO-K1) cells. CHO-K1 cells were pretreated with 2.5 microM Mitomycin C (MMC) for 1 h and incubated with or without the extract in medium for 10-24 h. The frequency of chromosome aberrations in observed 100 metaphase cells was significantly lower with the extract than that without the extract. Moreover, the suppressing effect of the four fractions collected by high performance liquid chromatography (HPLC) was also examined on the same procedure. The frequency of cells with chromosome aberrations in cells cultured with each collected fraction was lower than in those without the extract. The suppressing effect of the collected fractions on chromosomal aberrations, however, was less than that of the total extract.
This result suggests that the ingredients which have the suppressing effect of chromosomal aberrations are also contained in the other fraction of the extract.
3.Nutraceutical resources for diabetes prevention--an update.:
There is considerable need for safe agents that can reduce risk for diabetes in at-risk subjects. Although certain drugs--including metformin, acarbose, and orlistat--have shown diabetes-preventive activity in large randomized studies, nutraceuticals have potential in this regard as well. Natural agents which slow carbohydrate absorption may mimic the protective effect of acarbose; these include: soluble fiber--most notably glucomannan; chlorogenic acid--likely responsible for reduction in diabetes risk associated with heavy coffee intake; and legume-derived alpha-amylase inhibitors. There does not appear to be a natural lipase inhibitor functionally equivalent to orlistat, although there are poorly documented claims for Cassia nomame extracts. Metformin's efficacy reflects activation of AMP-activated kinase; there is preliminary evidence that certain compounds in barley malt have similar activity, without the side effects associated with metformin. In supraphysiological concentrations, biotin directly activates soluble guanylate cyclase; this implies that, at some sufficient intake, biotin should exert effects on beta cells, the liver, and skeletal muscle that favor good glucose tolerance and maintenance of effective beta cell function. Good magnesium status is associated with reduced diabetes risk and superior insulin sensitivity in recent epidemiology; ample intakes of chromium picolinate appear to promote insulin sensitivity in many individuals and improve glycemic control in some diabetics; calcium/vitamin D may help preserve insulin sensitivity by preventing secondary hyperparathyroidism. Although conjugated linoleic acid--like thiazolidinediones, a PPAR-gamma agonist--has not aided insulin sensitivity in clinical trials, the natural rexinoid phytanic acid exerts thiazolidinedione-like effect in animals and cell cultures, and merits clinical examination.
Other natural agents with the potential to treat and possibly prevent diabetes include extracts of bitter melon and of cinnamon. Nutraceuticals featuring meaningful doses of combinations of these agents would likely have substantial diabetes-preventive efficacy, and presumably could be marketed legally as aids to good glucose tolerance and insulin sensitivity.
4.Blood-lipid depressant and victuals containing the same:
In a blood-lipid depressant for depressing a blood-lipid level, an effective component of the depressant is an extract extracted with an extracting solvent from a senna species (Cassia mimosoides L. var. nomame Makino). An effective component of the depressant is an extract obtained by fractionating via chromatographic methods an extract extracted with an extracting solvent from a senna species (Cassia mimosoides L. var. nomame Makino).
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5.Weight-loss drugs and supplements: are there safer alternatives?:
Med Hypotheses. 2002 Jan;58(1):28-33.
Obesity is a major cause of health complaints in western developed countries. Problems ranging from apnea to joint pain have been associated with excess weight. Many factors have been attributed to the epidemic of obesity including sedentary lifestyle, high-fat diets and consumption of large amounts of processed foods. Pharmacies and health-food store shelves abound with a vast selection of products promoted for weight-loss. Some of these have made headlines recently for the damaging effect they have on such things as cardiac valvular function. Unfortunately, others will probably follow and original data is presented on potentially dangerous natural products. Alternatives are presented and discussed below. These natural alternatives include such things as digestive enzyme inhibitors (e.g. L-arabinose, hibiscus tea, marine algae, Nomame Herba, etc), anorexics (e.g. monoterpenes such as d-limonene and perillyl alcohol), glucose-uptake inhibitors (e.g. phlorizin), and probiotics as adjuvants. These all-natural products are presented as some possible alternatives to those that could be potentially lethal and are not meant as the only options.
6.Anti-obesity effects of lipase inhibitor CT-II, an extract from edible herbs, Nomame Herba, on rats fed a high-fat diet.:
Int J Obes Relat Metab Disord. 2000 Jun;24(6):758-64.
OBJECTIVE: To investigate the inhibitory effects of CT-II, extract of Nomame Herba, on lipase activity in vitro and on obesity in rats fed a high-fat diet in vivo. DESIGN: The assay for the inhibitory effect of CT-II on lipase activity was performed by measuring released free fatty acids after the incubation of the medium with CT-II, porcine pancreatic lipase and triolein (experiment 1). In vivo experiments, lean rats or obese rats (570-718 g) were fed a high-fat diet containing 60% fat with or without CT-II for 8 weeks (experiment 2), for 14 days (experiment 3) or for 12 weeks (experiment 4), respectively. MEASUREMENT: The time course of body weight, food intake, organ weight (parametrial fat, liver, heart and kidney) and plasma parameters (triglyceride, total cholesterol, glucose, AST, ALT and insulin), fecal output of total fat and total cholesterol were measured. Hepatic histological examinations were also performed. RESULTS: CT-II inhibited the porcine lipase activity dose-dependently in vitro (experiment 1). Body and liver weight were reduced and hepatic histological examination showed an amelioration of fatty liver in CT II treated animals (experiment 2). CT-II significantly inhibited body weight gain and plasma triglyceride elevation in a dose-dependent manner, without affecting food intake in lean rats fed the high-fat diet. Elevated plasma AST and ALT were also decreased (experiment 3). When obese rats fed the high-fat diet were treated with CT-II for up to 6 months, body weight was initially reduced and thereafter weight gain was significantly suppressed. Total body fat was also significantly reduced and significant reduction of plasma AST and ALT was observed (experiment 4). CONCLUSIONS: These results demonstrated that the lipase inhibitor CT-II is effective in preventing and ameliorating obesity, fatty liver and hypertriglyceridemia in rats fed a high-fat diet.
7.Molecular separation of genera in Cassiinae (Leguminosae), and analysis of variation in the nodulating species of Chamaecrista.:
Mol Ecol. 1994 Oct;3(5):507-15.
Randomly Amplified Polymorphic DNA (RAPD) methods have been adapted for use as a phenetic tool on the legume tribe Cassiinae. RAPD-generated polymorphism within local populations was lower than between populations from different geographic regions, between species and genera. Examination of three Cassia species, 12 Chamaecrista species and 13 Senna species using eight primers showed the potential for separation of the nodulated/nitrogen fixing genus Chamaecrista from the previously congeneric groups Cassia and Senna. Similarly, RAPD analysis of two groups of nine Ch. rotundifolia and nine Ch. mimosoides samples using 11 primers has given separation according to both species and to geographical location. Analysis of a small sample of five Chamaecrista species from Brazil with eight primers gave separation consistent with known variations in nodule structure.
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8.Chemical basis of plant leaf movement.:
Plant Cell Physiol. 2007 Jul;48(7):900-7. Epub 2007 Jun 12.
Nyctinastic plants open and close leaves with a circadian rhythm. Here we discuss chemical aspects of the mechanism of nyctinastic leaf movement. Nyctinastic plants from five different genera are known to contain species-specific leaf-opening and leaf-closing factors. The relative concentrations of leaf-closing and leaf-opening factors of the nyctinastic plant Phyllanthus urinaria change circadianly, suggesting that nyctinastic movement is regulated by two classes of circadianly regulated factors with opposing functions. A closing and an opening factor of Albizzia, when linked to a fluorescent dye, both specifically labeled motor cells of pluvini. A membrane fraction of pluvini contains proteins of 210 and 180 kDa that bind to a leaf-opening factor of Cassia mimosoides. The molecular identification of these proteins is underway.
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- What is Cassia Nomame Extract and Dimer Flavonoids? What is lipase inhibitor and Good lipase inhibitor?
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