A collection of 75 putative mutants with alterations in leaf pigmentation was visually selected
from Arabidopsis thaliana plants (M2 generation) grown at 26° C from seeds treated with the …

Nuclear mutants affecting the production of chlorophyll synthesis are important in the study
of photosynthesis and its genetic control. The data presented in this paper refer to the results …

Leaf color mutants play an important role in our understanding of chlorophyll biosynthesis
and catabolism. In this study, we obtained a yellow-green leaf mutant hy in an ethyl …

A light-sensitive, conditional mutant of maize (Zea mays L.) is described. Under conditions
which lead to maximum expression of the mutation, the mesophyll chloroplasts are …

In common with many other higher plant species, Arabidopsis undergoes photosynthetic
acclimation, altering the composition of the photosynthetic apparatus in response to …

Six nuclear mutants of corn, six of soybean, and seven of cotton displayed low temperature-
induced virescence when grown in controlled environments. For the group of plants studied …

METHODS Normal plants of each of the three Rz progenies were removed to the field in
June, 1955. In the case of 226 YY, some homozygous recessives were planted at random …

A non-lethal chlorophyll deficient mutation was induced by use of the chemical mutagen
ethyl methanesulfonate. Chloroplasts from the control and mutant plants were found to be …

Radiation randomly induces chromosomal mutations in plants. However, it was recently
found that the frequency of flower-color mutants could be specifically increased by …

The mutation of a nuclear gene in peanut (Arachis hypogaea L.) plants results in a reduced
light-dependent development of chloroplast fine structure, soluble protein, ribulose-1, 5-diP …