Joe's early implementation of molecular techniques to study auxin - regulated gene transcription and heat shock — regulated protein synthesis laid a foundation for the field
of plant molecular biology.
Not exact matches
The dizzying advances in
molecular biology blur the former distinctions between man, animal,
plant and mineral; and the recent «reductions»
of mind to brain are fruits
of the methodological imperative to explain the animate and mental in terms
of the inanimate and the unconscious.
The amazing advances in
molecular biology blur the traditional hierarchical distinctions between man, animal,
plant and mineral; and the neurophysiological «explanation»
of human consciousness in terms
of the components and machinations
of the brain even more dramatically illustrates how pure «matter» has assumed dominance in any attempt to make sense
of our universe and its manifestations.
In the branch
of this revolution devoted to rice, the International Rice Research Institute (IRRI) and its collaborators in the Global Rice Science Partnership (GRiSP)-- the CGIAR's Research Program on Rice — are already tapping into other ongoing revolutions in genetics,
molecular biology, and
plant physiology.
Because many first - generation graduates come from less affluent families, such socioeconomic differences are common, says Rebecca Lamb, assistant professor
of plant cellular and
molecular biology at Ohio State University in Columbus and a first - generation college grad.
Mangahas studied
plant biology and botany during his undergraduate years at the University
of Washington, Seattle, as well as
molecular biology.
Realising that he wouldn't be able to advance his career without knowledge
of molecular biology, he took up a position at the
Plant Breeding Institute (PBI) in Cambridge in 1985.
The intriguing thing to me about working in agricultural biotechnology at this moment is watching how a multitude
of subdisciplines such as
plant physiology, biochemistry, genetics,
molecular biology, bioinformatics, and
molecular and conventional breeding are blending into one big continuum where the lines begin to blur.
Moving from biochemistry to
molecular biology, Palatnik started investigating the role
of microRNAs — tiny RNA molecules that are important in gene regulation in most life forms — in the development
of the
plant Arabidopsis.
The high induction
of that protein suggested to scientists that it could be playing an important biological role, said Elton Gonçalves, a former UF / IFAS doctoral student in the
plant molecular and cellular
biology program.
After doing a PhD in
plant molecular biology at the John Innes Institute in Norwich, I had my first taste
of international research as a postdoc in the Centre National de Recherche Agronomique in Versailles, France.
Using the tools
of molecular biology, another task that lies ahead in this research field is to clarify the principles
of pathogen removal in
planted soil filters.
A biologist, Schaal was among the first
plant scientists to use
molecular biology - based approaches to understand evolutionary processes in
plants and she has worked to advance understanding
of plants»
molecular systems and population genetics.
«Gastrointestinal diseases are a major cause
of mortality in wild and captive pandas but scientists understand very little about their digestive process,» says co-author Ashli Brown Johnson, state chemist and Mississippi State University associate professor
of biochemistry,
molecular biology, entomology and
plant pathology.
«My main goal is for [the students] to have an appreciation and better understanding
of plants and
of biology in general,» says Moctezuma, who joined the Department
of Cell
Biology and
Molecular Genetics at the University
of Maryland, College Park, in 2003 as an instructor.
I had this vague, naive notion that if we could genetically improve
plants with the new tools
of molecular biology, we would find a way to make biotechnology relevant to agriculture.
«By manipulating photoprotection in
plants, it may be possible to improve the efficiency
of photosynthesis, and one potential outgrowth
of that is higher crop productivity,» said Krishna Niyogi, a faculty scientist in Berkeley Lab's Division
of Molecular Biophysics and Integrative Bioimaging and a UC Berkeley professor
of plant and microbial
biology.
Such challenges, she said, must be addressed using the entire toolbox
of methods, including genomics, cellular and
molecular biology, traditional
plant breeding, and genetic modification.
«We've created a genetic combination that no one has ever made before,» said
plant scientist Gregg Howe, MSU Foundation professor
of biochemistry and
molecular biology, who led the study.
«We make a science - based risk assessment [
of a product], and if it's safe we use it and if it's unsafe, we don't,» Stefan Jansson, a professor
of plant cell and molecular biology at Umeå University's Plant Science Centre in Sweden, told ScienceInsider when ENVI approved its draft last m
plant cell and
molecular biology at Umeå University's
Plant Science Centre in Sweden, told ScienceInsider when ENVI approved its draft last m
Plant Science Centre in Sweden, told ScienceInsider when ENVI approved its draft last month.
Plant Physiology ® is an international journal devoted to physiology, biochemistry, cellular and
molecular biology, genetics, biophysics, and environmental
biology of plants.
The ASPB Lawrence Bogorad Award for Excellence in
Plant Biology Research was approved by the Society's executive committee in 2005 to honor Dr. Bogorad's many contributions to plant biology, including his influential efforts to bring the techniques of molecular biology to bear on problems in plant biology; his groundbreaking research on chloroplast genetics, biogenesis, structure, and function; and his inspired teaching and mento
Plant Biology Research was approved by the Society's executive committee in 2005 to honor Dr. Bogorad's many contributions to
plant biology, including his influential efforts to bring the techniques of molecular biology to bear on problems in plant biology; his groundbreaking research on chloroplast genetics, biogenesis, structure, and function; and his inspired teaching and mento
plant biology, including his influential efforts to bring the techniques
of molecular biology to bear on problems in
plant biology; his groundbreaking research on chloroplast genetics, biogenesis, structure, and function; and his inspired teaching and mento
plant biology; his groundbreaking research on chloroplast genetics, biogenesis, structure, and function; and his inspired teaching and mentoring.
We are fortunate to have an outstanding community
of researchers in this area covering the range from
molecular biotechnology, fungal and
plant genetics,
plant biochemical and developmental
biology through to animal developmental
biology.
Students at the Watson School are exposed to a broad representation
of biological sciences, invigorated by CSHL research expertise in genetics,
molecular, cellular, and structural
biology, neuroscience, cancer,
plant biology, and bioinformatics.
The studies analyzed the reaction
of plants to certain ecological interactions in a manner that brings together
molecular biology and ecology.
The theme
of the meeting is «From our roots in vitro to the future
of plant biotechnology» and we are inviting experts on a range
of plant biotechnology topics, including the fields
of in vitro
biology, gene editing, synthetic
biology, epigenetics and
molecular farming to give keynote addresses.
Special emphasis is given to research in the areas
of integrative neuro - sciences, medical imaging, translational immunology and cancer research, microbiology and infection research, biochemistry and pharmaceutical research,
plant molecular biology, geo - and environmental research, astro - and elementary particle physics, quantum physics and nanotechnology, archeology and prehistory, historical science, religion and cultures, language and cognition, media and educational research.
He was instrumental in securing the USDA Competitive Grants Program that brought funding and scientific rigor to
plant biology, recognized early on the value
of recombinant DNA technology to agricultural sciences, and provided leadership and vision during the initial international meetings on
plant molecular biology.
Impact Factor: 13.479 Issues Per Year: 12 issues per year Aims and Scope: Trends in
Plant Science is the No. 1 monthly review journal in plant science (Journal metrics: SJR2013 7.209 IF2013 13.479 IPP2013 14.831), featuring broad coverage of basic plant science, from molecular biology through to eco
Plant Science is the No. 1 monthly review journal in
plant science (Journal metrics: SJR2013 7.209 IF2013 13.479 IPP2013 14.831), featuring broad coverage of basic plant science, from molecular biology through to eco
plant science (Journal metrics: SJR2013 7.209 IF2013 13.479 IPP2013 14.831), featuring broad coverage
of basic
plant science, from molecular biology through to eco
plant science, from
molecular biology through to ecology.
Doug received his PhD in
molecular, cellular and developmental
biology from the University
of Colorado at Boulder, and did postdoctoral research in
plant genetic engineering at the Plant Breeding Institute in Cambridge Eng
plant genetic engineering at the
Plant Breeding Institute in Cambridge Eng
Plant Breeding Institute in Cambridge England.
The focus is on
molecular microbiology and virology, and includes topics such as genomics, the gamut
of plant and animal host - pathogen interactions, host immune responses, characterization and evolution
of virulence determinants, cell cycle and differentiation, symbiosis in
plant and animal associations, environmental microbiology, biodiversity and evolution, population dynamics, sex and mutagenesis, antibiotic resistance and production, drug and vaccine targets, as well as aspects
of prion diseases and
of fungal and protozoan
biology.
Over the decades the Society has evolved and expanded to provide a forum for
molecular and cellular
biology as well as to serve the basic interests
of plant science.
Previously a Principal Investigator at the USDA / ARS - UC - Berkeley
Plant Gene Expression Center; research focused on the molecular biology of plant reproduc
Plant Gene Expression Center; research focused on the
molecular biology of plant reproduc
plant reproduction.
At the University
of Arizona, where he was a Regents Professor and held the Porterfield Chair in
Plant Sciences, he taught
molecular and cellular
biology for 15 years.
He cited the very wide array
of problems, previously thought to be absolutely insurmountable, that researchers can now find solutions for more rapidly using scientific tools coming out
of parallel high - science revolutions in genetics,
molecular biology, and
plant physiology.
The scientists themselves come from a mixture
of disciplines, such as computational neuroscience,
plant science and
molecular biology.
The list
of case studies are for use in teaching anatomy, chemistry, environment, evolution, medicine and health, microbiology,
molecular biology and genetics, physics and engineering,
plant science, psychology, atmospheric science / meteorology, and other sciences.
I have written on various topics
of this subject including Cell
Biology, Microbiology, Biochemistry,
Molecular Biology, Genetics, Methods and Instrumentation in Biotechnology, Structural
biology, Immunology and Immuno - technology, Recombinant DNA Technology, Enzymology and Enzyme Technology,
Plant and Animal Biotechnology, Computational Biotechnology, Bioprocess technology, Downstream processing, Genomics and Proteomics and many more.
I spent a lot
of extra time at Universities (PhD in
molecular biology) studying everything under the sun from geology to
plant physiology and biotechnology (& other related topics).