A large part of humans have spread all over the world. As the population grows, science finds ways to improve food production. This is necessary since human ingest food to fuel the bodies. Certain technological advances have made possible the observation of cell development of eggs with the use of microscope incubator.
The advent of agriculture brought about a steady flow of crops and other food items coming from propagated plants and domesticated animals. Much of what people are eating today is very similar to the food people were eating generations ago. The use of chemicals as fertilizer has adversely affected the produce that people are eating. Organic way of growing plants is now encouraged by governments.
Genetic engineering has resulted in hybrid crops that take only a short time to grow. The yield per acre also increases as scientists experiment with plant and animal cross breeding to make more productive animals and plants that will supply the world population with food. Data from observations are recorded daily in scientific laboratories that are equipped high tech instruments.
The telescope was invented in order to see distant objects in the sky. Stargazing was popular during the renaissance period. The heavenly bodies attracted observers who wanted to know more about the heavenly bodies. This was later refined and miniaturized and eventually transform into a microscope. Instead of seeing objects from far away, it magnified very tiny objects that are barely noticeable with ordinary sight.
The simplest device is mostly made of tubes and lenses that are carefully arranged and can be controlled by the viewer. Focus adjustment are done with dials and small levers that reposition the lenses to make the image bigger. The device is like the telescopes that can make objects appear bigger when viewed from a distance.
Bombarding sample material with electron was discovered by a scientist and an electrical engineer. This method of replacing the eyepiece with electrons made a huge impact in the science world. Now it was possible to see microbes and molecules as well as tissue cells. This has many applications in other technologies like medicine, agriculture and food production.
Nano technology is manipulating materials on an atomic or molecular level and is most commonly represented by sensors and implants. This continuously sense and adjust medical treatment. Some devices are utilized in espionage and detective work that use micro devices for eavesdropping and snooping around. Miniature cameras can be as small as buttons in a coat.
Lasers, prosthetics, ultrasound, medications are examples of medical technology. All can make easier the diagnosis of injuries and diseases. Some can cause infertility and cancer. The stethoscopes that are commonly seen hanging on the necks of a doctor is a basic tool in hospitals. This allows the health care specialist listen to the breathing, pulse, and heartbeat of a person.
Human life is precious and living life today has become so complicated that diseases and accidents happen every day. Science is in the forefront with medical technology applications that can observe internal organs and molecular structure of viruses and bacteria that causes diseases. The natural bodily resistance to germs has deteriorated with each passing generation as more people eat chemically laced food.
The advent of agriculture brought about a steady flow of crops and other food items coming from propagated plants and domesticated animals. Much of what people are eating today is very similar to the food people were eating generations ago. The use of chemicals as fertilizer has adversely affected the produce that people are eating. Organic way of growing plants is now encouraged by governments.
Genetic engineering has resulted in hybrid crops that take only a short time to grow. The yield per acre also increases as scientists experiment with plant and animal cross breeding to make more productive animals and plants that will supply the world population with food. Data from observations are recorded daily in scientific laboratories that are equipped high tech instruments.
The telescope was invented in order to see distant objects in the sky. Stargazing was popular during the renaissance period. The heavenly bodies attracted observers who wanted to know more about the heavenly bodies. This was later refined and miniaturized and eventually transform into a microscope. Instead of seeing objects from far away, it magnified very tiny objects that are barely noticeable with ordinary sight.
The simplest device is mostly made of tubes and lenses that are carefully arranged and can be controlled by the viewer. Focus adjustment are done with dials and small levers that reposition the lenses to make the image bigger. The device is like the telescopes that can make objects appear bigger when viewed from a distance.
Bombarding sample material with electron was discovered by a scientist and an electrical engineer. This method of replacing the eyepiece with electrons made a huge impact in the science world. Now it was possible to see microbes and molecules as well as tissue cells. This has many applications in other technologies like medicine, agriculture and food production.
Nano technology is manipulating materials on an atomic or molecular level and is most commonly represented by sensors and implants. This continuously sense and adjust medical treatment. Some devices are utilized in espionage and detective work that use micro devices for eavesdropping and snooping around. Miniature cameras can be as small as buttons in a coat.
Lasers, prosthetics, ultrasound, medications are examples of medical technology. All can make easier the diagnosis of injuries and diseases. Some can cause infertility and cancer. The stethoscopes that are commonly seen hanging on the necks of a doctor is a basic tool in hospitals. This allows the health care specialist listen to the breathing, pulse, and heartbeat of a person.
Human life is precious and living life today has become so complicated that diseases and accidents happen every day. Science is in the forefront with medical technology applications that can observe internal organs and molecular structure of viruses and bacteria that causes diseases. The natural bodily resistance to germs has deteriorated with each passing generation as more people eat chemically laced food.
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