Bioengineering +

Additive (5)
Biochemistry + (3)
Biodegrade (1)
Biodesign (2)
Biodiversity (22)
Bioenergy (23)
Bioengineering + (11)
Bioethics (4)
Biofuel (95)
Biohacking (1)
Bioinspired (4)
Biological weapon (1)
Biology (152)
Biomarker (1)
Biomass + (46)
Biomaterials (3)
Biomechanic (6)
Biometrics + (5)
Biomimicry + (4)
Biomolecular (8)
Bioplastics + (1)
Bioprinting (26)
Bioreactor + (1)
Biosecurity + (1)
Biosensors (1)
Biotecnology + (51)
Cell biology (1)
Chemical engineering + (3)
Gene therapy (3)
Genetic abnormality (1)
Genetics (134)
Genomics (63)
Genotype (1)
Genotyping (2)
Genus (129)
Immunology (1)
Microbiology (9)
Molecular biology (1)
O. generale bioeconomy (35)
Red biotechnology + (4)
Regeneration (3)
Synthetic biology (27)
Transgenic (16)
Virology (24)
White biotechnology (2)

Synopsis: 4. biotech: Bioengineering +:


impactlab_2013 00857.txt

such as the Gates Foundation, have been reluctant to promote the bioengineering of African crops. Yet because such crops require less water, fertilizer,

and by 2011 about half of the cotton grown in this West african country was bioengineered. Yields went up,


ScienceDaily_2013 08986.txt

N-Fix is neither genetic modification nor bioengineering. It is a naturally occurring nitrogen fixing bacteria


ScienceDaily_2013 17874.txt

Growing realistic lung tissues in vitro is a particular challenge said study co-author Jane Grande-Allen professor of bioengineering at Rice.

when Rice bioengineering graduate student Hubert Tseng joined the research team as an intern. Tseng was already a student in Grande-Allen's lab one of Rice's leading laboratories for tissue-engineering research.

Study co-authors include Robert Raphael professor of bioengineering at Rice and cofounder of Nano3d Biosciences;


ScienceDaily_2013 18838.txt

The technique of bioengineering replacement tissues using cells and scaffolds can theoretically be applied to almost any tissue in the body said Anthony Atala M d. director of the Wake Forest Institute for Regenerative Medicine.


ScienceDaily_2014 16671.txt

Helps babies struggling to breathethe first clinical study of a low-cost neonatal breathing system created by Rice university bioengineering students demonstrated that the device increased the survival rate of newborns with severe respiratory illness from 44

In 2010 a team of Rice bioengineering students invented a low-cost bubble CPAP device. The technology which costs about 15 times less than conventional CPAP machines was created as part the Rice 360â°:

when CPAP was introduced first here said Rice's Rebecca Richards-Kortum the Stanley C. Moore Professor and chair of the Department of Bioengineering and director of both BTB and Rice 360â°.


WS_1452 00806.txt

synthetic biology drops the cost of doing bioengineering by several orders of magnitude. Small proteins, antibodies,


< Back - Next >


Overtext Web Module V3.0 Alpha
Copyright Semantic-Knowledge, 1994-2011