PPT-Salvia pratensis L. as valuable source of phenolic compounds with promising antimicrobial

Nikola Srećković 1 Jelena S Katanić Stanković 2 Vladimir Mihailović 1 1 University of Kragujevac Faculty of Science Department of Chemistry Radoja Domanovića 12 34000 Kragujevac Serbia. properties. Nadine KARAKI. International . Conference. and Exhibition on . Biopolymers. and . Bioplastics. August 10-12,2015 San Francisco, . USA. Supervisors. : Lionel . Muniglia. , . Abdulhadi. . The Mean Hallucinogen . Salvia is a natural herb that is part of the mint family. It can be found growing wild and naturally in Southern Mexico- Oaxaca. It grows wild in the mountains there and is harvested by the natives there for the use of its “hallucinogenic powers”. properties. Nadine KARAKI. International . Conference. and Exhibition on . Biopolymers. and . Bioplastics. August 10-12,2015 San Francisco, . USA. Supervisors. : Lionel . Muniglia. , . Abdulhadi. . 1. Also Known A. s. Sally . D. Diviner's . sage. Magic mint. Simply . Salvia. 2. HISTORY. Salvia . Divinorum is native to certain areas of Mexico and has a long history of being use by the Mazatec Indians for ceremonial purposes.. Mosul University. / College . of Pharmacy. L.A. . Dilbreen. . Barzanji. Phenols and phenolic . glycosides. Phenols probably constitute the . largest. . group of plant secondary metabolites. .. Widespread in nature, and to be found in most classes of natural compounds having aromatic moieties, they range from simple structures with one aromatic ring to highly complex polymeric substances such as tannins and . A. nanas comosus . L.) VARIETY AT THREE STAGES OF RIPENING. Dexter F. . Pajarito. 1. *. , . Jeric. . C. . Villanueva. 2. , Antonio . C. Laurena. 2. , Roberta N. Garcia. 2. , Mary Ann O. Torio. 3. , and . extracts of . Cetrarioid. clade based on multivariate statistical analysis. Ureña-Vacas, I.M.. . a. , González-Burgos, E.. . a. , Gómez-Serranillos, M.P.. . a. . a. Department of Pharmacology, Pharmacognosy and Botanical, Faculty of Pharmacy, Universidad Complutense de Madrid, Plaza Ramon y Cajal s/n, . Krystyna Naumenko. 1*. , . Polina. Zaremba. 1. , . Svitlana. Zagorodnya. 1. , . Serhii. Siryi. 2. , . Yaroslav. . Borodkin. 2. , . Yurii. Shermolovych. 2. 1. Zabolotny Institute of Microbiology and Virology, National Academy of Sciences of Ukraine, Acad. . Greg Spaeth. Project Engineer,. Materials Engineering Laboratory. Plastics Engineering Company. Presented at 2013 SPE Thermoset Division TOPCON. Phenolic Resins. Phenolic resins are synthesized in a pressure vessel by repeatedly linking phenolic monomers with aldehyde chemicals. Kevin Oliver Almaraz, Brenda Carrasco, and Laura Rodriguez-Uribe. . Abstract. Round #1: Antibacterial activity . Conclusion. Round #2: Total phenolic compounds . Round #3: Antioxidant activity. Acknowledgments . Spirobolida. , . Rhinocricus. ) from the insular neotropics . Juan Enrique Tacoronte Morales . 1*. , Joseph Cruel Sigüenza . 1. , María Elizabeth . Canchingre. . Bone. . 1. , Carla Bernal. Villavicencio. 4-methylthieno[2,3-. d. ]pyrimidine and their 4-oxo analogues. Introduction. . Drug discovery of . antibacterials. is in a challenging situation for decades [1,2] regardless the great number of the possible targets known [3] not many new antibiotics appear [4] and they are still from the same legacy classes [5]. In recent years the research in . Dr.Baqer A. Al-Mayyahi. 1. Phenolic Resin. Introduction. Phenolic resins are obtained by the reaction of phenols with aldehydes. Both parent compounds, phenol and formaldehyde, are by far the most important components in commercial phenolic resin production .