RESPIRATION RATE IN PLANTS
291
Gunsalus, I. C 1954. Oxidative and transfer reactions of lipoic acid. Federation
Proc. 13: 715-722.
Hackett, D. P. 1952. The osmotic change during auxin-induced water uptake by
potato tissue. Plant Physiol. 27: 279-284.
Hackett, D. P. 1955. Recent studies on plant mitochondria. Intern. Rev. Cytol.
4: 143-196.
Hackett, D. P. 1956a. Respiratory mechanisms in the flowers of skunk cabbage
(Symplocarpus foetidus).
Plant Physiol. *31: Suppl., p. xl.
Hackett, D. P. 1956b. Studies on the "Wound Respiration" of potato tuber
tissue. Plant Physiol. 31: Suppl., p. xl.
Hackett, D. P., and Schneiderman, H. A. 1953. Terminal oxidases and growth in
plant tissue. I. The terminal oxidase mediating growth of Avena coleoptile
and Pisum stem sections. Arch. Biochem. and Biophys. 47: 190-204.
Hackett, D. P., and Simon, E. W. 1954. Oxidative activity of particles prepared
from the spadix of Arum maculatum. Nature 173: 162-163.
Hackett, D. P., and Thimann, Κ. V. 1952a. The nature of the auxin-induced
water uptake by potato tissue. Am. J. Botany 39: 553-560.
Hackett, D. P., and Thimann, Κ. V. 1952b. The effect of auxin on growth and
respiration of artichoke tissue. Proc. Natl. Acad. Sei. U.S. 38: 770-775.
Hackett, D. P., and Thimann, Κ. V. 1953. The nature of the auxin-induced water
uptake by potato tissue. II. The relation between respiration and water
absorption. Am. J. Botany 40: 183-188.
Hackett, D. P., Schneiderman, Η. Α., and Thimann, Κ. V. 1953. Terminal oxidases and growth in plant tissues. II. The terminal oxidase mediating water
uptake by potato tissue. Arch. Biochem. and Biophys. 47: 205-214.
Hackney, F. Μ. V. 1944. IV. Studies on the metabolism of apples, with special
reference to the importance of oxygen supply. Proc. Linnean Soc. N. S. Wales
69: 91-107.
Hackney, F. Μ. V. 1949a. Studies on the metabolism of apples. VII. A study
of the polyphenolase system in apples. Proc. Linnean Soc. N. S. Wales 73:
439-454.
Hackney, F. Μ. V. 1949b. Studies on the metabolism of apples. VIII. Ascorbic acid oxidase in apples. Proc. Linnean Soc. N. S. Wales 73: 455-465.
Handley, R., and Overstreet, R. 1955. Respiration and salt absorption by excised
barley roots. Plant Physiol. 30: 418-426.
Hanly, V. F., Rowan, K. S., and Turner, J. S. 1952. Malonate and carrot root
respiration. Australian J. Set. Research B5: 64-95.
Hanson, J. B., and Bonner, J. 1954. The relationship between salt and water uptake in Jerusalem artichoke tuber tissue. Am. J. Botany 41: 702-710.
Hanson, J. B., and Bonner, J. 1955. The nature of the lag period in auxininduced water uptake. Am. J. Botany 42: 411-416.
Harrison, W. H., Boyer, P. D., and Falcone, A. B. 1955. The mechanism of
enzymic phosphate transfer reactions. /. Biol. Chem. 215: 303-317.
Honda, S. I. 1955. Succinoxidase and cytochrome oxidase in barley roots. Plant
Physiol. 30:402-410.
Honda, S. I. 1956. The salt respiration and phosphate contents of barley roots.
Plant Physiol. 31: 62-70.
Hopkins, E. F. 1927. Variation in sugar content in potato tubers caused by
wounding and its possible relation to respiration. Botan. Gaz. 84 : 75-88.
291
Gunsalus, I. C 1954. Oxidative and transfer reactions of lipoic acid. Federation
Proc. 13: 715-722.
Hackett, D. P. 1952. The osmotic change during auxin-induced water uptake by
potato tissue. Plant Physiol. 27: 279-284.
Hackett, D. P. 1955. Recent studies on plant mitochondria. Intern. Rev. Cytol.
4: 143-196.
Hackett, D. P. 1956a. Respiratory mechanisms in the flowers of skunk cabbage
(Symplocarpus foetidus).
Plant Physiol. *31: Suppl., p. xl.
Hackett, D. P. 1956b. Studies on the "Wound Respiration" of potato tuber
tissue. Plant Physiol. 31: Suppl., p. xl.
Hackett, D. P., and Schneiderman, H. A. 1953. Terminal oxidases and growth in
plant tissue. I. The terminal oxidase mediating growth of Avena coleoptile
and Pisum stem sections. Arch. Biochem. and Biophys. 47: 190-204.
Hackett, D. P., and Simon, E. W. 1954. Oxidative activity of particles prepared
from the spadix of Arum maculatum. Nature 173: 162-163.
Hackett, D. P., and Thimann, Κ. V. 1952a. The nature of the auxin-induced
water uptake by potato tissue. Am. J. Botany 39: 553-560.
Hackett, D. P., and Thimann, Κ. V. 1952b. The effect of auxin on growth and
respiration of artichoke tissue. Proc. Natl. Acad. Sei. U.S. 38: 770-775.
Hackett, D. P., and Thimann, Κ. V. 1953. The nature of the auxin-induced water
uptake by potato tissue. II. The relation between respiration and water
absorption. Am. J. Botany 40: 183-188.
Hackett, D. P., Schneiderman, Η. Α., and Thimann, Κ. V. 1953. Terminal oxidases and growth in plant tissues. II. The terminal oxidase mediating water
uptake by potato tissue. Arch. Biochem. and Biophys. 47: 205-214.
Hackney, F. Μ. V. 1944. IV. Studies on the metabolism of apples, with special
reference to the importance of oxygen supply. Proc. Linnean Soc. N. S. Wales
69: 91-107.
Hackney, F. Μ. V. 1949a. Studies on the metabolism of apples. VII. A study
of the polyphenolase system in apples. Proc. Linnean Soc. N. S. Wales 73:
439-454.
Hackney, F. Μ. V. 1949b. Studies on the metabolism of apples. VIII. Ascorbic acid oxidase in apples. Proc. Linnean Soc. N. S. Wales 73: 455-465.
Handley, R., and Overstreet, R. 1955. Respiration and salt absorption by excised
barley roots. Plant Physiol. 30: 418-426.
Hanly, V. F., Rowan, K. S., and Turner, J. S. 1952. Malonate and carrot root
respiration. Australian J. Set. Research B5: 64-95.
Hanson, J. B., and Bonner, J. 1954. The relationship between salt and water uptake in Jerusalem artichoke tuber tissue. Am. J. Botany 41: 702-710.
Hanson, J. B., and Bonner, J. 1955. The nature of the lag period in auxininduced water uptake. Am. J. Botany 42: 411-416.
Harrison, W. H., Boyer, P. D., and Falcone, A. B. 1955. The mechanism of
enzymic phosphate transfer reactions. /. Biol. Chem. 215: 303-317.
Honda, S. I. 1955. Succinoxidase and cytochrome oxidase in barley roots. Plant
Physiol. 30:402-410.
Honda, S. I. 1956. The salt respiration and phosphate contents of barley roots.
Plant Physiol. 31: 62-70.
Hopkins, E. F. 1927. Variation in sugar content in potato tubers caused by
wounding and its possible relation to respiration. Botan. Gaz. 84 : 75-88.