• Tidak ada hasil yang ditemukan

Directory UMM :Data Elmu:jurnal:B:Biochemical Systematics and Ecology:Vol28.Issue10.Dec2000:

N/A
N/A
Protected

Academic year: 2017

Membagikan "Directory UMM :Data Elmu:jurnal:B:Biochemical Systematics and Ecology:Vol28.Issue10.Dec2000:"

Copied!
14
0
0

Teks penuh

(1)

PII: S 0 3 0 5 - 1 9 7 8 ( 0 0 ) 0 0 0 7 8}8

Subject index

BIOCHEMICAL SYSTEMATICS AND ECOLOGY

INDEX TO VOLUME 28 (2000)

Abies species. . . 177

Acacia. . . 53

Acanthomorpha . . . 319

Acanthopterygii . . . 319

1-b-aceacevaltrate . . . 907

Acetogenins . . . 857

Acevaltrate . . . 907

Actiniaria . . . 737

Acyclic diterpene . . . 497

Acylated anthocyanins . . . 887

Acylinositols . . . 133

Agaricaceae . . . 89

Agathis. . . 563

Agazzino . . . 673

Agelas ceylonica. . . 1035

Agelasidae . . . 1035

AHD-valtrate . . . 907

Ajuga iva . . . 1023

Aldehyde . . . 813

Alkaloid . . . 189

Aloaceae . . . 1009

Allozyme . . . 651

Allozyme analysis . . . 721

Allozyme electrophoresis . . . 1

Allozyme variation . . . 15

Aloe . . . 825, 1009 Aloenin . . . 825, 1009 Aloeresin . . . 825

(!)-Amuronine . . . 795

Anacardiaceae . . . 915

Anal glands . . . 903

Anarcadiaceae . . . 79

Anethole . . . 143

Anisocoumarin H . . . 275

Annonaceae . . . 393, 483, 595 Anthemideae . . . 95

Anthopleura orientalis. . . 737

XIX

(2)

Anthozoa . . . 737

Antibacterial assay . . . 1035

Antifeedant . . . 299

Antioxidants . . . 551

Antirrhinoside . . . 949

Antirrhinum majus . . . 949

Anura . . . 721

Aporphines . . . 483

Araucaria. . . 563

Araucariaceae . . . 563

Arctictis binturong. . . 903

Arecaceae . . . 219

Arnica angustifolia. . . 133

ArnicaChemosystematics . . . 133

Aspen . . . 197

Aspleniaceae . . . 665

Asplenium fontanum. . . 665

Asplenium foreziense . . . 665

Asplenium incisum . . . 665

Asplenium obovatum . . . 665

Asteraceae . . . 133, 163, 261, 279, 283, 313, 421, 491, 591, 705, 707, 717, 809 Auranthine . . . 881

Australian tea tree oil . . . 367

Austria . . . 421

Avoidance of competition . . . 601

Bacteriostatic activity . . . 163

Baicalobathynella. . . 847

Ballota nigra. . . 1031

Barbaloin . . . 825

Barygenys . . . 721

Bathynella . . . 847

Benzodiazepines . . . 881

Benzylisoquinoline . . . 483

Bidens pilosa. . . 591

Bifurcaria bifurcata . . . 185

Bignoniaceae . . . 351, 803 Bignonieae . . . 351

Binturong . . . 903

Biochemical systematics . . . 1, 865 Bivalve mollusks . . . 209

Blechnaceae . . . 497

Boraginaceae . . . 911

Brassicaceae . . . 1

Bromopyrrole alkaloids . . . 1035

Brood galleries . . . 933

(3)

Bryonopsis laciniasa . . . 1039

Buddlejaceae . . . 45

Bufo woodhousii . . . 15

Buzonamine . . . 305

Buzonium crassipes . . . 305

C.erinacea . . . 283

C.erinacea subsp. hystrix . . . 283

C.incana C. . . 283

C.oppositifolia . . . 283

C.rosulata. . . 283

Cabraleone . . . 295

Ca!eine . . . 591

Ca!eoyl-methylate-4-b-D-glucoside . . . 395

Calendin . . . 799

Canthin-6-one . . . 275

Caprifoliaceae . . . 689

Carbon-13 NMR . . . 61

Carbon-nutrient balance . . . 839

Carbon/nutrient balance hypothesis . . . 923

Carboxylic acids . . . 903

Carnivorous plant . . . 193

Carotenoids . . . 443

b-caryophyllene . . . 143

Cedrelopsis grevei . . . 713

Cerastoderma edule . . . 209

Cercideae . . . 545

Cercis . . . 545

Cerotic acid . . . 53

Chapparinone . . . 183

Chauliognathus fallax . . . 313

Chelerythrine . . . 275

Chemical defence . . . 313

Chemosystematic signi"cance . . . 717

Chemosystematics . . . 255, 283, 515, 529, 915, 919 Chemotaxonomy . . . 45, 53, 91, 119, 163, 183, 185, 229, 287, 351, 433, 471, 483, 487, 545, 551, 591, 799, 805, 857, 881, 887, 907, 991, 1009, 1027, 1039 Chemotypes . . . 261, 367 Chrysolaena platensis . . . 707

Chuquiraga avellanedae . . . 283

Cirsilineol . . . 803

Cirsimaritin . . . 803

(#)-cis-sabinene hydrate . . . 697

(#)-cis-sabinene hydrate acetate . . . 697

Citrus reticulataBlanco . . . 61

Cladius. . . 857

(4)

Classi"cation . . . 501

Clausena heptaphylla. . . 91

Clausmarin A . . . 91

Clonal discrimination . . . 779

Clone . . . 383

Cneoraceae . . . 713

Cneorubin X . . . 713

Cneorum tricoccon. . . 713

Cneorum trimerum. . . 713

13C NMR . . . 79

Coleoptera . . . 313

Color morphs . . . 737

Compositae . . . 95, 591, 679 Conadroside . . . 45

Condensed tannins . . . 197, 619 Control region . . . 963

Cophixalus. . . 721

Cornoside . . . 45

Coula edulis. . . 489

p-Coumaric acid . . . 865

Coumarin A . . . 91

Coumarins . . . 287

Crassostrea gigas. . . 209

Crotepoxide . . . 595

Croton-avens. . . 795

Crustacea . . . 847

Ctenium aromaticumPanz. (Poaceae) . . . 1019

Ctenosquamata . . . 319

Cucurbiataceae . . . 1039

Cunoniaceae . . . 111

Cupressaceae . . . 149, 975 Cupressaceae . . . 515, 529 Cuticular hydrocarbons . . . 579

Cyanide . . . 219

Cyanidin 3-rutinoside . . . 887

Cyanidin 3-sophoroside . . . 887

Cyanogenesis . . . 219, 633, 689 Cyanogenic glucosides . . . 633

Cyrtacanthacridinae . . . 579

Cystoseira balearica. . . 185

Cystoseira brachycarpa. . . 185

Cytochrome b . . . 963

Cytoseiraceae . . . 185

Dammaranes . . . 295 Defensive secretion . . . 305, 857

(5)

Diavaltrate . . . 907

Didrovaltrate . . . 907

Di!erent defensive strategy . . . 399

14,15-dihydroajugapitin . . . 1023

Dihydrocornin . . . 907

Dihydroxy-phenylethanoid glycoside . . . 229

Diterpenes . . . 133

Diterpenoid . . . 299, 713 Diurnal variation . . . 949

DNA"ngerprinting . . . 149

DNA . . . 975

DNA polymorphisms . . . 515, 529 Drymophloeus . . . 219

Dypsis. . . 219

Dysoxylum muellerii . . . 295

E.glutinosa . . . 111

E.jinksii. . . 111

E.lucida. . . 111

E.milliganii. . . 111

E.moorei . . . 111

E.wilkiei . . . 111

Ecdysteroid . . . 403

Echium vulgare. . . 911

Ecology . . . 601, 633 Elderberry . . . 689

Electrophoresis . . . 651

Elevated CO 2. . . 839

Ellagitannins . . . 119

Ent-kauranes . . . 299

Enzyme electrophoresis . . . 737

Equisetaceae . . . 395

Equisetum myriochaetum . . . 395

ESR . . . 229

Essential oil . . . 79, 163, 975 Essential oil composition . . . 61, 143, 261 Essential oils . . . 149, 457, 471, 515, 529, 551, 563 Essential oil yield . . . 261

Euacanthopterygii . . . 319

Eucalyptus. . . 813

Eucalyptus camaldulensis . . . 383

Eucryphia cordifolia . . . 111

Eucryphiaceae . . . 111

Eudesmanolides . . . 95

Euglobal . . . 813

Euphorbiaceae . . . 795

(6)

External#avonoids . . . 399

External hydrocarbons . . . 399

F1 hybrids . . . 619

Fabaceae . . . 29, 53, 633 Fallopiasect.Fallopia . . . 433

Farinose exudates . . . 751

b-farnesene . . . 143

Fatty acids . . . 53

Ferulic acid . . . 865

Ficus. . . 291

Ficus pumilaL. . . 287

Flavones . . . 119, 803 Flavonoid . . . 805

Flavonoid aglycones . . . 111, 133, 255, 751 Flavonoid glycosides . . . 255

Flavonoid lactates . . . 1031

Flavonoid triglycosides . . . 1027

Flavonoids . . . 283, 287, 487, 545, 591, 673, 717, 779, 809, 915, 919, 991 Flavonols . . . 119

Floral anthocyanins . . . 887

French Guiana . . . 963

Furanopetasine . . . 421

Galapagos Islands . . . 579

Gas chromatograms (GC) . . . 383

GC . . . 61

GC-MS . . . 61, 457 GC/EI-MS . . . 491

GC/MS analysis . . . 133

Genetic distance . . . 29

Genetic divergence . . . 737

Genetic diversity . . . 651

Genetic variability . . . 779

Genetic variation . . . 197, 261, 737 Geographic distribution and variation . . . 367

Geographic distribution . . . 633

Geography . . . 679

Geraniaceae . . . 119

Geranium . . . 255

Germacranolides . . . 95

Germination inhibitors . . . 911

Gnetales . . . 865

Goniothalamin . . . 1039

Gonospermum canariense . . . 95

Grasshopper . . . 579

Growth-di!erentiation balance . . . 839

(7)

Guanidino compounds . . . 209

Gymnosperms . . . 865

H.uncinatus . . . 491

Halleridone . . . 905

Hallerone . . . 905

Halmenus . . . 579

Haplopappus foliosus. . . 491

HCN . . . 219

Headspace gas chromatography . . . 367

Heliantheae . . . 705

Helichrysum doer-eri . . . 163

Helichrysum heldreichii. . . 163

Helichrysum italicumsspmicrophyllum. . . 163

Helichrysum orientale . . . 163

Hemiptera . . . 313

Herbivore . . . 601

Hessian#y . . . 101

High-performance liquid chromatography}atmospheric pressure chemical ionization mass spectrometry . . . 847

Higher plants . . . 443

Hoslundin . . . 591

Host-plant selection . . . 601

Hybridization . . . 619

20-hydroxyecdysone . . . 403

Hydroxycinnamic acids . . . 865

Hymenoptera . . . 857

Infochemical . . . 601

Infraspeci"c variability . . . 457, 471 Insecticidal activity . . . 183

Inter-population di!erences . . . 923

Intraspeci"c variability . . . 79

Intraspeci"c variation . . . 197

Inuleae . . . 679

Iridoid glucoside . . . 949

Iridoids . . . 351

Irsinia spinulosa. . . 793

Isoa$nin . . . 1019

Isobutylamides . . . 1019

Isotussilagin . . . 705

Isozyme expression . . . 15

Isozyme polymorphism . . . 29

Ivain IV . . . 1023

Juniperus . . . 149, 515, 529, 975 Juniperus mucronataR.P. Adams . . . 149

Kaempferol 3-O-gentiobioside . . . 665

(8)

Kaempferol 3-O-gentiobioside-4@-O-glucoside . . . 665

Kaempferol-3,7-di-O-b-D-glucoside . . . 395

Kaempferol-3-O-sophoroside . . . 395

Kaempferol-3-O-sophoroside-4@-O-b-D-glucoside . . . 395

¸afoensia . . . 487

Lamiaceae . . . 229, 299, 457, 471, 551, 697, 991, 1023 ¸amyropsis cynaroides . . . 809

¸argus ru,pennis . . . 313

¸avandula . . . 991

Lavender . . . 991

Leaf and stem exudate . . . 111

Leaf#avonoids . . . 433

Leaves . . . 119, 825 Limonene . . . 305

Linamarase . . . 633

Linamarin . . . 633

Linear diterpenes . . . 185

Loliolide . . . 799

Lotaustralin . . . 633

¸unaria. . . 1

Luteolin-7-glucosyl-lactate . . . 1031

Luteolin-7-lactate . . . 1031

Lythraceae . . . 487

Macrocarpal . . . 813

Mandarin . . . 61

Marine organism . . . 793

Marsupial . . . 813

Maturation feeding . . . 933

Mayetiola. . . 101

Melaleuca alternifolia . . . 367

Melampodium divaricatum . . . 705

Meliaceae . . . 295

Meligethes . . . 1

4-methoxybenzaldehyde . . . 89

5-methoxycanthin-6-one . . . 275

Methylated 6-hydroxy#avonols . . . 679

Methylated#avonoids . . . 291

Microhylidae . . . 721

Miliusa velutina . . . 483

Millipede . . . 305

Mimosoideae . . . 53

Minquartynoic acid . . . 489

Miscellaneous compounds . . . 491

Mitochondria . . . 501

Molecular identi"cation . . . 101

(9)

Molecular systematics . . . 319

Monanthotaxis ca+ra. . . 595

Monoterpene . . . 923

Monoterpenes . . . 491, 933 Moraceae . . . 287, 291 Multivariate analysis . . . 471

Myricetin . . . 545

Myrtaceae . . . 383

Natural stereoisomers . . . 443

Neo-clerodanes . . . 1023

Neo-isotussilagin . . . 705

Neo-tussilagin . . . 705

Neochamaelea pulverulenta(synCneorum pulverulentum) . . . 713

Neoxanthin . . . 443

Nitidulidae . . . 1

Numbing agents . . . 1019

Nutrients . . . 839

Oak wilt . . . 933

1-octen-3-ol . . . 89

5-O-Methylhoslundin . . . 591

Oenothera species. . . 189

Olacaceae . . . 489

Onagraceae . . . 189

Ontogenetic cycle . . . 673

Optical isomers . . . 1035

Optimal foraging . . . 601

Orchidaceae . . . 651

Ordination . . . 111

Origanum majoranaL. . . 697

Origanum microphyllum(Bentham) Vogel . . . 697

Oxindole-3-acetic acid methylester . . . 189

P.gibbosa . . . 651

Palmae . . . 219

Paprazine . . . 495,

Papua New Guinea . . . 721

Paracanthopterygii . . . 319

Pathogenic fungi . . . 933

Peel and leaf oils . . . 61

Pelargonium . . . 119

Pellitorine . . . 1019

Peltanthera-oribunda. . . 45

Penicillium. . . 881

Peonidin 3-rutinoside . . . 887

Percomorpha . . . 319

Peripheral defense . . . 825

(10)

Petasine . . . 421

Petasites hybridus . . . 421

Peucedanum verticillare . . . 143

a-phellandrene . . . 143

Phenetic analysis . . . 111

Phenolics . . . 229

Phenolic acids . . . 865

Phenolic glycosides . . . 197, 619 Phenolic metabolites . . . 825

Phenolics . . . 551, 839 Phenyl propanoids . . . 491

Phenyl pyrone . . . 1009

Phloroglucinol . . . 813

Phyla nodi-ora. . . 905

Phylogenetic analysis . . . 319

Phylogeny . . . 501

Phytoecdysteroid . . . 403

Phytosterols . . . 497

Picea omorika. . . 177

Picea sitchensis. . . 177

Pinaceae . . . 177

Pinus caribaea . . . 923

Piperidine alkaloids . . . 177

Piptocarphins . . . 707

b-pinene . . . 305

Pistacia lentiscusL. . . 79

Pistacia . . . 915

Pitcher plant . . . 193

Plant-insect interactions . . . 197

Pleurotus ostreatus . . . 89

Pollen morphology . . . 229

Polyacetylene . . . 489

Polyamines . . . 209

Polygonaceae . . . 433, 805 Polygonum viscosum . . . 805

Polymorphism . . . 813

Polypremum procumbens . . . 45

Polyzoniida . . . 305

Polyzoniidae . . . 305

Population structure . . . 15

Population variability . . . 421

Populus tremuloides. . . 197

Predator avoidance . . . 601

Primary cell walls . . . 865

(11)

Priophorus. . . 857

Proanthocyanidin . . . 119, 1027 Proaporphinic alkaloids . . . 795

Proechimys . . . 963

Protein competition model . . . 839

Pseudotsuga menziesiivar.menziesii . . . 779

Ptaeroxylaceae . . . 713

Ptaeroxylon obliquum. . . 713

Pteridaceae . . . 751

Pulicaria dysenterica . . . 679

Pyracantha coccinea . . . 673

Pyrrolidineacetic acid . . . 705

Pyrrolizidine alkaloids . . . 279, 313, 421 Quassiasp. a!. bidwillii . . . 183

Quassinoid . . . 183

Quercetin 3-O-(6A-galloyl)-b-D-galactoside . . . 805

Quercetin . . . 805

Quercus . . . 933

RAPD analysis . . . 1

RAPDs . . . 149, 515, 529, 975 Receptor . . . 403

Rengyolone . . . 45

Resinous exudatis . . . 491

Rhamnus virgatus. . . 1027

16S ribosomal RNA . . . 501

Richenone . . . 295

Rollinia leptopetala . . . 393

Rosa . . . 887

Rosaceae . . . 673, 887 Rosmarinic acids . . . 551

Rosmarinic and Chlorogenic acid . . . 229

Ruditapes philippinarum . . . 209

Rutaceae . . . 61

Rutaceae . . . 91, 275 S.brevidens . . . 299

S.frugiperda . . . 299

S.gulendamii. . . 299

S.madrensis. . . 279

S.niveotomentosa. . . 299

S.prionopterus . . . 279

S.rubri-ora. . . 299

S.runcinatus . . . 279

Sabaudia . . . 991

Sabinene . . . 143

Salicaceae . . . 619

(12)

p-salicylic acid . . . 799

Salvia fruticosa . . . 551

Sambucus canadensis. . . 689

Sambunigrin . . . 689

Sarraceniaspp. . . 193

Sarraceniaceae . . . 193

Sarracenin . . . 193

Saw#y larvae . . . 857

Schistocerca. . . 579

Sclerotigenin . . . 881

Scolytus intricatus . . . 933

Scores matrix . . . 383

Scrophulariaceae . . . 799, 949 Seasonal variation . . . 949

Secondary products . . . 589

sect.Parogonum. . . 433

Seed lots . . . 383

Seeds . . . 53

Senecio brasiliensis . . . 313

Senecio cerberoanus. . . 399

Senecio polypodioides . . . 279

Senecio viscosissimus. . . 399

Senecioneae . . . 313

Senecionine . . . 421

Sequestration . . . 313

Sesquiterpene esters . . . 421

Sesquiterpene lactones . . . 95, 133, 707 Sesquiterpenes . . . 491, 923, 933 Sibling species . . . 101, 737 Sideritis akmanii. . . 299

Sideroxylonal . . . 813

Simaroubaceae . . . 183

Skimmianine . . . 275

Smegmamorpha . . . 319

Solanaceae . . . 403

Sorbitol . . . 45

Species identi"cation . . . 963

Sphenophryne . . . 721

Spinacea oleracea. . . 443

Spinach . . . 443

Spodoptera frugiperda. . . 1023

Spodoptera littoralis . . . 299, 1023 Sponge . . . 793

Statistical analysis . . . 61, 79 Sterols . . . 287

(13)

Sterones . . . 911

Sticta . . . 589

Straight-chain hydrocarbons . . . 491

Surface#avonoids . . . 119, 679 Synthetic E/Z and (6R)/(6S)-stereoisomers . . . 443

Syntopy . . . 963

Systematics . . . 149, 177, 975 ¹agetes minuta . . . 261

¹agetes stenophylla . . . 717

Taxonomic markers . . . 905

Tecomeae . . . 351

¹ecomella undulata . . . 803

Temporal variation . . . 197

Tenthredinidae . . . 857

Tephritidae . . . 501

Terpenes . . . 149, 163, 515, 529, 563, 975 Terpenoids . . . 287, 495, 495, 589, 751 ¹etrachondra hamiltonii . . . 45

Tetrachondraceae . . . 45

Tetrahydrojatrorrhizine . . . 393

Tetrahydroprotoberberine alkaloids . . . 393

¹hymus lotocephalus . . . 457

¹hymus villosussubsp.lusitanicus . . . 471

¹hymus villosussubsp.villosus . . . 471

¹hymus]mourae . . . 457

Toothache grass . . . 1019

¹rans-avicennin . . . 275

¹rans-avicennol . . . 275

(#)-trans-sabinene hydrate . . . 697

Trema micrantha . . . 495

¹richiocampus . . . 857

¹rifolium occidentale. . . 633

¹rifolium repens . . . 633

Triterpenes . . . 497

Tritrophic interactions . . . 601

Trypetina . . . 501

Trypetini . . . 501

Tryptophol . . . 793

Tussilagin . . . 705

Tyrosol . . . 799

Ulmaceae . . . 495

Umbelliferae . . . 143

Usnic acid . . . 589

UV Fluorescence Microscopy . . . 865

Vacuum distillation . . . 383

(14)

Valepotriates . . . 907

<aleriana . . . 907

Valtrate . . . 907

Vanillic acid . . . 799

Variation . . . 689

Ventral glands . . . 857

Verbacoside . . . 45

<erbena . . . 919

Verbenaceae . . . 229, 919 Vernonieae . . . 707

Vernoniinae . . . 707

<eronica persica . . . 799

Very long chain polyunsaturated fatty acids . . . 847

<igna frutescens . . . 29

<igna membranacea. . . 29

Vitexin . . . 495

Viverridae . . . 903

Weeds . . . 911

Willows . . . 619

Withanolide . . . 403

=ollemia nobilis . . . 563

=oodwardia radicans . . . 497

Referensi

Dokumen terkait

Two chemical methods for characterization of micro organisms were compared: phospholipid ester-linked fatty acid (PLFA) analysis by gas chromatography/mass spectrometry, and

XVIII

proportion of the species of the genus for the presence or absence of these and other #avonoids, and also studied representatives of Sabaudia in the hope that #avonoid pro&#34;les

Laboratoire de Pharmacognosie, Faculte &amp; des Sciences Pharmaceutiques et Biologiques, Uni v ersite de Lille 2, BP 83, 59006 Lille Cedex, France1. &#34; Laboratoire

The possible taxonomic relationships between aloenin producing species, not previously thought to be associated with one another are discussed and illustrates the need to

As the average intra-speci &#34; c divergence is much lower than the one estimated between the two species (Tables 1 and 2), we developed species-speci &#34; c primers amplifying

Indeed, the nutritional quality of Uverito soils is inferior compared to that of Sartenejas soils (Table 2), and the total content of the most volatile fraction of the essential

erent phases of the oak development (outer and inner bark, unopened buds, young developing leaves, and blossoms), and (b) volatiles released from oak twigs and branches during