Monday, 28 November 2011

What Are the Types of Robotic Surgery?


Medical robotics is the future of science. Though one Da Vinci surgical robot costs roughly $1.7 million, surgeons who have used it say it is both remarkable and revolutionary. "I do a lot of gallbladder surgery," explains Dr. Glen Gibson of Annapolis General Hospital. "Operating on livers, stomachs and colons used to be stem-to-stern incisions; I have had to take out (only) one gallbladder by traditional surgery in the last three years." Robotic surgery promises quicker recovery times, less pain medication and fewer incisions, he adds.

Currently there are three types of robotic surgery systems: Supervisory-Controlled systems, Telesurgical systems and Shared-Control systems. Supervisory-Controlled systems (a.k.a. Computer Assisted Surgery) are the most automated of the three. The surgeon undertakes considerable prep work, inputs data into the robotic system, plans the course of action, takes x-rays, tests the robot's motions, places the robot in the appropriate start position and oversees the robotic action to ensure everything goes as planned. The most famous prototype is the RoboDoc system developed by Integrated Surgical Systems, which is commonly used in orthopedic surgeries.

The Telesurgical robotic system is the second type of device used in modern robotic surgery. The most common variety, the Da Vinci Robotic Surgical System, enhances the surgery by providing 3-D visualization deep within hard-to-reach places like the heart, as well as enhancing wrist dexterity and control of tiny instruments. This technology allows surgeons to make quicker, more controlled and more accurate movements by using the robot arm with its wider range of motions.

It also allows more surgeons to perform these procedures, since many of the techniques performed by robot assistants are highly skilled and extremely difficult for humans to master. Now more procedures (like artery repair and valve repair) can be done without long recovery times or bodily injury.

The Shared-Control System is the final category of robotic surgery devices. In this system, the human does the bulk of the work, but the robot assists when needed. In many cases, the robotic system monitors the surgeon, providing stability and support during the procedure. Before getting started, the surgeons program the robots to recognize safe, close, boundary and forbidden territories within the human body. Safe regions are the main focus of the surgery.

Close regions border easily damaged soft tissue and the boundary is where soft tissue begins. As the surgeon nears these dangerous areas, the robot pushes back against the surgeon, or in some cases, when the forbidden zone is reached, the robotic system actually locks up to prevent any further injury. Shared-Control systems might work best for brain surgeries, where the surgeon provides the action but the robot arm steadies the hand.




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Robotics and Consumer Goods Production


When you say robotics, people usually think large scale production lines as in the manufacture of cars, complicated construction machinery and technology for space explorations. What a lot of people don't know is that robotics is utilized in so many other "smaller" aspects of our lives.

Consumer products are so commonplace that it is easy for people to think of them as simple creations. What you might not know is that the production of these goods more often than not, involves some sort of robotics system. While processes are complicated, robotics helps simplify them.

Industries Utilizing Robotics

Robotics systems are an integral component of the mobile phone industry. The roles that robots play in the production process range from assembly to internal treatments to testing. Robotics is utilized in putting certain cellphone parts together as well as coating phone interiors. There are also robots designed to check if the phones are working they way they should be.

The pharmaceutical industry also benefits extensively from robotics. The pharmaceutical industry is responsible for the production and distribution of life saving medications and robotics ensures that these products are indeed of the highest caliber. There are simple roles that robots are tasked to do, such as dispensing functions in pharmacies and there are also more complicated tasks, as in the research and development of new medicines.

The manufacture of food and drinks is one of the processes that most often makes use of robotics systems. Practically all kinds of food have been produced with the help of robots. There are many areas of food production that are dependent on robotics such as packaging, sanitation and delivery.

Production=Pick, Pack, Pallet

Robotics systems are vital in the effectiveness and efficiency of the procedures involved in the manufacture of consumer goods. Picking is an important function performed by robotics. This is where individual food items are picked and placed onto their respective wrappers or packages. This is a complex process because food comes in a variety of shapes. Nevertheless, robotics makes it easy to execute this step so that this contributes to the overall speed of production.

Packing is also another major task performed with the help of robots. Individually wrapped items need to be placed in boxes and other types of casings. There are varied packaging options but robotics systems are capable of efficiently adapting to the differences in package shapes and sizes. Some of these packaging materials are:

• styrofoam boxes

• sachets

• jars

• plastic tubes

Finally, robotics is essential to stacking food items in bulk. This involves heavy lifting but robots can accomplish this in little time plus there's no need to worry about possible injuries.

Conclusion

Robotics systems continue to figure in importantly in the production of consumer goods and many people believe the potential for robotics in this industry will rise even more. There are opportunities for robotics in household goods and health care products among others. There is constant development of new software and supplementary tools designed to automate even more tasks. This may mean that someday, virtually all processes in food production will be performed by robots.




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The Da Vinci Robot - Marvel of Medical Technology


The Da Vinci robot is a highly sophisticated, computerized optical and mechanical system for performing a great many surgical procedures with an ease, accuracy, and effectiveness never before possible. The surgeries are not performed by the robot per se; rather, the robot is an extension of the surgeon's eyes and hands, which gathers information about what is going on in the patient's body and enables the surgeon to perform precise movements which are much less invasive of the patient's body than conventional surgery. Because the incisions required to insert the tiny hands and eyes of the robot are much smaller than the large incisions needed to insert human hands, there is much less patient pain and discomfort, considerably less blood loss and reduced scarring than in conventional surgery. This means faster recovery times and return to normal daily activity. Often patients can recover and resume playing athletics in a few weeks.

A special television screen meets the challenge of producing superb high-resolution imaging for guiding the surgeon through minimally-invasive vascular surgical procedures. These systems possess special live, three-dimensional imaging tools which deliver extraordinary clarity together with three-dimensional insight, enabling surgeons to see clearly exactly what is happening in real time, and to unerringly guide the robotic arms and tools to navigate the tortuous vasculature. This complete informational picture from inside the patients allows surgeons in hospitals in IL to make immediate, insightful, and well-judged decisions. The images are crisp and virtually free of distortion, so tiny objects and details can be visualized clearly in endovascular surgeries. Moreover, advanced technology for measuring precise X-ray dosages reduces the radiation exposure for both the medical staff and patients while at the same time providing excellent image quality. Vascular procedures often require long fluoroscopy times, and a large number of radiographic images. The DoseWise component of the surgical robot is an integrated system with wide approach to managing X-ray dosages, which allows the surgeon to choose the image quality most appropriate for the procedure, at the lowest X-ray dose possible.

The preset protocols in the imaging system and the automated settings of the fixed X-ray system during minimally-invasive surgery permit clinicians to focus their complete attention on the patient and the procedure. Three dimensional guidance tools support the most complex minimally-invasive surgeries. Even the operating table is automated, with a cradle and tilt movement in order to enable the patient to be positioned optimally for the more invasive and needle-guided puncture procedures. Other robotic capabilities allow clinicians to acquire soft tissue volumes at any time during a vascular surgery procedure. Moreover, robotic heart surgery systems are tailored individually for use in pediatric cardiology, interventional cardiology, and cardiovascular mixed use environments.




The amazing Da Vinci robot is a marvel of modern medical technology. Robotic heart surgery and prostatectomy are now available routinely at hospitals in IL.





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Five Important Advancements in Medical Equipment


Doctors are only as good as their equipment allows. Today, new research into medical equipment is not only improving the effectiveness of medical procedures every day, but also changing the way we think about health and medicine. Here are 5 of the most important and promising advancements in medical equipment today.

1. Smartphone Ultrasound Imaging

With the help of a $100,000 grant from Microsoft, computer scientists at Washington University have combined USB-based ultrasound probe technology with smart phone technology. The result is a portable medical imaging device small enough to fit in your palm. One of the goals of the research team is to train people in developing countries to use the portable probe to gather patient data, which can then be sent to specialists' half-way around the world for study and quick diagnosis.

2. New Prostate Treatment Method: Bubbles

Traditional treatment of prostate growths involves inserting a metal tool into the prostate and scraping away malignant cells lining the walls. At the University of Michigan in Ann Arbor, a team of urologists have developed a more effective and less invasive method, using incredibly focused ultrasound pulses. The pulses create microscopic bubbles out of dissolved gas in prostate tissue. When these bubbles collapse, they release acoustic shock waves that, over thousands of repetitions, liquefy prostate growths. This is the first time that cavitation has been controlled well enough to be used as a tool at such microscopic level.

3. Treating Tumors with Microwaves

Liver cancer is becoming more common in the U.S. Traditional treatment involves either transplant or open surgery. But at UC San Diego's Medical Center, a new tool is being used to remove liver tumors: microwave ablation. The procedure involves accessing the liver via a small skin incision and piercing the cancerous tumor with a thin antenna that emits microwaves at temperatures above 60 degrees Celsius, causing cellular death in the tumor usually after 10 minutes.

4. Gamma Camera

New high-resolution gamma cameras are allowing doctors to detect breast cancer more effectively than with traditional mammograms or clinical exams. This new method is called breast-specific gamma imaging (BSGI). But the possible uses of gamma imaging are not limited to breast cancer only. High-resolution gamma cameras are becoming one of the most important tools for early detection of many different types of cancers.

5. First Steps toward Robotic Surgeries

Medical equipment is supposed to help human beings perform medical procedures. But the day may not be far when human hands are not needed at all during surgeries. Unassisted, robot-performed surgeries are a possibility that engineers at Duke University are working to make reality. Using a basic, tabletop robot, 3-D ultrasound technology and an artificial intelligence program, researchers were able to create a robot that could perform many basic tasks required during surgeries on its own. More research and development is needed before surgery robots become viably usable, but the first steps have been taken.




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Robotics in the Medical Industry


The medical industry is one of the sectors that benefit from the use of robots. One would think that with a gloomy economy as backdrop, the medical industry would hold back in terms of robotics investments but this sector shows no signs of slowing down. More and more equipment and applications are being developed to cater specifically to the medical market.

In turn, other industries related to the medical sciences are gradually increasing their allocations for robotics systems schemes. Precision is highly important in life-saving devices and medical research. Robotics is seen as a viable tool for ensuring that these industries continue to efficiently safeguard public health.

Research and Development

Robots figure in importantly in medical research and development. Medical practitioners are constantly trying to come up with new and better cures in the form of life-saving medications and robotics helps facilitate these functions. Because of the large amount of samples taken, robots are needed to increase the speed and accuracy within which these samples are tested.

There is also the added security of using robotics in research and development. These systems come with sophisticated sterilizing mechanisms to ensure that the work environment is at its safest levels and that there is a much lesser risk of contamination.

Laboratories also conduct a lot of research, and robotics helps manage the sometimes overwhelming amount of information generated by these studies. Needless to say, these studies hold life-saving information and these data need to be organized and then accessed at the appropriate time. It would be nearly impossible to manually find all the necessary information needed at a given situation.

Medical Devices

There is also an increasing reliance on robotics when it comes to the manufacture of medical devices. Robots can execute a variety of complex tasks such as the assembly of minute devices. Medical equipment such as pacemakers and hearing aids require the utmost care in assembly and the degree of success in completing these functions are higher when robotics are utilized. Additionally, robots can more speedily accomplish assembly which makes these devices immediately available to patients.

Advances in robotic vision systems enable even greater precision in the manufacture of medical devices. Robots are designed to accurately pinpoint and pick up parts needed to assemble devices and because this function is highly repetitive, robots need to be able to execute exact movements each time. A vision system helps guarantee this exactness.

Patient Care

Robots are also increasingly being utilized in patient care systems. Surgical robotics is an area that is constantly being refined. There are devices being used by doctors that treat tumors more precisely. These devices zero in on a tumor and apply radiation on that spot to treat the tumor. Surgeons depend on robots to implement this procedure.

Recent developments and innovations also hold great promise for cardiology. There are devices being developed to enable doctors to access the areas of the heart that are difficult and risky to get into.

Prosthetics are also created with the help of robots. Devices such as replacement hips and knee joints require painstaking assembly and robotics helps put together these varying parts.




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How Robotic Medical Solutions Can Automate Surgical Procedures


Many surgical procedures require a high degree of precision and a steady hand. Good surgeons practice for years to develop these skills. However, with advances in robotic devices for medical procedures, many medical solutions are being found that do not take up the limited time and expertise of a surgeon. Instead, a good number of tests and minor operations are being carried out by automated devices.

Any surgical device or tool needs to have certain qualities in order to be useful in the medical field. They need to deliver a high degree of precision and accuracy while being lightweight and minimally invasive. Robotic medical tools also need to deliver power in a very compact frame and be able to respond to the environment in which they are working. Hence, these devices require compact, high torque motors to perform operations and servo motors to create a feedback loop to ensure reliability and accuracy.

Case Study - Automated Lung Biopsy

Lung biopsies are performed to sample lung tissue to test for diseases such as lung cancer. The typical procedure calls for a physician to use a CT scanner to manually guide a needle into the lungs. The physician takes a scan and then adjusts the position of the needle. These steps are repeated up to 10 times until the needle is in its proper place and a sample can be taken. This is a long and uncomfortable process for a patient under light anesthesia.

A newly developed robotic sampling device is able to utilize a smaller series of scans and adjustments, typically only four, to automate and accelerate the process. A radiologist can perform this procedure by remote control and reduce the number of total scans, ultimately decreasing the exposure to both the patient and doctor.

System Design

In order to have an automated biopsy robot, many stringent design specifications had to be met. The key to the system is a set of four servo motors that orient the needle, power a pinion drive, and a final motor to rotate the passive roller. Each high torque motor provides a 10 Newton piercing force within a 10 millimeter sized motor coupled to a minuscule 10 millimeter gearbox.

Clearly, delivering a high torque motor that can meet such extreme size restrictions is a breakthrough in servo motor technology. The entire unit is designed to sit on a patient's chest, so the entire device is extremely lightweight. The servo motors combine with a microcontroller to create a feedback system that allows an efficient harvesting process that cuts down on procedure time and patient discomfort.

In the highly complex and technical healthcare field, medical solutions often require serious engineering capabilities. Miniaturized, high torque motors have provided automated tools to facilitate delicate procedures. Saving time and reducing costs while improving patient care is the ultimate goal of any medical solution and is the best way to improve the current ailing healthcare system. The application of high precision components to assist the medical expertise of doctors will continue revolutionize how patients are treated.




Chris Harmen is an author for MicroMo Medical Solutions, the leading medical industry partner providing servo motors and high precision components.





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Working With Robots


The advances in computing and miniaturization technologies have made possible an increasing use of unmanned devices to do routine work once done by man. Most repetitive precision and rule-based work can now be automated using sophisticated robotics.

As electro-optical-mechanical contraptions, robots are perfect for jobs that are repetitive, require precise rule-based actions and in areas where potential harm exists. People need salaries, vacations, coffee breaks and a reasonably comfortable work environment. Robots don't. People get bored doing routines and that could lead to fatigue that in turn could lead to errors and failures. Robots are immune from boredom.

In Manufacturing

Robots come in various forms and sophistication. Almost all of them are deployed in manufacturing. Car factories are highly automated with more human workers employed to supervise and manage the work, leaving robotic arms and AI-based computer machines to weld, paint, and assemble the different car parts together as well as move completed cars into the testing and distribution zones of the factory.

Another useful work for robots is in food plants that arrange, say, an assortment of chocolate cookies or candies in boxes. A computer system typical guides the robotic armatures with optical sensors over a moving conveyor belt, enabling the robot to pick and aggregate different objects into a container. Such contraptions, properly configured can produce the required daily volumes at predictable quality levels and cost structures to make the product more affordable.

Computer and electronic gadget makers use robots to solder together minute wires and parts onto the chip sets. "Pick and place" robotic armatures insert chips onto circuit boards found in all electronics gears from radios to cellphones.

In The Hospitals

Robots are increasingly common in pharmaceuticals and hospitals. The same "pick and place" robotics can be used to package medicines into boxes or bottles for market distribution. They are often found in sterile plants that are a requirement in handling pharmaceutical items.

There are robotic messengers on wheels used in some hospitals to carry medical and surgical supplies or equipment from one area to another on the same floor. Some medical robots enable remote surgery on patients using feedback sensors that allow surgeons to explore tissue sensed by the robot's instruments. It may be along while for miniature robot sensors to travel through the blood stream by remote control as described in science fiction, but that is certainly not far-fetched

Robots at home

Robotic engineers and scientists are now predicting that our homes would soon have robots as household help to do more of the routine and menial chores at home. Some appliance companies have started working on prototypes vacuum cleaners and lawn mowers that have microchip-based "brains," sonar sensors or optical "eyes" and solenoid and micro-motor armatures that can do most of the chores on their own.

They can go around the house to memorize their "assignments" and can pretty much clean the house or mow the lawn at pre-set hours of the day. Already in the market is a robotic lawn mower made by Friendly Robotics. It has bump sensors that define its obstacles and learns the area it will work on.




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Robotics For the Uninitiated


When people hear the word "robot," they immediately see images of Irona, Richie Rich's maid or the Terminator. Images of an entity with human-like appearance but with super human abilities are conjured up. In reality however, the term "robot," encompasses so much more than just humanoid or android beings.

Furthermore, most people are intimidated when they encounter anything related to robotics. It is true, it can be a complicated subject so most people, for convenience, assume it simply means androids.

Origins of Robotics

First, what exactly is robotics? Robotics, in the simplest of explanations, involves the design and creation of robots. It also involves the study of how robots can be used to perform a variety of functions. A robot is a mechanical device designed to automate tasks that are usually performed by people.

The first industrial robot to be created was Unimate, which was utilized to perform tasks in an automotive company. It was created by Unimation, a company formed by Charles Devol and Joseph Engelberger. After the success of Unimate, companies started investing in robotics for their manufacturing operations.

Types of Robots

There are many types of robots now in existence, each with specific functions.

o Industrial Robots. Industrial robots are widely used in the manufacturing industry. Many of the tasks involved in production entail speed and accuracy as well as repetition, which is why robots are heavily relied upon to perform these tasks. Some of the industries that use robotics extensively are:

- Automobile industry

- Medical industry

- Food and Beverage manufacturing

- Pharmaceuticals

o Service Robots. There are service robots devoted for personal use as well as those tasked to perform professional functions. Two of the most popular service robots designed are Asimo, a walking humanoid and Aibo, a robot dog. Other areas where these types of robots are applied are in:

- Patient care

- Military functions

- Underwater jobs

o Telerobots. Telerobots are ideal for jobs that are highly dangerous or difficult to accomplish so they are often manipulated via a remote control device. Telerobots are used extensively in outer space exploration and military operations. Other uses for telerobots include:

- Bomb diffusion

- Surveillance

- Certain types of surgery

- Rescue operations such as the scouting of survivors in a burned building

o Mobile Robots. Mobile robots are also known as automated guided vehicles and are used to carry materials on a given location. The more advanced versions can be manipulated to function independently using an installed map as a guide.

o Agricultural Robots. These robots are still in the development stages but designers foresee that these equipments can soon be used for tasks such as planting and harvesting.

Advantages of Robots

Robotics affords the human population a lot of benefits. In the business sector alone, robotics counts for much of the profitability of companies as robots enhance productivity and quality.

In critical areas such as the medical field, the use of robotics is significant not only to medical practitioners but also to patients. Robotics systems are a viable way to ensure that patients get the best medical devices, medicine and medical procedures.




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Robotic Future of Hospitals; Pandemic Prevention and Bio-Terrorist Attack


There is a huge concern in the medical industry that if a biological weapon were released that those sick might come to the hospitals in such large numbers that before you realized an attack had occurred everyone in every nearby hospital would also be infected. Then of course the hospital itself would be rendered useless and all those already in the hospital no matter what the reason would literally condemned. The biggest issue with this is that those places we have available to help our populations stay well would be immediately and totally useless. For some background on the World Think Tank discussion and on-going subject of bio-terrorism control and isolation, please see this page:

[http://worldthinktank.net/wttbbs/index.php?showtopic=153]

One of our Think Tank Members considering this and having worked in the medical field almost three decades and understanding the very fast moving technologies and innovation in robotics had contemplated the use of robotics in the event of a bio-terrorist act. Today modern hospitals have all kinds of robotic type technologies and are very leading edge with their devices. These state of the art devices make hospital robotics even more possible. Swift in Montana writes in this solution during our online discussion of robotic advances:

“One of the best places for them to work would be in hospitals that have infectious disease floors where communicable diseases are treated. They would be able to administer medications, check on the vitals of the patients, IV flow rates etc. without anyone risking their own health. Should there be a flu pandemic this would really help to keep the numbers down as would having robots to keep the area sterilized and as germ free as possible. Sensors could be built into them to determine when there was a certain level of particulates in the air for those with contagious lung issues and a robot could move around and clean the viruses from the air.”

When further discussion of tele-robotics came up as one of the incredible advances of robotics in medicine and what that technology has meant for NASA applications in repairs of Hubble Telescope, Satellites, ISS or pre-flighting the Shuttle for safe return it was determined that such technology could also be used in hospitals for outbreaks when operations and surgery were to be done. Since no person would risk infection, while we learned what the problem was and how to cope with it. For instance a bio-situation or bio-terrorist attack in the middle east somewhere could be diagnosed, isolated and prevented from spreading while our CDC here and other scientists around the world tuned into the procedure, thus using the brains of many to solve the now isolated bio threat from afar.

Swift from Montana further discusses other possible issues with bio-terrorism, namely that if the bio-terrorist see that their attack is not working they might seek to do further acts of International Terror and has these comments to offer:

“Perhaps the issue of doing surgery in another country would not mean that the physician would actually have to travel there. He could operate the controls, while a staff from that country assisted in the procedure thus eliminating the possibility of being kidnapped or tortured for humanitarian efforts. Maybe the residents of the country would look at what they were doing if the only entities that would come anywhere near them were machines. If a machine was captured, it could blow everyone up and eliminate several problems at one time. Robots would certain be effective in teaching people many skills that they might not have the opportunity to learn. The most successful programs in Third World Countries have always been those that teach the citizens how to do something that will take care of their own—‘the teach a person to fish principle’. The most basic surgeries could easily be handled in sterile, relatively primitive situations. Medications to control infection and pain would be all that was needed afterwards. Lasers could be built in so that scalpels would not always need to be used. Thus keltoid scars that often don't heal well on darker skins could be minimized.”

Computer modeling shows that if you can quickly diagnose and then isolate a situation such as an outbreak in those first crucial hours, then what could have turned into a pandemic turns into a controllable and conquerable problem.




"Lance Winslow" - Online Think Tank forum board. If you have innovative thoughts and unique perspectives, come think with Lance; www.WorldThinkTank.net/. Lance is an online writer in retirement.





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Robotics Kits


Robot is a term with which almost all of us are quite familiar with. But most of us are unaware about the technical insights or aspects about these wonders of electronic trade. A robot is defined as "reprogrammable, multifunctional manipulator", designed to move materials, parts, tools, or specialized devices through various programmed motions for the performance of a variety of tasks. It has a mechanical body and an electronic nerve system to drive it.

But the robot cannot perform task on its own. It does not have brain as we human being do. So how does a robot work. Here is the answer. For a robot to do something as desired and useful, we need to program it with some kind of intelligence. This can vary from hardwired logical circuits implementing some low-level reflex code to microcontrollers. In an advanced robotics systems, the control system can go up to neural network control systems running on powerful microcomputers networked together.

When someone decides to build a robot, the first thing that he would need is a robotic kit. Now the question arises what is a robotic kit. Well a robotic kit is your blueprint and comprises of all the tools and parts that a person would need for building a robot.

Robotic kits are available online along with manuals and robotic books which are of great help in building a robot. These robotic kits are available in various dimensions, depending on the customer's requirement.

The robotic kit includes the mechanical parts required for building a robot like metal or plastic parts, mechanical components & electrical motors. It also includes a manual which helps in building the robot. Robotic books are of great help and an added advantage to those interested in this field. Such books have all the latest updates about robots.

In Advanced robotics systems, the control system can go up to advanced neural network control systems running on powerful microcomputers, networked together. To be able to build a robot, a person needs to understand and learn all the aspects of above mentioned fields. Robotics is not a hobby, it requires skills, dedication and lot of hard work. Besides the obvious - mechanics, programming, and electronics, there are the less obvious skills of diligence and genuine curiosity.

Some of the robotic parts are:.

Sensors: which detect the state of the environment.

Actuators: which modify the state of the environment.

Control System: which controls the actuators based on the environment as depicted by the sensors.

The most developed robot part, in practical use today, is the robotic arm and it is seen in applications throughout the world. It is used to carry out dangerous work such as dealing with hazardous materials. It used to carry out work in the medical field such as conducting experiments without exposing the researcher.




The key components of robots have the ability to perform repetitive tasks in a precise manner. Robots can be either industrial or domestic depending upon the type of function they are required to perform. On a general note robots have found their application in many fields such as Commerce, home security, medical field ,industry, transportation& military etc. See here more information on Robotic Kits/Robotics Projects.





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Medical Robots


Medical robots are one of the most helpful applications of robots. They are used in various medical practices, including difficult and precise surgical procedures. They are also used to assist patients in recovery and in the performance of routine tasks for patient care.

Medical robots have computer-integrated technology and are comprised of complicated programming languages, controllers, and advanced sensors. They also possess powerful control units, a programming terminal, and process-oriented software for various medical applications.

Medical robots are used for training surgeons and providing in-depth knowledge to students. These robots provide standardized operation, which reduces the time required to perform any medical operation. They provide positional certainty and confined movement, which can lead to improved post-operative outcomes. The major potential advantages of medical robots are precision and miniaturization in medical operations. Further advantages are articulation beyond normal manipulation and three-dimensional magnification.

Doctors can view the patient, ask questions, read patient records, view X-rays, and test results using these robots. Although the robot does not physically examine the patient it, allows face-to-face contact between the doctor and patient with the help of a screen attached to it. They are also used inward rounds when doctors are away from patients, which allow patients to establish direct contact with doctors.

Research is going on in the field of medical robotics that will create new robotic technologies and benefit the healthcare industry. The use of WiFi technology in the medical robots allows a medical expert to visually examine and communicate with a patient from anywhere in the world.

There are many doctors, who are using medical robotic technologies in their regular clinical practice. Doctors believe that it is a revolutionary concept, which opens new avenues for telemedicine research and integrates technology with healthcare while establishing necessary interface between patients, clinicians, and teaching staff.




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Reviewing Robotic Systems Used in Surgery


Despite costing $1.5 million per unit, the Da Vinci robotic system is turning heads in hospitals across America. The addition of robotic systems in operating rooms promises more precise surgeries, less damage to the surrounding tissues, smaller incisions, less blood loss, less risk of surgeon fatigue and quicker recovery times. While intelligent robots are far from executing their own surgeries, using autonomous robots and robotic arms as assistants is revolutionizing medical science.

The Da Vinci Surgical System is a groundbreaking innovation that's garnered much attention by media and surgeons alike over the past decade. Ideally, these new robots will be used in delicate surgeries like heart valve/artery surgery, brain surgery and cancer removal. Telesurgical robotic systems consist of two components; one is a computerized tele-micromanipulator, the other a surgical unit containing three robotic arms.

At the start of the surgery, four keyhole-sized incisions are made as entry-points. Down one incision will be the endoscopic camera, which is attached to a fiber-optic cable. The remaining ports will carry tiny surgical tools, which rotate and maneuver using flexible robot wrists. The surgeon sits at a console, watching the 3-D images from the camera and making the necessary motions to perform the surgery, which the robotic system then mimics with much more precision and accuracy.

Supervisory-Controlled robotic systems work autonomously once they're programmed with set instructions by a trained surgeon. Surgeons then watch over the autonomous robots to make sure there are no surprises. RoboDoc, developed by Integrated Surgical Systems, is one of these Supervisory-Controlled systems, and it has been used in countless knee surgeries and hip replacement surgeries. Since 400,000 people require knee surgeries each year, this type of procedure can benefit a large number of patients by being far less painful and allowing for quicker recovery times.

Of course, there is always some room for error with robotic systems that require surgeon assistance. Since no two bodies are exactly alike, the surgeon must first map out the body to ensure the robot's course is accurate. Additionally, it is up to the surgeon to decide which surgical approach is best. The surgeon must also match the points mapped on the computer with the points on the body, position the robot at the proper starting position and then oversee the process from start to finish. While it's undoubtedly a complex procedure, its widespread use could have a revolutionary impact on the medical field.




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The Latest Medical Device News Gives Hope for the Future of Healthcare


Technology has highly improved the medical sector as each year, new and more effective tools are being invented. This is evident from the medical device news as it clearly shows the most recent medical device manufactured in the world.

Examples:

1. A new tool invented to help detect prostate cancer using the Prostate Specific Antigen. This is highly helpful as it assists in early detection of prostate cancer hence saves lives.

2. Mela, a new tool created for detecting Melanoma (a type of cancer that appears as dark spot on the skin).

3. An intelligent T shirt for patient monitoring has also been invented.

4. A new tool for brain research results for worm tracking challenge.

5. A surgical robot.

Manufactures of medical devices are in a very demanding business as people are looking for more new and innovative devices and diagnostics that can better their lives by improving medication all over the world. Luckily, there are industries and genius men working on this.

It is so fortunate to have news inform us on all the new inventions and creation of powerful and innovative devices that better the medical sector. Through these news, we are well-informed that there is so much more in store for the improvement of medication in the world, for example: a smartphone that detects bad breath and radiation.

Industries plan their field services by keenly looking at the customer relationship management because all the manufacturing of these devices is done to improve the lives of the customers. Without the customers, then there would be no need for the manufacturing. The latest medical device and diagnostics have their advantages and disadvantages too. As much as they assist in delivering better medication to patients, most of them are so much expensive making it hard for ordinary citizens to afford. For instance, how many people can afford to pay for a robot surgery?

Doctors' work has been made easier by this technology. For example, a surgeon in the United States of America can now perform a surgery in France without necessarily traveling to France. The surgeon can as well just direct a robot to perform the surgery. This is great and we all owe it to technology which include the medical device news.

Medical device news can easily be accessed online making it easy for interested parties to get information on the latest medical devices manufactured and their uses.




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Sunday, 27 November 2011

The Robotics Technology Curriculum


There is an ever increasing technology influence that is amongst our future. There is also no mistake that we do need the use of the robotics technology curriculum in order to get us started. Many of the youngsters that are on school, college and so forth is able to use the robotic technologies in order to get on with things in life. There is no doubt that the robotic engineering career is the one that needs to be taken up if this is the choice. Even with the high standards that is set with the use of this technology, we are all well aware that the robotics technology curriculum is one that would eventually be our future.

The use of nanotechnology is derived from the W15QKN and in life as we know it today, we make use of this in order to take control of the atomic level and in the process change the end result to what we want it to be. The robotic technologies are the future of the army, and the world alike. The W15QKN is the latest research that has been conducted and also used in the gasoline industry as well as the US army.

There are certain ways in which a teacher is able to teach his/her class. There are also ways which would be harder for them to take control of certain articles on specific sections of this curriculum. This is one of the reasons as to why many make use of the robotics technology curriculum. There are three levels that are covered, the beginning level contains the training and at the end you get the data as well as science aspects thereof. This on all levels has to be one of the most interesting subjects. There is definitely a bright future in the development history of robotics.

According to the research that was conducted, we are very likely to see more use of the robotic technology in the future. There is no mistake that this is indeed what has gotten us to where we are today and this will have to progress into the future. The use of this robotics technology curriculum is one that is widely used in the medical field and this is something that you should take heed of. Robotics has been used in urology, paralysis, as well as heat conditions and this is something that would bring in other concepts as well. There is the automation software for the healthcare industry that has also been developed, making this a prosperous future in the medical field.

There is a lot of ways in which you are able to use the robotics technology curriculum. You are able to study this at home, online, at college, even high school. If you wish to have possession of this, you should take a look on the internet as there are many places that are available. The future of technology could ultimately be in your hands, make this one the one to look forward to.




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Popular Robotic Surgeries Today


Medical robotics and robotic surgeries seem to be the future of medical surgeries. Although the cost of a surgical robot is roughly $1.7 million, it is very widely used. The medical world sees this technology as a remarkable and revolutionary step towards less invasive surgeries. By the use of robotics several complex operations have become very easy. Carrying out surgeries on organs like stomachs, livers, gallbladders and colons are now much easy. The surgeons swear by the performance of robotic surgeries as it promises less pain, faster recuperation, reduced medication and almost scar free incisions. At current there are three types of robotic surgeries that are in demand. There are robotic surgeries that use supervisory controlled systems, telesurgical systems and shared control systems.

The supervisory controlled system, usually known as the computer assisted surgery, is the most automated system among the three, mentioned here. For this kind of robotic surgery, the surgeon has to undertake a substantial amount of prep work which includes, feeding in a lot of data in the robotic system, planning the whole course of action, taking x-rays, testing the robots motions, placing the robotic instrument in the accurate start situation and overseeing the robotic actions to make definite all things goes as per system. The most well-known example of this is the RoboDoc system. This has been developed by Integrated Surgical Systems. This system has been commonly used in orthopedic surgeries to furnish great results.

Robotic surgeries done with the usage of telesurgical robotic systems is the next famous category of today's robotic surgery. Thecurrent robotic surgercurrent robotic surgery. The usage of telesurgical systems, improves the results that attained after the surgery, by offering 3-D images of the very many hard-to-reach places, like the brain. This technology has also been effective in improving wrist dexterity and superior control of little instruments. Surgeons can now make well precise and controlled movements, really fast, by use of a robotic arm which has a wide limit of motion.

More and more surgeons decide to accomplish their surgeries with the usage of telesurgical robotics. Telesugical robotics had gained favour as most processes are performed by the robot. These robots are very skilled and provide the kind of solidity which is really tough for human hands to master. The complex procedures like heart valve repair and artery repair are now completed, without extensive breaks for recovery.

The shared control system is the last kind of surgery performed by medical robotics. In this kind of robotic surgeries, the surgeon does the major part of the work, but the robot is used for assistance when needed. In a few cases, the robotic systems guard the surgeon. It thus provides help and stability during the procedure. Earlier starting the surgery, the surgeon programs the robots to identify the close, safe, and prohibited areas inside the human body.

Close and secure regions are the prime concentration of this surgery. Safe regions easily border the damaged soft tissue. In case the surgeon nears these forbidden areas, the robot alarms the surgeon, and in some cases, when the dangerous zone is reached, the system locks up to keep away from further injuries. Shared control systems may work superb for cardiac surgeries. It is in these kinds of surgeries, where the surgeon does the action but the robot steadies the hand.




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Do You Know What a Robot Is?


Robots are one of the most popular visions of the future, evident in many science fiction novels, from Isaac Asimov's "I Robot" to Douglas Adam's "Hitchhiker's Guide to the Galaxy." Often humankind fears that robotics technology could get so advanced that these cybernetic organisms will begin thinking and acting for themselves, with little regard for human hierarchy. However, the robots we use today are quite harmless and perform a number of useful functions.

Scientists are looking at how robots may function medically to help people live longer, more productive lives. For instance, researchers found that test monkeys can move a robotic hand simply by using their minds. That hand can wave, peel a banana and pick up items, just by reading the brain's electrical output.

Doctors say medical robots can help stroke victims or paraplegics accomplish everyday tasks. Currently, electronic wheelchairs can maneuver and computers can type based on one's thoughts. Dr. Bruce Volpe of the Burke Medical Research Institute is developing a "robotic therapist," which will help stroke patients perform arm exercises. "By improving movement in the shoulder and upper arm, patients can do simple things like push objects across a table, use a computer mouse or write," he explains.

Rehabilitation is another fascinating use for robots. At a consumer electronics show in Las Vegas, Paro Roberts revealed his $6,000 robotic seals that may replace cat and dog therapeutic robots used in hospitals and nursing homes. These exotic machines are also finding their way into homes, as they're cheaper (and easier) than caring for a traditional pet.

This robot, named Paro after its creator, reacts with noises and expressions of approval or disapproval, depending on how it's handled. Japanese robotics engineering creators say that robots could be the key to helping an aging population with problems of loneliness. "Playing with robots reduces problem behavior and they gain a certain peace of mind," explains Toshiyo Tamura, a professor at the National Institute for Longevity Sciences.

Who could forget the ever-so-endearing "Rosie," the house-cleaning robot from The Jetsons? While she seemed like every homeowner's dream come true back in 1962, her doppelgangers are now becoming a reality in 2009. Engineers at MIT Humanoid Robot Group say "Domo" can place objects on a shelf, put away dishes, turn lights on or off, fetch items, put away groceries, set the table, carry boxes and follow basic commands. While the technology is far too expensive to be commonplace in every household right now, the future for intelligent robots is bright.




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Why Robotic Surgery Is Changing The Medical Field


Many things are changing the way things are done in the medical profession such as robotic surgery which has evolved from allowing surgeons to perform crucial operations on patients who may be in a dangerous environment or at a distance into a groundbreaking techniques that improves everything about surgical techniques. Using these highly sophisticated tools like the da Vinci surgical system in many surgical situations has many cosmetic advantages as well as health benefits, and is rapidly replacing traditional surgical techniques for many medical conditions.

Using micro-instruments, surgeons are able to access the operation site through incisions literally the size of pinholes. Since incisions are so much smaller with robotic surgery than with traditional surgery, there is less scarring, less blood loss, less pain and a dramatically decreased recovery period. Additionally, these more direct procedures have a much lower risk of infection at the incision site, and due to the precision of the technique the long term effects can actually increase the chances of sustained health. As an example, men who have a prostatectomy using robotic surgical techniques have a lower instance of cancer reoccurring. However, the best quality of life benefits for patients is how efficient robotic surgery is and how minimal the damage is on the body which means the patient heals quicker and returns to a normal life quicker as well.

Because of the drastic nature of traditional surgery to deal with serious health issues, many patients become overly concerned with the pain and the danger of the surgery. What happens if something goes wrong? What if the surgeon makes a mistake? The situation can be emotionally taxing for the patient, and in some cases might cause the patient to put off a procedure, thereby increasing the seriousness of the health concern.

The positive effects of robotic surgery, like robotic hysterectomy or robotic prostate surgery prove that it is a technology for all kinds of patients. Even though there are many general surgeries like appendectomies where this type of technology is effective, there are also gender specific surgeries where these techniques makes necessary procedures much less painful and a lot more effective as a solution for patients. The surgical system is comprised of a robot, surgical console, and high-tech imaging equipment that allow the surgeon to view the operation site in real-time imagery; and motion sensitive robotic equipment responds to every movement the surgeon makes, nearly eliminating surgical error. This technology is truly changing the way the medical field approaches surgical procedures.




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Robotics and Robo Surgery


Realistically, robots are mechanical device design to perform pre-defined tasks. Robotics is one of the fastest growing trends worldwide. The introduction of robots as a substitute to human being in different fields is quite successful. The reason for growing trend of robotics is quite obvious because this area is getting tremendous boost from NASA. Looking at the vast possibilities of robotics, it is also promoted by military to develop future weapons. Not to forget the medical industry where robots are frequently used to perform complex surgeries.

Robo surgery comes as a boon for the medical science. Now neurosurgery and other branches of operative medicine is effectively conducted and handled with the help of robots. The precise reason for this success rate is primarily due to the major advantages of robo surgery like accuracy, efficiency, small incision, low blood loss, low pain, and extremely quick healing time.

Robo surgery is effort of Dr. Garnette Sutherland, professor of neurosurgery, University of Calgary Faculty of Medicine and the Calgary Health Region. He spent almost six years with a team of Canadian scientists to invent and design a machine that could establish itself as a milestone in the medical history. This device is so designed to be controlled by a surgeon from a computer workstation, whereas neuro arms provide the extraordinary control and detail for a better surgery. Scientists and other global robotics experts are exploring other possible usage of neuro arms and robotics in the field of medical science. Simply awesome, isn't it!




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A Medical Progress At Every Pulse


It took decades for a new invention or discovery but today, each passing day has news about many new discoveries, inventions and researches. From the era of penicillin and x-rays to today's robotic surgery, the medical field has come a long way. And the credit of all the new inventions and discoveries cannot be shared by the scientists and doctors alone but also other auxiliary sectors which have helped it being possible. The new discoveries and inventions also include the pharmaceutical sector which makes new drugs for new diseases.

The latest discovery in the field is the anti-cancer drug. The dangerous disease which was thought to be incurable has finally found a ray of hope. There are more than 100 types of cancer and the cancer drug has different effects on each of them. Also the cancerous cells which are initially suppressed by a specific drug may develop a resistance to that drug. The Cancer drug seems to work by activating a virus. The viral infection is activated that helps anti-viral medications eliminate a virus-linked cancer, says a new study.

The other great discovery is the drug for HIV. It is not a cure but a treatment for HIV or AIDS and it can stop people from becoming ill for many years. The treatment consists of drugs that have to be taken every day for the rest of a person's life. The aim of antiretroviral treatment is to keep the amount of HIV in the body at a low level. This stops any weakening of the immune system and allows it to recover from any damage that HIV might have caused already. The drugs are often referred to as: antiretrovirals, ARVs or anti-HIV or anti-AIDS drugs.

Apart from the area of drugs, many new inventions in the medical services are also taking place. New researches like needle-free injections and heart attack detection device are making people's life easier. Wireless medical devices, BP monitor testing devices and sugar-check instruments for diabetics are such that even a layman can use them.

Thus medical inventions are a boon which makes lives easier. With the industry growing by leaps and bounds, it is hope that this world becomes a disease-free healthy world. USA has a very good health insurance system. In US individuals and families can receive coverage through government programs or purchase private health insurance. Health insurance helps policy-holders pay for doctor visits, hospital care, laboratory services, specialist care, prescription drugs, and home health care and emergency services.




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Robotic Surgery and Its Promise For the Future


Robotic surgery is a promising technology that uses high-tech robots to perform minimally invasive surgery. This surgery is conducted by inserting a small camera and very small robotic instruments inside the body by making two or three small incisions in the desired area. The camera provides a precise and clear 3D image to the surgeon who can then manipulate the robotic arms and move the instruments in the body of the patient and perform the surgery.

History and Current Applications

Puma 560 was the first robot used by Kwoh and co workers in 1985 for a neurosurgical biopsy. The same was used three years later to perform a transurethral resection of the prostate by Davies and co-workers. Since then there have been many advances in the robotic surgery systems with robots being designed specifically depending on the type of surgery. The first robotic system to be approved by the Food and Drug Administration (FDA) was ROBODOC, a surgical robot developed by Integrated Surgical Supplies Ltd.

Since the 1980s, systems scientists have worked hard to develop telesurgical robots and devices that can be used to bring surgeons and patients, located in different parts of world, together. Other successful robotic surgery systems that were consequently developed include the da Vinci Surgical System (Intuitive Surgical), and the ZEUS robotic surgical system (Computer Motion).

These robotic systems have been used in laparoscopic gall bladder surgery, certain chest and cardiotomy procedures as well as bypass surgeries. These systems allowed the surgeon to manipulate the robotic arms through a computer console and monitor.

Currently, robotic applications has evolved even more, and has expanded to surgeries performed in cases like prostate cancer, bladder cancer, cardiothoracic treatments, plastic surgery, pediatric surgery and more.

Benefits of Robotic Surgery

The use of robotic surgery eliminates the need for surgeons to be in the same room as the patient. With the help of a video conferencing specialist, surgeons can now perform surgeries with increased precision and skill as before. This serves as a major advantage in times when doctors on-call is not available to handle an emergency case.

The other major benefits include the increased flexibility and position of the robotic arms used. This augments the surgeon's ability to maneuver the tissues with increased degrees of freedom. The more evident benefit of performing such minimally invasive surgeries is the decreased rate of infection as a result of which the patients take less time to recover. Therefore, in the end it works out well for all, doctors, patients and insurance agents.

Drawbacks and Limitations of Robotic Surgery

The main factor that has proven to be a major hurdle in the widespread use of robotic surgery is the high cost factor involved in the initial purchasing along with its high maintenance cost. Also, as these systems have not yet been established fully, there is still a lot of scope for optimization and more studies are required to judge the efficiency of these systems in different surgeries. Large size of these systems is also a major drawback because it is difficult to accommodate them in a surgical room, along with the other staff.




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HealthTechnica.com
http://www.healthtechnica.com





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How Does Robotic Surgery for Prostate Cancer Work?


Robotic surgery for prostate cancer has made a large influence on prostate cancer treatment during the last decade. Though this type of robotic surgical technology was developed first by the United States military to be used on the battlefield, it has recently been applied to the regular medical setting; most notably it is used in the treatment of prostate cancer. The very first robotic surgery for prostate cancer took place in 2001 and now it is the most recommended treatment among American men suffering from prostate cancer. In 2009, 86,000 men in the United States had prostate cancer and an astounding 86 percent had robotic surgery.

Though the number suggests there is a robot involved, it is actually not true. The robotic prostatectomy is actually performed by a surgeon using the robotic system. It has four arms and is connected to a console the surgeon operates. One arm holds a very small magnification camera and the other three arms hold various surgical instruments. The instruments are inserted via small incisions in the abdomen approximately seven millimeters wide.

The robotic arms are able to rotate 360 degrees. This provides the surgeon with the opportunity to fully manipulate the instruments with full range of motion and flexibility. These arms rotate much in the same manner as a human wrist. Using hand movements and foot pedals, the surgeon is able to control the robot. This machine provides surgeons with a much higher degree of precision. It also removes the possibility of hand tremors and other slip ups.

The surgeon is guided using a three dimensional display of the area. By working with three dimensional images, surgeons are afforded a new perception of depth that they cannot achieve with normal laparoscopic surgery. It offers more precision and makes up for any visual feedback. These pictures offer surgeons the clarity they need to use the robotic system properly. This clarity is extremely important as it can assist in minimizing any unnecessary damage to muscles and nerve bundles along the prostate. Avoiding unnecessary damage means reducing the possible risk of incontinence and erectile dysfunction. These are two of the major side effects of regular prostate cancer that the robotic surgery looks to especially minimize.

The only criticism associated with the robotic surgery for prostate cancer and how it works is that the surgeon is unable to know how forcefully they are pulling tissue or how well the stitches in the area are holding. These items usually require what most surgeons call "tactile feedback." However, according to a number of surgeons who have used this robotic machine for prostate cancer surgery, the high quality and clarity of the visuals they get and the inherent flexibility of the robot arms definitely compensates for this drawback. Robotic surgery for prostate cancer takes often around two to three hours to complete. Patients are put under general anesthesia during the time. The majority of patients who undergo this surgical process only experience minimal blood loss. Only in less than one percent of cases are blood transfusions required.




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What You Need To Know About Robots


The first instance of a modern robot was the equipment that was visible in clocks kept in medieval churches. This was an innovative discovery of clever watchmakers of those times who applied the theory of automation into practice. The word "robot" is derived from the Czech word "Robota", which means "compulsory labor." Karel Capek, a Czech author and dramatist first used this term in his 1921 play, Rossum's Universal Robots. Since then, the term has been used to refer to any equipment that accomplishes tasks with a great degree of ease; these tasks are often the sort that a human being may find complicated or undesirable.

Robot is also a term used to classify appliances that resemble human beings. The earliest robots used a feedback control mechanism and this technology is still in use today. The first known usage of this program was in the robot called Watt Governor, which was created in 1788, by a Scottish engineer, James Watt.

Robots are monitored and controlled by a computer. The software program in a robot enables it to move, maneuver things and complete tasks with precision. Robots are very productive when a job involves monotonous repetitive tasks. Robots are popular for this very reason. They can perform repetitive jobs faster and more efficiently than human beings and are inexpensive as their maintenance costs is much lesser than the recurring costs of labor.

With expansion in technology, dedicated equipment was invented to enact specific human actions. For instance, robots have been developed to simulate the human arm and its actions. However, these products were not robust and were not successful in replicating the human arm movements. This limited the output of these appliances. The emergence of multi-jointed artificial robots paved the way for modern robots. Robots are used in military, space exploration and outer space journeys, as well as hauling and transportation. Robots also have medical applications and are used in all sorts of mechanized industries. With the increase in demand for automation, various types of robots have been invented. This includes Cartesian, gantry, cylindrical, spherical, polar, articulated, SCARA and parallel robots. Though robot technology has not matched the expectations generated by the initial euphoria of scientists, it is constantly evolving through innovation and research.




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The Robotic Age of Yesterday and Today - Book Review


Today, we talk about our robotic world as if it is a given, but it didn't happen all by itself. There has been a steady, and recently in ever increasing growth in the science of robotics. Mechanized Machinery is nothing new, it's been going on for as long as mankind started building sophisticated tools. Today, with the advent of the silicon chip, and the future of computing robotics can do much more than they ever could before.

Artificial intelligence has also increase the capabilities, along with extremely sophisticated sensors. Before retirement I was in the car wash business, and the amount of robotics used in such a simple industry like that is intense. And yes, it has obviously revolutionized the sector. Of course when it comes to automobiles everything these days about the manufacturing of cars is robotic. From the assembly line mechanism which moves the car to the robots which put them together.

Yes, this has been good news, and bad news. It has improved the productivity of manufacturing to an unbelievable and completely unattainable point, which would have been impossible without the robotics. It has also caused much angst with labor unions, where robotics are pit against human beings in manufacturing jobs.

There is a very good book which I think you should read, it was written back in the early 1980s, but it goes to show you that are robotic age has been going on quite a while, and the future looks brighter than ever. The name of the book is;

"Robotics Past, Present, Future" by David C. Knight, William Morrow and Company Publishers, New York, NY, (1983), 122 pages, ISBN: 0-688-01490-9.

The author this book is quite an interesting fellow he is studying engineering in Paris, New York, and Philadelphia he has written many books on extremely interesting scientific topics such as the biology of viruses, ultra-sonics, and sound, and galactic formations. He is no stranger when it comes to science.

This book takes you through the various definitions of; "what is a robot?" It also takes you through some of the science fiction stories and the origins and history of robotics. The most fascinating section talks about all the robotics in various industries, along with the future robotics which will be used in the home and office. And I'd like to remind the reader that this was written in the early 1980s. There is also a section on robots in space, and their use or potential future use in medicine.

Not long ago, I had the pleasure of tutoring a robotic system called "The Da Vinci" which was used in telerobotic medical operations. It is amazing that back in the 1980s the folks had conceived of this potential eventuality which is now here today. Indeed I hope you will please consider this and perhaps purchase this book.




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Robotic Surgery is the Future of Health Care


In today's world of advanced technology, we are finally making huge strides when it comes to the medical field. The latest and most innovative technology that is found in the medical field today is simply put: robots. More and more are we seeing robots that are assisting the surgeon in the operating room. These robots will help many patients throughout the years, especially as the technology is perfected and upgraded.

Imagine that you have just discovered that you have prostate cancer. The mere thought of having this disease is daunting, let alone having to face a surgery as well. If you find yourself having to have all or part of your prostate removed the doctor will probably recommend that you have a robotic prostatectomy. This procedure will drastically reduce the amount of recovery time that is usually associated with any surgery involving the prostate.

Another major area where robots are highly used is for heart surgery. Although the technology for performing robotic heart surgery is expensive and difficult to find, the overall results being seen from the use of a robot during heart surgery are so great that we should see this technology become more accessible over the next several years. The use of a robot for heart surgery results in a less invasive procedure which in turn provides a quicker recovery time as well.

Hysterectomies are the second most common surgery that is performed each year. Hundreds of thousands of women require the removal of their uterus for a variety of reasons. Women might have this procedure due to uncontrollable bleeding or for cancer as well. More and more hysterectomies are being performed by the assistance of a robot. The use of a robot to perform a hysterectomy is highly beneficial to each patient. As with the prostatectomy and heart surgery, a hysterectomy performed by a robot also results in a less invasive procedure with shorter recovery times. Another benefit for most women is that they will also see less scarring as a result of the procedure. There are many hospitals in IL that provide this robotic procedure.

So if you find yourself needing a surgical procedure, perhaps you should discuss the options of a robotic surgery with your doctor. You should also keep in mind that not everybody is a candidate for robotic surgery and it may not be available in some areas. Robotic surgery is still generally new and will take several years for the procedures to catch on. Once the technology becomes more common and less expensive the surgeries should be available to just about anyone.




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Seduction by Robot


Seduction by robot??? Sounds strange does it not? But that is exactly what appears to be happening at a hospital near you. Perhaps you have not yet heard of the da Vinci Surgical System. However, I can assure you, your hospital administrators have, as have the surgeons who practice in your area. What is it? When did it arrive on the scene? And, perhaps, most importantly, why should you care?

Originally launched in January of 1999 by Intuitive Surgical, The da Vinci Surgical System is described by its creators as, "...a sophisticated robotic platform designed to enable complex surgery using a minimally invasive approach. The da Vinci System consists of an ergonomic surgeon's console, a patient-side cart with four interactive robotic arms, a high-performance 3D HD vision system and proprietary Endowrist instruments. Powered by state-of-the-art robotic technology, the da Vinci System is designed to scale, filter, and seamlessly translate the surgeon's hand movements into more precise movements of the Endowrist instruments. The net result is an intuitive interface with breakthrough surgical capabilities."

Wow! Sounds great, does it not? Sign me up! As a surgeon, I cannot wait to place my hands on one of these things. What patient would not want their surgery to have this technology incorporated into their procedure? "Seamlessly translate the surgeon's hand movements into more precise movements...state-of-the-art...breakthrough surgical capabilities." Seems like a no-brainer, right? Hospitals around the nation and the world seem to think so. And they have snatched these robots up in a "We don't want to be left out" frenzy. Many surgeons have also been eager to jump on board. However, wait a tick. Let us take a closer look.

There exist several potential issues with this device as well as issues with how it has been marketed. Some of these include the cost of the device, monthly maintenance costs, significantly increased operative times, steep learning curve, increased complications and, at least in one area, presentation of the robot as the least invasive approach when a lesser invasive procedure is available. These potential problems deserve a closer look.

Consistently, the cost of the da Vinci Surgical System is reported to be $1-1.2 million. A hospital administrator recently informed me that the monthly maintenance for the system is in the neighborhood of $10,000.00. That is a significant amount of money. Add to that the enormous cost of training in terms of both time and money, and we are talking about an even larger sum. This is something of which any hospital system that acquires one of these robots will be acutely aware. This presents one of the issues I have found most concerning surrounding this device, more specifically, its marketing.

Several times over the last year I have received and read advertisements with invitations for people in neighboring communities to attend a meeting or dinner to learn about a new minimally invasive procedure available for hysterectomy. This, in and of it itself, poses no problem. However, the slant presented appeared to be that this new technology (read robot) was less invasive than "traditional" hysterectomy. This is where the problems arise.

There can be no argument that the LEAST invasive hysterectomy is a vaginal hysterectomy. The vaginal hysterectomy has also consistently proven to be the safest in terms of dangerous complications like ureteral injury. However, the purpose of these meetings is to "inform" people of this less (read, least) invasive option of robotic hysterectomy. A more skeptical assessment might be that these meetings intend on "selling" prospective hysterectomy patients on the idea that this robot offers the least invasive approach to hysterectomy.

Let us not forget, these da Vinci systems are extremely expensive and it appears from these marketing efforts, that these hospital systems are looking to drum-up business to help cover their costs. If, in so doing, they are deliberately misleading patients that the robot offers the LEAST invasive option for hysterectomy then it is, at a minimum, wrong and, at worse, potentially assault and battery.

But let us back-up for a moment. Let us examine potential issues with this da Vinci Surgical System craze in more general terms. When news began making its rounds in surgical circles about this device and as most of us watched procedures being performed "robot-assisted", there was one comment heard time and time again. That comment was that the system seemed to be a "technology looking for an application." In other words, yes, this is an interesting, fancy machine, but it really had not been able to demonstrate a benefit in any particular area of surgery that could come close to justifying its enormous costs. Keep in mind that these costs consist of much more than the cost of the machine itself and its monthly maintenance costs (which we have seen are substantial), but the enormous costs in terms of increased surgical times, increased anesthesia costs and increased costs of surgical training.

These are some of the costs speaking in financial terms. Potential personal costs to the patient include increased operative times, increased time under anesthesia and the potential for increased operative risks and injury. More on this in a moment.

When I first began learning about robotic assisted surgery, the one area where they felt they could definitively state that there existed a significant proven benefit to the patient when robotic-assisted surgery was employed was in the area of a radical prostatectomy. There existed decreased risk of erectile dysfunction and other morbidity and the surgeons apparently really raved about the benefits of robot-assistance with this procedure. Radical prostatectomy is way out of my area of expertise but it certainly sounded reasonable to me at the time and I was pleased to hear they had a truly beneficial application for the technology. However, recently when speaking to a urology colleague about the incidence of complications in robot-assisted surgery he informed me that his colleagues were beginning to question this benefit and some of their contemporary literature was refuting it, as well.

It was during this conversation that I was discussing another of the potential issues with this robot-assisted surgery, that is of complications and what is more concerning, unrecognized complications. Any surgeon will tell you that if you operate enough, eventually, you will have complications. There is no way around it. It is part of surgical medicine. The best, most gifted surgeons in the world have surgical complications. One strives, as a surgeon, to minimize complications through thorough training, proper preparation, careful surgical technique and vigilance. Even with all of these things sometimes complications will occur. When they do occur, you, as a surgeon, want to recognize that a complication has occurred and address it appropriately and timely thus minimizing the impact it has on the patient.

We have already mentioned that the learning curve for physician training with the da Vinci system is very steep and time-consuming. It is one of the few, if not only, products on the market of which I can think that charges the surgeon a fee to learn how to use its product. The system itself is very hands-on and labor intensive not only for the surgeon but for the operating room personnel, as well. It only makes sense, that depending on where any given surgeon is on that curve, the potential for complications may increase. The discussion I was having with this urologic colleague stemmed from a patient recently referred to me following a robot-assisted gynecologic procedure during which the patient sustained injuries to her bladder and ureter. The ureteral injury was unrecognized at the time of surgery. This colleague discussed with me the increasing number of robot-assisted surgical injuries that he is seeing in his practice, as well.

There are numerous surgical fields that are attempting to incorporate robot-assisted procedures into their practice. I have read some reports from cardiovascular physicians and oncologists who report enjoying using the da Vinci Surgical System and feel it has benefits in their field. You can read many of these posted on the company's website (perhaps, not the most objective source). As I have no expertise in those fields I am not qualified to opine. Where I can voice concern is in my own area of expertise in how this technology is being employed in gynecology. I recently had a conversation with a gynecologic oncologist who was planning to use the robot in a benign gynecologic case, not because the robot offered any particular benefit to the patient, but simply because he wished to use the robot. Never mind the aforementioned increased cost to the patient and our medical system but also the increased operative and anesthesia times and potential risks. This is concerning.

When discussing increased operative times, we are not talking about 20-30 minutes. Unfortunately, doubling, tripling and even quadrupling of operative times is common. Approximately 3 years ago when returning from a medical conference I was discussing the pros and cons with one of the more experienced "robotic" surgeons in my area. He stated that, at the time, a case that might require 45 minutes for him to complete with traditional laparoscopy might require 2.5 to 3 hours with the robot. He reported that he did not mind the increased operative time because he really enjoyed robotic surgery. And this, he reported, was a significant improvement over the initial increase in operative times. He explained that one could expect even longer times when first learning the system. Is this reasonable? Is this acceptable in the field of gynecology, or in any field for that matter? Does the end justify the means? When is this the best approach? Most cost-effective? Safest? Is it ever any of those things or does it offer all those things and more? The answers to these questions are certainly not clear and require further evaluation, at a minimum.

There are often numerous choices in the approach a surgeon uses to perform a procedure. Some surgeons are trained in multiple approaches to the same procedure, others perhaps only one. Numerous factors go in to deciding on which procedure is most appropriate. Factors include surgeon's skill, patient factors such as their health, size, or organ size, as in hysterectomies. Never should a more invasive procedure be chosen simply because a physician finds it to be more "fun" or "interesting." Additionally, a procedure should never be chosen because it is a part of an efficient marketing machine. I was caught a little off-guard the first time I saw a physician advertising themselves as a "robotic surgeon." Does that sound like a good thing? I know what they are trying to say/ advertise. But does anyone truly want a "robotic" surgeon? Not me. I want a skilled surgeon who has the ability, adaptability and fluidity to adjust their approach as the case requires, not plod aimlessly forward in robotic fashion without regard to the circumstances of the specific case. This is clearly not what they mean, but it sounds a little odd.

The most appropriate procedure should always be the least-invasive procedure that can be safely performed in a particular surgeon's hands at a given surgical facility.

I am not saying that there does not or never will exist a place in medicine for robot-assisted surgery. I personally know many well-respected surgeons who are using the product and believe it offers a benefit in their hands. I am simply saying that in a world with an increasingly scarce healthcare dollar we should tap the brakes a bit and determine if this or any other technology is appropriate for any given medical field. And whether it truly offers a cost-effective benefit to our patients without increasing their risks.




c. Keith Grisham, MD PA is a board certified obstetrician and gynecologist, and founder of the Grisham Center for Female Pelvic Medicine and Restorative Surgery. His practice is comprised of routine and high risk obstetrics, adolescent and adult gynecology, infertility, urogynecology, pelvic reconstructive surgery, cosmetic gynecology, and menopausal medicine.

http://www.NorthwestPlanoObgyn.com





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