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Showing posts from March 31, 2019

Edible Antibodies For Treating Gastrointestinal Disorders

Edible Antibodies For Treating Gastrointestinal Disorders Written on 04/02/2019 Edible Antibodies For Treating Gastrointestinal Disorders Antibodies are being used in therapeutic practice for the treatment of ailments. Oral to gut targeting of antibodies remains a challenge due to their inability to survive digestion and also attain tissues. Now, a new antibody technology which combines the benefits of antibody-based therapies with the ease of oral medication administration has been developed by scientists. These antibodies are made using yeast via simple food manufacturing process. The antibody technology may have applications in fighting human and veterinary bowel infections, treating metabolic and inflammatory disorders, and also the development of food nutritional supplements that are microbiome-altering. Conventional therapeutic antibodies designed to treat a multitude of ailments, including infectious diseases and cancer aren’t designed for oral

Elusive microbe that consumes ethane found under the sea

 2.  MARCH 2019 Vinod kushwaha Elusive microbe that consumes ethane found under the sea A microorganism that consumes ethane in the absence of environmental oxygen has been discovered. In the depths of the sea, this microbe, which oxidizes ethane, partners with another that reduces sulfate to sulfide. Plumes of natural gas emanate from the bottom of the ocean. These hydrocarbon emissions comprise around 90% methane, with ethane making up most of the rest. Such deep-sea sources are responsible for 5% of the methane, a greenhouse gas, present in Earth’s atmosphere 1 . The amount of hydrocarbon released from the deep sea into the atmosphere is substantially reduced by microorganisms that capture and use these gases as their sole source of cellular carbon and energy. Writing in   Nature ,   Chen  et al . 2  describe the culmination of a ten-year scientific mission to identify and characterize the microorganisms and reactions that are responsible for ethane consumption at

Origin of ancient biology and genetics.

                origin of  ancient biology   and genetics. In this blog post, we discuss the origin of  ancient biology  and genetics. Ancient biology from the perspective of the original man and woman is much different than what is taught in schools. In fact, in many cases, it is the exact opposite. Origin of Biology What is Ancient Biology? Biology is the study of the 144,000 aspects of perfect character and the parts of the body that they correspond to. These 144,000 aspects of perfect  character are the origin of the 144,000 animal and plant totems. Why is character important? Understanding  character is important as all disease and mutation is a result of neglecting one or more aspects of  character . Ancient Biology How are the animals and plants formed? Animal and Plant originate from the body of the original man and woman. Each part of the body corresponds to an original animal. Who is the Original Man? The Original Man is the Asiatic Black Man; t

New Plant Breeding Technologies For Food Security & Development

New Plant Breeding Technologies For Food Security & Development Written on 04/01/2019 Vinod kushwaha.     New Plant Breeding Technologies For Food Security & Development An international team of Researchers from the University of Göttingen has recently found fresh plant breeding technologies that can contribute significantly to food security and sustainable development. Genome editing techniques in particular, like CRISPR/Cas, could help make agriculture more productive and environmentally friendly. The researchers urge the responsible use and support of these new technologies. As per Matin Qaim an agricultural economist at the University of Göttingen and author of this article published  in  Science that – Plant breeding and other agricultural technologies have contributed substantially to hunger reduction during the past few decades. However, the consequent high intensity in the use of agrochemicals has also caused serious ecological issues. Predictions su