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Urine could play key part in future biotech systems – research

A common chemical found in urine can be used to kick-start large-scale production of proteins such as hormones and antibodies used by biotech companies. Researchers at Aston University and the University of Birmingham have developed a system that uses urea to trigger the production of these proteins in the large quantities needed by the biotechA common chemical found in urine can be used to kick-start large-scale production of proteins such as hormones and antibodies used by biotech companies. Researchers at Aston University and the University of Birmingham have developed a system that uses urea to trigger the production of these proteins in the large quantities needed by the biotech » The FINANCIAL Health&Beauty

Steve busbyDoug browningJoanne hothersallUniversity of birmingham school biosciencesResearchers at aston universitySchool of biosciences at aston universityUniversity of birminghamAston universityNew biotechnologyBaby bioProfessor steve busbyHealth amp beauty

Urine could play key part in future biotech systems – research

A common chemical found in urine can be used to kick-start large-scale production of proteins such as hormones and antibodies used by biotech companies. Researchers at Aston University and the University of Birmingham have developed a system that uses urea to trigger the production of these proteins in the large quantities needed by the biotechA common chemical found in urine can be used to kick-start large-scale production of proteins such as hormones and antibodies used by biotech companies. Researchers at Aston University and the University of Birmingham have developed a system that uses urea to trigger the production of these proteins in the large quantities needed by the biotech » The FINANCIAL Health&Beauty

Doug browningJoanne hothersallSteve busbySchool of biosciences at aston universityAston universityUniversity of birmingham school biosciencesUniversity of birminghamResearchers at aston universityNew biotechnologyBaby bioProfessor steve busbyHealth amp beauty

Love for Living Animals: Orangutans, With 96 4% of Human Genes, are Persons of the Forest

ESSAY We must safeguard the web of life and care about the other living species that we share this planet with. Pygmy tarsiers eat and host bugs that

Indonesia generalSulawesi selatanSusannah thorpeMichelle desiletsUniversity of birmingham school biosciencesOrangutan landSign languageCritically endangeredScience dailyThreatened species websiteThin rayAudubon zoo

Blue-Green Algae May Not Reach Their Dangerous Levels as Scientists Develop New Tool to Identify Potential Harm

Researchers recently developed a new approach so that blue-green algae won't reach their dangerous levels and become harmful to the environment.

New yorkUnited statesAneika leneyDepartment of health the new yorkUniversity of birmingham school biosciencesHealth impacts on humansCulture collectionAlgae based biofabric designedHelp reduce carbon gasScientists develop new toolIdentify potential harmWikimedia commonsHealth impactsNew york stateEnsure authenticityAnalytical chemistry

Plants evolved ability to actively control water-loss earlier than previously thought

Plants evolved ability to actively control water-loss earlier than previously thought
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Alistair hetheringtonAndrew plackettUniversity of oxfordUniversity of birmingham school biosciencesUniversity of birminghamBristol school of biological sciencesUniversity of bristolCurrent biologyBiological sciencesConditional stomatal closureFern shares molecular featuresFlowering plant active stomatal responses