In the video Got Silk-Biotech application, I learned how scientists discovered a technique of putting up an entirely new twist on a genetic study known as bio mimicking. Researchers have also discovered that they can now duplicate a spider’s webbing by breeding goats with spider DNA in the malignant cells. Furthermore, I have discovered that goat’s milk has a glycoprotein that can be twisted and expanded into perfect silk suitable for covering Spiderman.

Having watched the second video called popped, I have learned that, Corn is the outcome of the domestication of teosinte, a wild Mexico grass. I have also learned about biological, genetic changes that occurred during the transition of teosinte into maize, as well as the historical evidence that linked this transition to a certain moment and places in Mexican. Today, corn is processed and consumed by both people and livestock.

Biotechnology, especially genetically modified organisms (GMOs), can increase agricultural production by increasing harvests and providing diseases and pest-resistant plants in impoverished countries. Biotechnology may increase output in various ways, such as boosting blooming capability and increasing photosynthetic or nutritional component absorption. In the long run, genetic engineering may aid in developing the most constituents of certain crop varieties. Huge numbers of people rely on maize and rice as their primary sources of food. Biotechnology may be applied to improve ancient fermentation-based food manufacturing methods, such as those used to make gari, a fermenting, grainy, and carbohydrate dish made from cassava. Biotechnology may also aid in the elimination of dangerous substances, either via genetic engineering or food manufacturing. The capacity to study, alter, and clip and copy DNA fragments is critical in modern biotechnology. Today, genetic repair technology is an essential aspect of contemporary biotechnology, and it is utilized to provide bacteria, crops, and organisms with new capabilities, among many other things. This would be made by placing a gene from a bacteria, for example, into a crop or mammal (transgenes). DNA cloning refers to biotechnology cloning procedures that are used to make multiple duplicates of DNA molecules. To make numerous duplicates of DNA molecules, clone vectors are utilized. Cloning DNA molecules is then accomplished using agarose gel and DNA sonication techniques. Finally, Biotechnologies can be used to assess the genetic content of pathogens to identify whether a certain disease-causing agent causes an illness. (Pham, 2018)

 Based on scientific study, Brossard revealed statistics from general populace surveys conducted over the previous decade, which regularly demonstrate that around 10percent of the U.S populace likes the use of biotechnology in food-producing crops while another 10% considers it “extremely favorable.” she continued, there are “extremely vociferous minority, pro and con” who have strong opinions. Approximately a third of the American population “doesn’t really care” does not have enough time, effort, or desire to devote intellectual resources to the debate on genetically modified organisms (GMOs).