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Results 1 to 25 of 180

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High frequency plant regeneration through adventitious multiple shoot organogenesis in epicotyl explants of Indian gooseberry (Emblica officinalis Gaertn)NAYAK, P; BEHERA, P. R; THIRUNAVOUKKARASU, M et al.Scientia horticulturae. 2010, Vol 123, Num 4, pp 473-478, issn 0304-4238, 6 p.Article

Ontogenèse des canaux sécréteurs d'origine primaire dans la jeune plante de Pinus pinaster = Ontogenesis of the primary resin ducts in Pinus pinaster seedlingCHARON, J; VINDT-BALGUERIE, E; LAUNAY, J et al.Canadian journal of botany. 1990, Vol 68, Num 10, pp 2119-2126, issn 0008-4026, 8 p.Article

Preferential regeneration of the NADPH: protochlorophyllide oxidoreductase oligomer complexes in pea epicotyls after bleachingSZENZENSTEIN, Andrea; KOSA, Annamária; SOLYMOSI, Katalin et al.Physiologia Plantarum (København. 1948). 2010, Vol 138, Num 1, pp 102-112, issn 0031-9317, 11 p.Article

PHYTOCHROME INTERMEDIATES IN VIVO. IV: KINETICS OF PFR EMERGENCESPRUIT CJP.1982; PHOTOCHEM. PHOTOBIOL.; ISSN 0031-8655; GBR; DA. 1982; VOL. 35; NO 1; PP. 117-121; BIBL. 21 REF.Article

VLIV DEKAPITACE KORENU U MLADYCH ROSTLIN HRACHU SETEHO (PISUM SATIVUM L.) NA HLADINU ENDOGENNICH GIBERELINU V EPIKOTYLECH TECHTO ROSTLIN = EFFET DE LA DECAPITATION DES RACINES DES PLANTULES DE PISUM SATIVUM SUR LE NIVEAU DES GIBBERELLINES ENDOGENES DANS L'EPICOTYLE DE CES PLANTULESKREJCI J.1981; ACTA UNIV. AGRIC., FAC. AGRON.; CSK; DA. 1981; VOL. 29; NO 3-4; PP. 25-29; BIBL. 9 REF.Article

High frequency direct organogenesis and evaluation of genetic stability for in vitro regenerated Pongamia pinnata, a valuable biodiesel plantKESARI, Vigya; AADI MOOLAM RAMESH; RANGAN, Latha et al.Biomass & bioenergy. 2012, Vol 44, pp 23-32, issn 0961-9534, 10 p.Article

SOLUBLE FACTORS IN PISUM EXTRACTS WHICH MODERATE PISUM BETA -GLYCAN SYNTHETASE ACTIVITYHAI YEN CHOA; MACLACHLAN GA.1978; PLANT PHYSIOL.; USA; DA. 1978; VOL. 61; NO 6; PP. 943-948; BIBL. 25 REF.Article

TISSUE SLICE AND PARTICULATE BETA -GLUCAN SYNTHETASE ACTIVITIES FROM PISUM EPICOTYLSRAYMOND Y; FINCHER GB; MACLACHLAN GA et al.1978; PLANT PHYSIOL.; USA; DA. 1978; VOL. 61; NO 6; PP. 938-942; BIBL. 27 REF.Article

Agrobacterium tumefaciens-mediated transformation of Swingle citrumelo (Citrus paradisi Macf. x Poncirus trifoliata L. Raf.) using thin epicotyl sectionsMOLINARI, H. B. C; BESPALHOK, J. C; KOBAYASHI, A. K et al.Scientia horticulturae. 2004, Vol 99, Num 3-4, pp 379-385, issn 0304-4238, 7 p.Article

Identification and characterization of linoleic acid as an endogenous modulator of in vitro N-1-naphthylphthalamic acid bindingSUTTLE, J. C.Plant physiology (Bethesda). 1997, Vol 113, Num 2, pp 519-525, issn 0032-0889Article

Phospholipids and polypeptides in the outer membrane of maize mitochondriaGUILLOT-SALOMON, T; REMY, R; CANTREL, C et al.Phytochemistry. 1997, Vol 44, Num 1, pp 29-34, issn 0031-9422Article

Induction and ionic basis of slow wave potentials in seedlings of Pisum sativum LSTAHLBERG, R; COSGROVE, D. J.Planta. 1996, Vol 200, Num 4, pp 416-425, issn 0032-0935Article

AUXIN-INDUCED CHANGES IN THE CELL WALL XYLOGLUCANS: EFFECTS OF AUXIN ON THE TWO DIFFERENT SUBFRACTIONS OF XYLOGLUCANS IN THE EPICOTYL CELL WALL OF VIGNA ANGULARISNISHITANI K; MASUDA Y.1983; PLANT AND CELL PHYSIOLOGY; ISSN 0032-0781; JPN; DA. 1983; VOL. 24; NO 3; PP. 345-355; BIBL. 1 P.Article

Reactive oxygen species from type-I photosensitized reactions contribute to the light-induced wilting of dark-grown pea (Pisum sativum) epicotylsHIDEG, Eva; VITANYI, Beáta; KOSA, Annamária et al.Physiologia Plantarum (København. 1948). 2010, Vol 138, Num 4, pp 485-492, issn 0031-9317, 8 p.Article

Transport, degradation and cell wall-integration of XXFGol, a growth-regulating nonasaccharide of xyloglucan, in pea stemsWARNECK, H. M; FULTON, D. C; SEITZ, H. U et al.Planta. 1998, Vol 204, Num 1, pp 78-85, issn 0032-0935Article

Modulation of poly(a)polymerase by cAMP in Cicer arietinumPRAVEEN, S; SWARUP, K; PRAKASH, S et al.Phytochemistry. 1997, Vol 45, Num 3, pp 459-463, issn 0031-9422Article

The Casparian strip in pea epicotyls : effects of light on its developmentKARAHARA, I; SHIBAOKA, H.Planta. 1994, Vol 192, Num 2, pp 269-275, issn 0032-0935Article

Physiological asymmetry in etiolated pea epicotyls : relation to patterns of auxin distribution and phototropic behaviorKUHN, H; GALSTON, A. W.Photochemistry and photobiology. 1992, Vol 55, Num 2, pp 313-318, issn 0031-8655Article

Variations of cell wall peroxidases in epicotyls of Cicer arietinum during growthVALERO, P; NICOLAS, G; LABRADOR, E et al.Plant science (Limerick). 1991, Vol 74, Num 2, pp 171-178, issn 0168-9452Article

The effect of ethylene on GTP binding in extracts from pea epicotylsNOVIKOVA, G; MOSHKOV, I; SMITH, A. R et al.Planta. 1997, Vol 201, Num 1, pp 1-8, issn 0032-0935Article

Xyloglucan galactosyl- and fucosyltransferase activities from pea epicotyl microsomesFAÏK, A; CHILESHE, C; STERLING, J et al.Plant physiology (Bethesda). 1997, Vol 114, Num 1, pp 245-254, issn 0032-0889Article

A possible double role for brassinolide in the reorientation of cortical microtubules in the epidermal cells of azuki bean epicotylsMAYUMI, K; SHIBAOKA, H.Plant and cell physiology. 1995, Vol 36, Num 1, pp 173-181, issn 0032-0781Article

Partial purification of gibberellin-binding proteins from dwarf peaZIN-HUANG LIU; MANG-JYE GER.Plant physiology and biochemistry (Paris). 1995, Vol 33, Num 6, pp 675-681, issn 0981-9428Article

Partially N-deacetylated chitin fragments are strong elicitors for (+)-pisatin induction in epicotyls of peaKOBAYASHI, A; AKIYAMA, K; KAWAZU, K et al.Zeitschrift für Naturforschung. C. A journal of biosciences. 1994, Vol 49, Num 5-6, pp 302-308, issn 0939-5075Article

Regulatory role of iron and EDTA in the shoot development from the epicotyl explants of Syzygium cuminiiJAIN, Neeru; BABBAR, Shashi B.Journal of plant physiology. 2003, Vol 160, Num 5, pp 569-572, issn 0176-1617, 4 p.Article

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