| caffeic glycoside esters from jasminum nudiflorum and some related species. | poliumoside, forsythoside b, echinacoside and arenarioside, caffeic glycoside esters, were isolated from several species of oleaceae. the poliumoside/forsythoside ratio distinguishes jasminum nudiflorum from j. mesnyi. arenarioside and forsythoside b act in forsythia species as good hybridization markers. | 1992 | 1368040 |
| three secoiridoid glucosides from jasminum nudiflorum. | phytochemical study of the leaves and stems of jasminum nudiflorum has led to the isolation of three secoiridoid glucosides, jasnudiflosides a-c (1-3). the structures of these compounds were elucidated on the basis of chemical and spectroscopic evidence. | 1999 | 10514322 |
| five secoiridoid glucosides esterified with a cyclopentanoid monoterpene unit from jasminum nudiflorum. | phytochemical study of the stems of jasminum nudiflorum has led to the isolation of five new secoiridoid glucosides, jasnudiflosides d (1) and e (2) and nudiflosides a-c (3-5). the structures of these compounds were elucidated on the basis of chemical and spectroscopic evidence. | 2000 | 10959587 |
| nine new secoiridoid glucosides from jasminum nudiflorum. | phytochemical study of the leaves of jasminum nudiflorum has led to the isolation of nine new secoiridoid glucosides, jasnudiflosides f-l (1-7), nudifloside d (8) and isooleoacteoside (9). the structures of these compounds were elucidated on the basis of chemical and spectroscopic evidence. | 2002 | 11911203 |
| gene relocations within chloroplast genomes of jasminum and menodora (oleaceae) are due to multiple, overlapping inversions. | the chloroplast (cp) dna sequence of jasminum nudiflorum (oleaceae-jasmineae) is completed and compared with the large single-copy region sequences from 6 related species. the cp genomes of the tribe jasmineae (jasminum and menodora) show several distinctive rearrangements, including inversions, gene duplications, insertions, inverted repeat expansions, and gene and intron losses. the ycf4-psai region in jasminum section primulina was relocated as a result of 2 overlapping inversions of 21,169 a ... | 2007 | 17329229 |
| host specificity of argopistes tsekooni (coleoptera: chrysomelidae), a potential biological control agent of chinese privet. | chinese privet, ligustrum sinense lour., is a perennial semi-evergreen shrub that is a serious invasive weed in the united states. classical biological control offers the best hope for controlling it in an economic, effective, and persistent way. host specificity of one of the most promising biological control agents of chinese privet, a flea beetle, argopistes tsekooni chen (coleoptera: chrysomelidae), was evaluated in china by using laboratory no-choice and choice tests on 13 species of oleace ... | 2008 | 18767722 |