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Importantly, since biology is everywhere, these approaches are confined not to Western societies. Increasingly DIY bio communities are learning how to hack natural systems
and diversify living technology applications. This may streamline global human development with such natural processes so that our lifestyles are more sustainable,
 Then, in 2008, they got talking to a biologist colleague at the University of Central Florida where they worked.
 Armed with new reproductive biology and genome engineering technologies, he and other scientists are dreaming up ambitious plans to resurrect long-dead animals from pigeons to Tasmanian tigers and wooly mammoths.
 says William Holt, a reproductive biologist at the Zoological Society of London, who in a 2004 review paper called the prospect of cloning highly endangered species"hopelessly optimistic Â. Reverse switch But another scientific breakthrough,
though most of these changes are not likely to have a biological effect. An elephant ips cell engineered to contain those mutations would theoretically be capable of producing woolly mammoth sperm.
or indeed any extinct species would require a dizzying list of technological leaps in genome engineering, reproductive biology,
 Ewen Callaway writes about biology and medicine for Nature Newsif you would like to comment on this story
and consumer demand will be driven by biological relevancy. We will be transitioning from a distinct set of crop options in the past to an unlimited number of food options in the future.
or depressed would be a welcome addition to most clothing lines. 2.)Organ-View Clothing As part of our ongoing effort to monitor our own biological functions,
#Companies rush to build bio-factories for a wide range of products Vials of genetically engineered life-forms.
The rush to biological means of production promises to revolutionize the chemical industry and transform the economy,
Proponents characterize bio-factories as examples of#oegreen technology#that are sustainable and immune to fickle weather and disease.
They compare the spread of bio-factories to the large-scale burning of coal at the turn of the 20th century#a development with implications for carbon dioxide emissions
Amyris has become a legend in the field that sits at the intersection of biology and engineering,
Could they tinker with some genes in the yeast to create a biological machine capable of producing medicine?
A 1973 NASA document summarizing the biological effects of vacuums on mammals gives you 10 seconds of consciousness
according to climate scientist Andy Jarvis, lead author of a 2012 paper in the journaltropical Plant Biology.
says Bodnar, a biotechnologist with Biology Fortified, a nonprofit GM-organism advocacy organization in Middleton, Wisconsin.
The study, led by Dr. Teruhiko Wakayama at the RIKEN Center for Developmental Biology in Japan,
#oethis could significantly accelerate the rate of discovery in all areas of biology, including gene therapy in medicine, the generation of improved agricultural goods,
For a decade some biologists have been touting a new approach, dubbed synthetic biology, that makes more genetic alterations
I m just a dumb biologist so#Diagram showing how directional virtual fencing operates. The black-and-white dashed line (8) shows where a conventional fence would be placed.
The creation of entirely new strains of food animals and plants in order to better address biological and physiological needs.
Synthetic biology is about programming biology using standardized parts as one programs computers using standardized libraries today.
build and remediate engineered biological systems that process information, manipulate chemicals, fabricate materials and structures,
Bio-Waste Optimizers 31. Guardians of Privacy Future Sports Sports have become the ultimate form of storytelling.
Bio-Factories Based on using living systems bio-factories represent a new process for creating substances that are either too tricky
or too expensive to grow in nature or to make with petrochemicals. The rush to develop bio-factories as a means for production
not only promises to revolutionize the chemical industry but also transform the economy. Hundreds of products are already in the pipeline. 110.
Bio-Factory Doctors Strategists, and Developers 112. DNA Scientists 113. Gene Sequencers 114. Treatment Monitors Micro-Colleges The systems used to create colleges centuries ago seems justifiably primitive by today s standards.
Bio-Meat Factory Engineers 131. Supply Chain Optimizers 132. Urban Agriculturalists Why ship food all the way around the world when it can be grown next door 133.
I think this is a much more accurate and precise method for doing that said biologist Alfred Roca of the University of Illinois who was involved not in the research.
Potential uses Samuel Wasser a conservation biologist at the University of Washington who did not participate in the study said the new study is a very important development
With 3. 5 billion years of research and development under her belt Mother Nature could be considered the world's most experienced biological engineer.
when it comes to dealing with biofouling or the unwanted build-up of biological material
Living nature is full of engineering marvels from the micro to the macro scale that have inspired mankind for centuries says Bharat Bhushan senior author of the study and director of the Nanoprobe Laboratory for Bio-and Nanotechnology and Biomimetics
Preventing the build up of biological matter on a ship's hull for example could increase the efficiency of the ship's movement ultimately leading to more efficient fuel usage.
In 2003 biologists brought back a Pyrenean ibex by making a clone of frozen tissues harvested from the last of these goats.
Working with Harvard biologist George Church they figured out a possible way to revive passenger pigeons.
Biologist David Ehrenfeld of Rutgers The State university of New jersey agrees de-extinction would impede conservation.
In addition to providing a food source greenery offers the added benefits of converting carbon dioxide exhaled by settlers into oxygen essential for maintaining a long-term bio-regenerative life support system.
Nature Newsafter decades of searching, plant biologists have found a way to selectively snip out one gene
says David Ow, a plant biologist at the US Department of agriculture Plant Gene expression Center in Albany, California.
Plant biologists have long been frustrated by the lack of a simple method for either deleting a specific gene from the genome or replacing it with another gene.
the fast-growing weed with a small genome favoured by many plant biologists as a model system,
says Joseph Ecker, a plant biologist at the Salk Institute for Biological Studies in La jolla, California.
Meanwhile, the other study1 is the work of a research team led by Daniel Voytas, a plant biologist at the University of Minnesota in Minneapolis and a member of the Zinc Finger Consortium,
a plant biologist at Karlsruhe University in Germany who is developing zinc-finger nucleases for use in Arabidopsis.
says Wilhelm Gruissem, a plant biologist at The swiss Federal Institute of technology in Zurich. Now you can target the transgene to a specific location.
when eminent biologists established influential guidelines on experiments in the budding field of genetic engineering. Despite disagreement on when  or indeed whether the technologies should be used,
-or under-regulating GM plants, says Roger Beachy, a plant biologist at Washington University in St louis, Missouri,
global pandemics and/or deliberate biological attacks? To further improve preparedness, we must continue to invest in the best public health monitoring systems that can be built.
says Stefan Wagner, a molecular biologist at Agresearch. That's why it has taken so long to succeed in making an allergen-free cow,
and leaves no mark in the genome, says Bruce Whitelaw, a molecular biologist at the Roslin Institute near Edinburgh in the United kingdom,
Donald Boesch A biological oceanographer, Boesch is currently president of the Center for Environmental science at the University of Maryland in Cambridge,
Nobel laureate dies Fran §ois Jacob, a Nobel-prizewinning French biologist, died on 19 april aged 92.
Dennis Gray, a developmental biologist at the University of Florida in Apopka is trying to use genes from grape varieties to engineer a wine grape that is resistant to Pierce s disease a condition caused by a bacterium that has made it difficult to grow wine grapes in the state.
Sally  Mackenzie, a plant biologist at the University of Nebraska-Lincoln, contacted APHIS about the high-yield offspring of a transgenic sorghum grass plant
and another company, INEOS Bio, started up a facility near Vero Beach in Florida. This year
who studies biological-systems engineering at the University of Wisconsin-Madison, the new solvent deserves to be developed further."
International atomic energy agency nuclear radiated biological mutant seed enhancement amplified evolutionary adapation production against wheat rust desease for Kenyan farmers.
To the point that mutation based on radiation is accepted as a biological dating system. The plant is not radioactive it s only accelerated evolution with human selection.
if the features are purely biological like coral heads or actual wrecks. Moline pauses on an image with an oblong shape.
Oceanographers and biologists studying living structures such as coral reefs could also benefit from it; 3-D models would enable them to detect how ocean acidification
For this reason GMOS that have the Bt gene are compatible with biological control programs
and Morphology and the Institute of Biological sciences at University of Brasilia and it was published in the Journal of Hematology
ÃÃÚÂ Ã 2. A comparative analysis published in the International Journal of Biological sciences examined the health effects of three different varieties of Monsanto-developed GMO corn on mice.
Institute of Biology in France looking at the effects of genetically modified corn. The research showed that in both male
As somewhat of an outsider coming in to biology my impression was'Okay I'm gonna put the cells in the right place incubate it for a while
As a result not everyone believes scaffolds are necessary including Gabor Forgacs Organovo's cofounder and a biological physicist at the University of Missouri.
You will never build an extended biological structure a big organ or tissue by putting down individual cells Forgacs says.
and complexity of the vascular system graduating from biological parts and pieces to whole printed organs will become only a matter of time.
In April Olguin's team released Project Cyborg a Web-based platform geared toward nanoscale molecular modeling and simulations for cellular biology.
Organovo's first biological product will be liver tissue for drug testing. Every year the pharmaceutical industry spends more than $39 billion on R&d.
Bioprinters are already demonstrating scientists'remarkable mastery of biology and engineering. Back at Organovo inside an otherwise unremarkable neon-lit clean room Dallas arranges human cells into intricate patterns that mirror those of nature.
Dr. Post a cardiovascular biologist from Maastricht University brought his raw burger out in a petri dish under a cloche.
Bio meat seems like a good enough name. And it's probably what it will end up being called anyway.
Studies of occupational workers who are exposed chronically to low levels of radiation above normal background have shown no adverse biological effects. http://www. nrc. gov/about-nrc/radiation/health-effects/rad
While Europe is building a massive Supergrid (much of it with DC lines) for it`s solar wind and bio energy transports.
Now the biologists use cameras that can run at 7500 frames per second significantly higher than what was once available to researchers and that work in infrared light.
and the company has appointed Bio-Angle Vacs Sdn Bhd to manage the production and marketing of the vaccine said the Vice chancellor of UPM Prof Datuk Dr Mohd Fauzi Hj Ramlan when speaking at the ceremony.
He said Bio-Angle Vacs Sdn Bhd and FTU were currently developing the standard operating procedure (SOP) for the mass production of the STVAC 7 vaccine using the GMP facilities of the service centre as well as product registration before marketing.
which bioscience and biological techniques are being applied to help solve the global energy challenge. The partnership funded from the energy company BP includes researchers from the University of California Berkeley;
what age it was weaned said Katie Hinde professor of human evolutionary biology at Harvard university and an affiliate scientist at the UC Davis Primate Center.
and Plant science at NUI Galway and has been published in the journal BMC Plant Biology. Among oilseed crops sunflowers are one of the most important sources of edible vegetable oil for human consumption worldwide.
The research breakthrough was part of a collaborative project between Bench Bio (India) URGV Lab INRA (France) NUI Galway Plant and Agribiosciences Research Centre (Ireland) and Advanta
Y. H. Percival Zhang an associate professor of biological systems engineering in the College of Agriculture
Support for the current research comes from the Department of Biological Systems Engineering at Virginia Tech.
Technological solutions to these problems that employ the latest developments in materials science chemistry biology and electronics are capable of greatly enhancing the performance of these systems.
either crystalline or amorphous but these categories were probably more reflec tive of the limitations of imaging methods than the underlying structural organization of the cellulose says Jerome Fox lead author of the Nature Chemical Biology paper
Our new process could help end our dependence on fossil fuels said Y. H. Percival Zhang an associate professor of biological systems engineering in the College of Agriculture and Life sciences and the College of Engineering.
Support for the current research comes from the Department of Biological Systems Engineering at Virginia Tech.
We hope the comprehensive understanding of cancer biology at the individual level will ultimately lead to better therapy choice for patients suffering from advanced cancer.
Baker then learned that Lakhtakia was able to replicate certain biological materials such as fly eyes and butterfly wings.
To achieve the targeted cuts we would need a scenario where by the middle of the century the global economy is transitioning from net positive to net negative CO2 emissions said report co-author Chris Field a professor of biology and of environmental Earth
If any antibiotic-resistant bacteria are part of a biological mix whether in a person an animal or in the environment the weak microbes will die
this process is known by biologists as selective pressure. So there is incentive to eliminate the resistance plasmid from bacteria in the environment as close to the source as possible.
which has evolved to serve a specific biological function has inspired an extremely useful and interesting technological design.
We've produced an imaging system to evaluate the root systems of plants in field conditions said Alexander Bucksch a postdoctoral fellow in the Georgia Tech School of Biology and School of Interactive Computing.
In the lab you are just seeing part of the process of root growth said Bucksch who works in the group of Associate professor Joshua Weitz in the School of Biology and School of Physics at Georgia Tech.
and collaborated with leading plant root biologists from the Lynch group to study complex root structure under field conditions said Weitz.
According to Thomas C. Baker distinguished professor of biology Penn State the findings were possible only because of the multidisciplinary makeup of the team.
His team also presented its results this month at the annual meeting of the American Society of Plant Biologists in Portland Oregon.
which uses light as a tool to drive biological change. Story Source: The above story is provided based on materials by University of Wisconsin-Madison.
Their discovery should help biologists better understand how the steadily increasing levels of CO2 in our atmosphere (which last spring for the first time in recorded history remained above 400 parts per million) are affecting the ability of plants and economically important crops to deal with heat stress and drought.
through their stomataâ#explains Julian Schroeder a professor of biology who headed the research effort. â#oebecause elevated CO2 reduces the density of stomatal pores in leaves this is at first sight beneficial for plants as they would lose less water.
and shares many of the same genes as other plants and crops he and his team of biologists discovered that the proteins encoded by the four genes they discovered repress the development of stomata at elevated CO2 levels.
Using a combination of systems biology and bioinformatic techniques the scientists cleverly isolated proteins which when mutated abolished the plantâ##s ability to respond to CO2 stress.
by the continuing atmospheric CO2 rise are palpable these advances could become of interest to crop biologists
reducing emissions sequestering carbon through biological means on land and in the ocean storing carbon dioxide in a liquefied form in underground geological formations and wells increasing Earth's cloud cover and solar reflection.
Of the five options the group evaluated sequestering carbon through biological means --or converting atmospheric carbon into solid sources of carbon like plants--holds the most promise.
Improving soil management is another biological means of carbon sequestration that holds considerable promise because soils can trap plant materials that have converted already atmospheric carbon dioxide into a solid form as well as any carbon dioxide that the solids give off as they decompose.
The study also advocates a less familiar form of biological sequestration: the burial of biochar.
But not all biological sequestration would be so beneficial. The researchers evaluated the idea of adding iron to oceans
We are building resources to benefit plant biology researchers and hopefully the new instrumentation will create a paradigm shift in the plant phenomics area by placing powerful data analysis capability in the hands of researchers.
One day he hopes to have a commercial instrument that can be used by biological researchers around the world.
Linden is working closely with project co-investigators Professor R. Scott Summers of environmental engineering and Professor Alan Weimer chemical and biological engineering and a team of postdoctoral fellows professionals
This work in the new area of plant systems biology integrating biology chemistry and engineering sets a new standard for understanding any complex biological feature in the future.
For example the systems biology approach could be applied in research to develop sweeter citrus fruit disease-resistant rice or drought-resistant trees.
Preliminary ORNL analysis in collaboration with the National Renewable Energy Laboratory in Colorado shows the catalytic technology could be retrofitted into existing bio-alcohol refineries at various stages of ethanol purification.
Cellulose is the most common biological material in the world so there is plenty of it he adds.
The research offers new perspective on evolutionary biology microbiology and the production of natural gas and may shed light on climate change agriculture and human health.
Plant and microbial biology professor emeritus Bob B. Buchanan co-led the research and co-authored the paper.
Methanogens help convert the residual biological material to methane which other organisms convert to carbon dioxide--a product that can be used by plants.
and computational biology from the Virginia Bioinformatics Institute and is currently a postdoctoral scholar in the Department of Biochemistry at Virginia Tech.
Usha Loganathan a graduate student in the Department of Biological sciences in the College of Science at Virginia Tech also participated in the study.
The interdisciplinary effort involved evolutionary biology biomechanics and mechanical engineering. The research was funded in part by National Science Foundation grants.
and most recently at Columbia University where he's now an associate professor of biological sciences and physics.
Sahin collaborated with Wyss Institute Core Faculty member L. Mahadevan Ph d. who is also the Lola England de Valpine professor of applied mathematics organismic and evolutionary biology and physics at the School of engineering and Applied sciences
Specifically he had characterized how moisture deforms materials including biological materials such as pinecones leaves and flowers as well as human-made materials such as a sheet of tissue paper lying in a dish of water.
and of reconstructing skull shapes in long-extinct ancestral species. Evolutionary biologist Elizabeth Dumont and mechanical engineer Ian Grosse at the University of Massachusetts Amherst with evolutionary biologist Liliana Dá
As the authors point out adaptive radiations that is the explosive evolution of species into new ecological niches have generated much of the biological diversity seen in the world today.
but often with limited success. In 2009 Spanish biologists cloned the calf of an extinct subspecies of Pyrenean ibex from tissue samples preserved for that purpose,
which includes the company's Bio-PDFO, Sorona, Omega-3, biosurfaces and biomedical products; and biofuels,
A recent conference at Cambridge university brought together two unlikely groups for a groundbreaking conversation between conservationists and synthetic biologists over the subject of synthetic biology.
This new field of biological engineers appears reckless at times to the conservationists because of their prevailing enthusiasm
â oethe design and construction of new biological parts, devices, and systems and the redesign of existing,
natural biological systems for useful purposes â oea scientific discipline that relies on chemically synthesized DNA,
and fabrication of biological components and systems that do not already exist in the natural world,
and on the redesign and fabrication of existing biological systems Or, as explained by Paul Freemont of the Centre for Synthetic biology at Imperial College in London,
and that allows us to design biological systems from scratch, just as an engineer designs and builds a piece of equipment starting from basics.
The paper points out that our own Obama administration has embraced oegarage biology entrepreneurs here in the U s. The relevant document
can be paraphrased as oegarage biology is good and necessary for the future physical and economic security of the United states. This position acknowledges the historical analysis that
livestock which produce medications or biological substances such as spider-silk; and an optimal source of biofuel.
By contrast, synthetic biologists work with large networks of genes, thus a new acronym, SMO.
but synthetic biologists only get more optimistic. After all of the reading that I did about the event, the subject,
Synthetic biologist Jay Keasling, says that oeanything that can be made in a plant can now be made in a microbe.
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