But how can we face this environmental problem caused by livestock? Impossible Burger got an answer for us. Impossible Burger is a team with top scientists, farmers and chefs who noticed the problem and tried to find the solution. After they spent five years on studying the meat, they found a way to produce meat, not bleeding but planting. The flavor, texture, smell, appearance, and sound are as same as a real burger. In this five years, they try to find out what makes meat to be meat and what is the elements that attract human to eat meat. Finally, they found out a magic ingredient that exist in every meat and it is the element that makes meat to be meat – heme. Heme is a protein that contain Iron. Usually we will fine heme in every blood. The usage of blood is to transfer oxygen molecules but without heme, it cannot do its work as heme helps to bind oxygen molecules together. Heme is also the reason why blood is in red. (http://study.com/academy/lesson/heme-group-hemoglobin-definition-quiz.html) Beside the meat, heme can also be found in the root of a nitrogen-fixing plants and this is the secret behind the impossible burger. For nitrogen-fixing plants, they are the plant that can collect nitrogen from the air into their root and store it. …show more content…
This disease killed 299 people in Hong Kong and 744 people all over the world. This horrible disease infected 1750 people in Hong Kong just using four months. At the beginning, people just think that it is just a normal cold, no one ever thought it is such a terrible killer. SARS brought us pain and sadness, but also the awareness of infectious disease. After the lesson of SARS, we start thinking about how to prevent this situation happen again. What factors make SARS spread so fast among all of us? This is the question Dr. Kamran Khan ask himself. Dr. Kamran Khan is an infectious disease physician and the founder of BlueDot. BlueBot is a program that studies the way infectious disease spread all over the places by analyzing the big data. Big data is a huge data that collected in our daily life. Everything we do in our daily life involved in the big data, like things we brought, transport we took or even how many times we used the toilets. Usually big data is collected into three Vs, velocity, volume, and variety. The value of big data is not the data itself, but the way we use it. (https://www.ibm.com/big-data/us/en/) After big data is collected, it will be analyzed and used to predict some pattern or trends. Big data is already used in many different aspect like business, weather, retail habits and health care. And now, BlueDot is using it in