foods, some foods such as geneticlly modified crops.
biotechnology is a technique is widely used for improvement of agriculture techniques... * in agri tech we can improve the strengh of soil........ * " " " " " " produce te hybrid flowers, and all hybrid fruits
yeasts,foor,drugs,house,bags,notebooks and MEL ANTHONY...
sugar,cheese,soy sauce, and la ko kabaw
Traditional biotechnology refers to processes that are based on the inherent capability of organic agents for creating a reaction that leads to a product. Modern biotechnology is when inherent capabilities of organisms are manipulated in order to make a valuable product or to cause the organism to be more desirable.
i dont know,,,,,,,,,,,,,,......... glecie ronquillo
Biotechnology can be expensive due to the cutting-edge technology, research and development costs, and regulatory requirements involved in creating new products or therapies. However, the cost can vary based on the specific application or project within the field of biotechnology.
Examples of Modern biotechnology are tissue culture, genetic engineering, recombinant DNA techniques, mutagenesis, drugs, antibiotics, monoclonol antibodies, antipyretics, analgesics, breeding, cloning etc. Examples of Traditional biotechnology are vinegar, wine, turmeric, spices, food preservation, quarantines, selective plant breeding, hybridization, etc.
biotechnology
Vertex Pharmaceuticals is based in Cambridge Massachusetts and makes biotechnology products. The company also has two research facilities in San Deigo and Oxford. The company began operation in1989.
Science based on high technology is the dependent as advancement of old technologies, developing new ideas that changes in adaptation and utilization. Examples are in telecommunications, nuclear sciences, biotechnology and many more.
fermentation
Biotechnology has presence in different fields, these are some of the most characteristic products that come from biotech development:Biopharmaceuticals, such as: recombinant proteins for treatment of diabetes (insulin), anemia (erythropoietin), cancer (monoclonal antibodies or mAbs, granulocyte colony stimulating factor or GCSF, etc.), multiple sclerosis or MS (interferon), etc.Ecology, such as: conversion of cellulose and lignocellulose compounds by enzymatic hydrolisis and acetone-butanol fermentation.Biofuels, e.g., the obtention of ethanol as biofuel by yeast fermentation of corn raw materials and the production of biogas (methane) by anaerobic fermentation of organic waste (also called as biogas farms).Medicine, the creation of new drugs based upon immobilized proteins or enzymes specific for a particular antigen in degenerative diseases, and the new "nanobots" for specific site-directed deliver biotech drugs.Agriculture, such as: the new genetic modified organisms or GMOs with improved resistance to diseases or plagues and increased or nutrient contents.
An example of modern biotechnology is genetic engineering which is being used in both plants and animals. Possibly the most important aspect of food genetic engineering is to wake people up to taking back responsibility for their lives.
Insulin for diabetes treatment Genetically modified crops for increased yield and resistance Monoclonal antibodies for cancer treatment Enzymes for laundry detergents Recombinant vaccines for infectious diseases Biodegradable plastics from bio-based materials Biofuel production from algae or crops Gene therapy for genetic disorders Assisted reproductive technologies for infertility treatments Diagnostic tests for genetic diseases
Modern biotechnology techniques like gene editing, such as CRISPR-Cas9, are based on the principles of Mendelian genetics. These tools allow scientists to make specific changes to an organism's DNA, which can have applications in areas like agriculture and medicine.