bacteria
Erm the last time I checked "bacteria" are not plants, they are in fact a separate kingdom (about as separate as you can get). The most common model plant is Arabidopsis thaliana, but Antirrhinum are also commonly used.
J. Friend has written: 'Botany or molecular phytobiology?' -- subject(s): Botanical chemistry, Plant molecular biology, Plant physiology
Molecular biology is the study of how proteins and other molecules interact. Plant Molecular Biology studies this in plants. Each gene is a blueprint for a protein, and it is variation in genes that produces the differences between species, as well as inherited differences between individuals of the same species. So, by studying life at the molecular level we can gain new insights into nature of life. Plant molecular biology might include identifying and understanding useful proteins in one species that confer a trait such as disease or drought resistance, and introducing them into another species which you would like to have that trait. Alternatively, it might be useful for inventing a new weed killer that is specific to weed species, but does not kill the crop you are trying to protect.
To get questions about Botany and plant biology you can take Botany class or review Botany magazines or biology themed websites. Or you select only the section under Botany or Plant Biology.
plant biology
Plant kingdom
Mary A. Schuler has written: 'Methods in plant molecular biology' -- subject(s): Experiments, Plant molecular biology
Russell Malmberg has written: 'Molecular biology of plants' -- subject(s): Corn, Laboratory manuals, Molecular biology, Plant cell culture, Plant genetics, Plant molecular biology, Plant molecular genetics, Research, Tobacco
Hans-Walter Heldt has written: 'Plant biochemistry and molecular biology' -- subject(s): Botanical chemistry, Plant molecular biology
J. Friend has written: 'Botany or molecular phytobiology?' -- subject(s): Botanical chemistry, Plant molecular biology, Plant physiology
yes
Karen Harper has written: 'Recombinant antibodies' -- subject(s): Plant diseases, Plant immunology, Plant molecular biology, Recombinant antibodies
Molecular biology is the study of how proteins and other molecules interact. Plant Molecular Biology studies this in plants. Each gene is a blueprint for a protein, and it is variation in genes that produces the differences between species, as well as inherited differences between individuals of the same species. So, by studying life at the molecular level we can gain new insights into nature of life. Plant molecular biology might include identifying and understanding useful proteins in one species that confer a trait such as disease or drought resistance, and introducing them into another species which you would like to have that trait. Alternatively, it might be useful for inventing a new weed killer that is specific to weed species, but does not kill the crop you are trying to protect.
Sudhir K. Sopory has written: 'Signal transduction in plants' -- subject(s): Plant cellular signal transduction, Plant molecular biology
Mohammed Fazle Rabbi has written: 'Molecular analysis of the coxII intron and its evolution in higher plants' -- subject(s): Botany, Cytochrome oxidase, Plant molecular biology
Donald Albert Coult has written: 'The working plant' -- subject(s): Angiosperms, Plant anatomy, Plant physiology 'Molecules and cells' -- subject(s): Cytology, Molecular biology
Experiments on Plant Hybridization was created in 1865.
Blake C. Meyers has written: 'Plant microRNAs' -- subject(s): Plants, Genetics, Methods, Molecular Biology, Plant molecular genetics, Small interfering RNA, Research, Methodology, Small Interfering RNA, Laboratory Manuals, MicroRNAs