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Inventions are often out of necessity. As the world continues to develop, the demands for speed and efficiency in different fields continue to grow.

For example, the demand for organs and blood is rising. Therefore, as demand increases, so does the number of people who need to donate organizations.

Unfortunately, there are not enough donors to meet this demand.

Fortunately, doctors and scientists can help solve this problem through robotics. Here are some ways robots can help with research.

Although in the past doctors have created models of the brain and other body parts for research purposes (such as the famous "visceral machine"), until now, it has been impossible to create a working model of the entire organ.

With the help of research robots, things can now be copied and constructed manually. This means that creating accurate models of organs such as the heart or brain is easier than ever.

As we all know, pharmaceutical companies spend millions of dollars to conduct tests and experiments to figure out how drugs affect body parts or organs before new drugs are launched.

These tests are expensive and time-consuming because they require alive subjects to respond to the drug. Instead, robots can screen drugs to test their safety and effectiveness, saving time and money.

Robots can automate tedious tasks such as cell counting and sample preparation by taking samples from storage and placing them in centrifuges or other instruments for analysis.

They can also move samples from one place to another without contaminating them.

Scientists often spend a lot of time staring at computer screens and analyzing the data they collect with instruments. This time-consuming process can be accelerated by letting robots process the numbers for them.

It can take a lot of time to find prey, so it's best to send drones to do the dirty work. The drone can fly over an area and use infrared sensors to detect the thermal characteristics of small animals.

For example, researchers at Cornell University teach yellow mealworms to hide by mimicking the position of the sun from above, which makes it difficult for drones to spot them from above.

Animal droppings are one of the best ways to understand the behavior of animals in their natural habitat. Unfortunately, collecting samples is tedious and time-consuming, but robots can help.

The robot can use a scraper-like appendage to collect animal feces, which can scrape off the feces and put it in a collection container.

With the help of robots, scientists can conduct research faster and cheaper than ever before. This is because the robot is both accurate and fast. Therefore, they will not feel tired or bored, nor will they ask for a vacation.

The robot also does not need to eat or sleep to work 24/7, 365 days a year, with no rest time.

Robots have the ability to test anything in extreme environments, from medical equipment to oil pipelines. The robot can move any object accurately and easily at any speed.

When testing, robots are also more reliable and accurate than humans because they execute commands strictly in accordance with procedures.

In addition, there is no risk of human error, because robots will not fatigue or make mistakes due to emotion or boredom.

The use of robots in agriculture, electronics, and construction can save money by reducing labor costs while increasing productivity.

In agriculture, this allows farmers to focus on other tasks, while robots can weed and harvest crops at high speeds throughout the day.

Robots are an integral part of NASA's manned space program. For example, Robonaut 2, which was launched to the International Space Station (ISS) in 2011, performed many tasks, including replacing batteries and repairing damaged equipment.

NASA Johnson Space Center (JSC) is developing another Valkyrie robot. Valkyrie aims to explore the surface of Mars by walking on rocks and sand, using its arms and camera to investigate the landscape as it progresses.

One of the most common robots works as a research assistant in the laboratory. Many laboratories have begun to use "smart" robotic arms to perform tasks that humans cannot complete or require a lot of time and energy.

These tasks include moving liquids into test tubes and transporting samples to various containers.

Another area where robotic research assistants have proven useful is precision experiments. For example, researchers can program the robot to repeat the experiment at exactly the same speed or with the same motion each time, saving the researcher hours when analyzing the data.

Research laboratories usually need to deal with toxic or corrosive chemicals, and robots can play a role in them. In addition, the robot can be programmed to run.

Robots can eliminate the risk of contaminating samples by disinfecting or keeping a certain distance to prevent them from coming into direct contact with the samples.

They can also minimize damage to delicate samples by using soft pneumatic actuators that are more suitable for light work than traditional rigid robotic arms.

Some institutions are using robots to automate basic research functions. For example, scientists at New York University have created an automated system that can predict protein structure based on DNA sequence data; it can draw on more than 20 years of valuable experience in this field.

At the same time, Carnegie Mellon University has developed a machine teaching plan to teach high school students how to use machine learning algorithms - and all of this is done by themselves.

The program creates courses, grades, and feedback for students.

With the help of robotics, science and other industries have made great strides in seeking knowledge.

Today's robots can help researchers complete tasks that are too complex or even impossible for people to complete or perform. Needless to say, these machines may be the next big thing.

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