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232 results for “Phytochemicals”
Figure 2 from: Angelina M, Mardhiyah A, Dewi RT, Fajriah S, Muthiah N, Ekapratiwi Y, Dewijanti ID, Sukirno, Jamilah, Hartati S (2021) Physicochemical and phytochemical standardization, and antibacterial evaluation of Cassia alata leaves from different locations in Indonesia. Pharmacia 68(4): 947-956. https://doi.org/10.3897/pharmacia.68.e76835
Figure 2 (A–D) The organoleptic profiles of C. alata simplicia. A: Bogor; B: Bogor Botanical Garden; C: South Tangerang; D: Kalimantan. It had rough shape with a brownish green color. (E, F) The organoleptic profiles of C. alata ethanol extract. E: Bogor; F: Bogor Botanical Garden; G: South Tangerang; H: Kalimantan. It was thick and brownish black in color.
Figure 2 in Phytochemical and biological attributes of Bauhinia variegata L. (Caesalpiniaceae)
Figure 2. Free radical scavenging activity (FRSA) of free radical in different extracts. Ascorbic acid used as standard drug with an IC50 21.8 ± 0.28 µg/mL. All results are shown in triplicate as mean ± SD. nH = n-hexane; EA = ethyl acetate; MeOH = methanol; DW = distilled water; IC50 = concentration for 50% inhibition; (S) = stem; (L) = leaf; (F) = flower; (B) = bark; (R) = root.
Figure 2 in Phytochemical screening and evaluation of antioxidant, total phenolic and flavonoid contents in various weed plants associated with wheat crops
Figure 2. Reducing power assay for Convolvulus arvensis, Chenopodium murale, Avena fatua, Phalaris minor extracts in different solvents.
Dataset for: Hepatoenteric recycling is a new disposition mechanism for orally administered phenolic drugs and phytochemicals in rats
<p><span>Many orally administered phenolic drugs undergo enterohepatic recycling (EHR), presumably mediated by the hepatic phase II enzymes. However, the disposition of extrahepatically generated phase II metabolites is unclear. This paper aims to determine the new roles of liver and intestine in the disposition of oral phenolics. 16 representative were tested using direct portal vein infusion and/or intestinal perfusion. The results showed that certain glucuronides were efficiently recycled by liver. OATP1B1/1B3/2B1 were the responsible uptake transporters. Hepatic uptake is the rate-limiting step in hepatic recycling. Our findings showed that the disposition of many oral phenolics is mediated by intestinal glucuronidation and hepatic recycling.<b> </b>A new disposition mechanism "Hepatoenteric Recycling (HER)", where intestine is the metabolic organ and liver is the recycling organ, was revealed. Further investigations focusing on HER should help interpret how intestinal aliments or co-administered drugs that alter gut enzymes (e.g., UGTs) expression/activities will impact the disposition of phenolics. </span></p>
Phytochemicals, Proximate Composition, Minerals and Volatile Oil Analysis of Zanthoxylum acanthopodium DC. Fruits
<p>The dataset of ‘Phytochemicals, Proximate Composition, Minerals and Volatile Oil Analysis of <em>Zanthoxylum acanthopodium</em> DC. Fruits’</p>
Phytochemical analysis of antibacterial components in crude saps extracted from several medicinal plants
<p>raw data</p>
Fig. 1 in Mechanisms of action for the anti-obesogenic activities of phytochemicals
Fig. 1. Major causes of obesity and associated complications.
Fig. 4 in Guaiane-rich phytochemical profile of Centaurea kotschyi subsp. persica (Boiss.) Wagenitz and identification of hypoglycaemic metabolites
Fig. 4. Chemical conversions for determination of absolute configuration of kotschyol A (7).
Fig. 2 in Phytochemical and biological diversity of triterpenoid saponins from family Sapotaceae: A comprehensive review
Fig. 2. (continued).
Fig. 2 in Phytochemical and biological diversity of triterpenoid saponins from family Sapotaceae: A comprehensive review
Fig. 2. (continued).
Fig. 2 in Phytochemical and biological diversity of triterpenoid saponins from family Sapotaceae: A comprehensive review
Fig. 2. Triterpenoid saponins isolated from family Sapotaceae.
Fig. 3 in Euphorbia helioscopia L.: A phytochemical and pharmacological overview
Fig. 3. Graphical summary of pharmacological properties of E. helioscopia.
Fig. 2 in Euphorbia helioscopia L.: A phytochemical and pharmacological overview
Fig. 2. (continued).
Fig. 2 in Euphorbia helioscopia L.: A phytochemical and pharmacological overview
Fig. 2. Chemical structures of terpenoids and flavonoids.
Fig. 2 in Euphorbia helioscopia L.: A phytochemical and pharmacological overview
Fig. 2. (continued).
Fig. 4. A in Euphorbia helioscopia L.: A phytochemical and pharmacological overview
Fig. 4. A schematic representation of the main molecular mechanisms of E. helioscopia.
Fig. 3 in Iranian Salvia species: A phytochemical and pharmacological update
Fig. 3. (continued).
Fig. 3 in Iranian Salvia species: A phytochemical and pharmacological update
Fig. 3. (continued).
Fig. 5 in Iranian Salvia species: A phytochemical and pharmacological update
Fig. 5. (continued).
Fig. 2 in Iranian Salvia species: A phytochemical and pharmacological update
Fig. 2. The structures of sesquiterpenoids isolated from Iranian Salvia species.
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Allen Brain Atlas
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International Brain Laboratory public data
The International Brain Laboratory public data releases expose standardized mouse decision-making experiments, including Neuropixels recordings, widefield calcium imaging, behavior, and session metadata accessed through the ONE API.
OpenNeuro
OpenNeuro is a free, open platform for sharing neuroimaging datasets, with public search, dataset pages, and download paths for web, S3, DataLad, and the OpenNeuro CLI.