Blakemore remarks, «Neuroscience remains one of the least
understood areas of biology.»
«Clarifying why mutation rates vary is crucial for
understanding all areas of biology,» says evolutionary biologist Michael Lynch of Arizona State University (ASU) here.
Not exact matches
If he can't
understand basic
biology and geology, what good can he do with the economy, or any other
area of governing or making policy.
We don't do a lot
of experiments in
areas of biology that are fascinating and important to
understand but relatively far removed from medicine.
Applying new math, Kristina Crona, an American University assistant professor who researches in the
area of mathematical
biology, and her colleagues show how ranking pathogen mutants can help scientists
understand how mutants evolve to resist drug treatments.
«A phylogeny and taxonomy is fundamental for all fields
of biology that use lizards and snakes, to
understand how to classify the species being studied, to interpret biological patterns in terms
of relatedness, and even at a more basic level, to count how many species are in an
area, for example, for conservation management purposes.»
Because these organisms are excellent models for
understanding stem cell
biology, researchers were able to shed light on the earliest stages
of follicle cell differentiation, a previously poorly
understood area of developmental
biology.
This led to development
of newer technology, called single cell sequencing (SCS), that has had a major impact in many
areas of biology, including cancer research, neurobiology, microbiology, and immunology, and has greatly improved
understanding of certain tumor characteristics in cancer.
«I think mouse lemurs have great potential for our
understanding of primate
biology, behavior and conservation, in the same way that fruit flies and mice over the last 30 or 40 years have transformed our
understanding of developmental
biology and many other
areas of biology and medicine,» Krasnow said.
Each
of the working groups is responsible for developing a proposal for a set
of genomes to sequence that would advance knowledge in one
of three important scientific
areas: identifying
areas in genetic research where the application
of high - throughput sequencing resources would rapidly lead to significant medical advances;
understanding of the human genome; and
understanding the evolutionary
biology of genomes.
As Brenda and John pointed out, we are deeply, at least in my work, dependent on
areas of inquiry such as neurophysiology, developmental neurobiology, basic cell
biology, and genetics to help us
understand the interesting patterns that we are uniquely in a position to observe.
In all
of our research
areas we use integrated approaches, which include a wide range
of techniques like biochemical, cellular, genetic, and organismal methods, to deepen our
understanding of central processes in mammalian
biology, which are highly significant for human health.
This two - volume reference integrates this exciting
area of biology, combining the prerequisites for a general
understanding of adult and embryonic stem cells, the tools, methods, and experimental protocols needed to study and characterize stem cells and progenitor populations, as well as a presentation by the world's experts
of what is currently known about each specific organ system.
Our increased
understanding in
areas such as stem - cell
biology, human immune systems, and identification
of disease - specific biomarkers all have contributed significantly to that progress.
Although extensive efforts have been devoted to
understanding the effect
of hypoxia on tumor progression, two
areas of tumor
biology remain unclear.
The JCVI teams are focused on a variety
of genomic research
areas including continued work in synthetic
biology; sampling and analysis
of the world's oceans, fresh water and soils to better
understand the microbes living in these environments; and new analysis on the human genome in the hopes
of discovering new insights into disease prevention and treatment.
JCVI continues to lead the world in genomic science with new programs to improve
understanding in the
areas of genomic medicine, infectious disease, microbial and environmental genomics, synthetic
biology, and informatics.
DR. CORSON: That is a little bit outside
of my focus
area, since we focus on the wet form
of the disease, but I know there are some very exciting research projects coming out
of a number
of different centers in terms
of understanding the underlying
biology of the dry form
of the disease, which has been a little bit harder to figure out than with the wet form.
I am a postdoctoral fellow at the National Institute for Mathematical and Biological Synthesis (NIMBioS) and my way to
understand biological phenomena is by mixing knowledge from the
areas of biology, statistics, and computer programming.
The Sanford Consortium for Regenerative Medicine's basic research program is targeted to
understand the fundamental
biology of stem cells and pluripotency, and consists
of five research
areas:
Higher degree qualified within fields that are relevant to your specific application in
biology to ensure a full
understanding of your
area.