Transplama membrane redox systems of plant cells

Authors

  • J. M. MOY
  • J. AGÜÍ

Abstract

Transplasmamembrane redox systems of plant cells participate in such fundamental

physiological processes as the control of auxin-induced growth, the reduction of Fe3+ to

Fe2+ befo re uptake into root cells and the synthesis of Iignin and antiseptic substances

involved in the plant defense against pathogens. The present study examines not only

these physiological roles, but also the relationship between electron transport and H+

excretion, as well as the regulation of redox activity by light, all of these aspects being

related to the activity and control of these enzymatic systems.

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References

ALCÁNTARA, E. and DE LA GUARDIA, M. D.: See Re! (1988), (14), pp. 410-41l.

APOSTOL, l., HEINSTEIN, P. F. and LOW, P. S.: Plant Physiol. (1989),90:109-116.

BARR, R.: Physiol. Planto (1988), 73:194-199.

BARR, R.: J. Bioenerg. Biomembr. (1991), 23:443-467.

BARR, R., SANDELIUS, A S., CRANE, F. L. and MORRÉ, D. J.: Biochem. Byophys.
Acta (1986), 852:254-26l.

BELL, A. A.: Ann. Rev. Plant Physiol. (1981), 32:21-81.

BIENFAlT, H. F.: J. Bioener. Biomembr. (1985), 14:191-205.

BIENFAlT, H. F.: J. Plant Nutr. (1988), 11:605-629.

BOWN, A W. and CRAWFORD, L. A: Physiol. Plant. (1988),73:170-174.

BRlGHTMAN, A O., BARR, R., CRANE, F. L. and MORRÉ, D. J.: Plant Physiol.
(1988), 86:1264-1269.

BRÜGGEMANN, W., MOOG, P. R., NAKAGAWA, H., JANIESCH, P. and KUIPER, P.
J. c.: Physiol. Plan!. (1990), 79:339-346.

BUCKHOUT, T. J., BELL, P. F., LUSTER, D. G. and CHANEY, R. L.: Plant Physiol.
(1989), 90: 151-156.

CRANE, F. L. and BARR, R.: Crit. Rev. Plant Sci. (1989), 8:273-307.

CRANE, F. L., MORRÉ, D. J. and LÓW, H., eds.: Plasma Menbrane Oxidoreductases
in Control 01 Animal and Plant Growth. Plenum Press. New York.

CRANE, F. L., MORRÉ, D. J. and LÓW, H., eds.: Oxidoreduction at the Plasma
Membrane: Relation to Growth and Transport (1990), vol. 2, CRC Press. Boca Ratón.
CRANE, F. L., SUN, 1. L., BARR, R. and LÓW, H.: J. Bioenerg. Biomembr. (1991),
23:773-803 .

CRANE, F. L., SUN, 1. L., CLARK, M. G., GREBING, C. and LOW, H. : Biochim.
Biophys. Acta (1985), 811:233-265.

CHANEY, R. L., BROWN, J. C. and TIFFIN, L. O.: Plant Physiol. (1972),50:208-213.

CHOSACK, E., RUBINSTEIN, D. and REINHOLD, L.: Plant Physiol. (1991),77:163-172.

GOLDBERG, R., LE, TH. and CATES SON, A. M.: J. Exp. Bot. (1985),36:503-510.

GUERN, J. and ULLRlCH-EBERIUS, C. (1988), see Ref. (14), p. 253.

HALLIWELL, B.: Planta (1978), 140:81.

HOLDEN, M. J., LUSTER, D. G., CHANEY, R. L., BUCKHOUT, T. J. and ROBINSON,
c.: Plant Physiol. (1991), 97:537-544.

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Published

1995-06-20

How to Cite

1.
MOY JM, AGÜÍ J. Transplama membrane redox systems of plant cells. Ars Pharm [Internet]. 1995 Jun. 20 [cited 2025 Jun. 21];36(2):199-205. Available from: https://revistaseug.ugr.es/index.php/ars/article/view/21905

Issue

Vol. 36 No. 2 (1995)

Section

Original Articles

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