Molecular Insight in
Plant Biology
P. Nath: Plant Gene Expression Laboratory, National
Botanical Research Institute, Lucknow, India
A.K. Mattoo: USDA-ARS Vegetable Laboratory, Beltsville Agricultural
Research Center, Beltsville, Maryland, USA
S.A. Ranade: Plant Molecular Biology Division, National Botanical
Research Institute, Lucknow, India
Jacques-Henry Weil: Institute de Biologie Moléculaire des
Plantes, CNRS, Strasbourg, Cedex, France
ISBN 978-1-57808-187-5; 2003; 267 Pages; US $ 95.20
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This book provides not only an overview
in some of the most valuable areas, but also provides a stimulating and
serious reading for most plant biologists. The book will be of relevance to
specialists, researchers in these fields as well as serious students. It
contain 21 chapters, which are divided into three sections: Molecular
Biology and Biotechnology of Genomes; Molecular Biology and Biotechnology of
Hormonal and Chemical Signalling; and Molecular Biology and Biotechnology of
Transformed Plants.
MOLECULAR BIOLOGY AND BIOTECHNOLOGY OF GENOMES
. Import and editing of plant mitochondrial transfer RNAs:
Jacques-Henry
Weil et al.
. Mitochondrial genome: Rearrangements, RNA
editing and cytoplasmic male sterility in higher plants:
Aashish
Srivastava and
P. Nath . Transfer of wild abortive
cytoplasmic male sterility in rice through protoplast fusion:
H.S. Gupta
et al.
. Application of molecular sequence and DNA profiles for
taxonomy and phylogenetics of plants:
S.A. Ranade .
L-myo inositol 1-phoshate synthase: An ancient protein with diverse
function:
A.L. Majumdar et al.
. Regulation of
expression and engineering of genes for plastid:
A.K. Tyagi .
In vitro characterization of plastid NCII promotor element by using plastid
transcription extracts from tobacco BY-2 cultured cells:
S. Kapoor
et al.
. Photomorphogenic mutants of Arabidopsis display
partial plastid differentiation in dark and altered gene expression in young
seedlings:
J.P. Khurana et al.
. Function of the
chloroplast protein: Lesson from cyanobacteria:
P.R. Chitnis et al.
MOLECULAR BIOLOGY AND BIOTECHNOLOGY OF HORMONAL AND CHEMICAL
SIGNALLING
. Do polyamines and ethylene interact to regulate
plant growth, development and senescence?:
Tatiana Cassol and
A.K.
Mattoo . Ethylene and developmental regulation of gene
transcription in ripening tomato fruit:
Mondhere Bouzayen et al.
. Differential regulation of ACC synthase isozymes:
Hidemasa
Imaseki et al.
. Biotechnology of fruit ripening: Down
regulation of ACC oxidase gene expression in the melon:
Jean-Claude Pech
et al.
. Progress towards an understanding of the mechanisms
that regulate abscission:
Mark L. Tucker et al.
.
Ethylene and sugar signaling in plants: Do signal transduction cascades
intersect each other at any point?:
A. Sinha et al.
.
Fruit-fungal volatile compound interactions: Present understanding and
future prospects:
Nazir A. Mir et al.
MOLECULAR BIOLOGY
AND BIOTECHNOLOGY OF TRANSFORMED PLANTS
. Antisense mediated
nuclear male sterlity in Brassica crops:
P.L. Bhalla et al.
.
Transformation of a recalcitrant species: Sun flower--A case study:
Gunther
Hahne et al.
. Insecticidal transgenic plants: Making them
and making them behave:
C. Neal Stewart, Jr.
.
Molecular biology and biotechnology of grass pollen allergens:
M.B.
Singh et al.
. BWYV polymerase dependent extrachromosomal
mRNA amplification in transformed plant cells:
Robert-Matthias Leiser
et al.
