Group items tagged

"And for patients, medical care has become an increasingly isolating experience, as their caregivers seem more beholden to technologies than to their illness, which is most certainly not virtual."

Article Writing & Guestpost You Can Join this Site for Your Article & guest post, Just Easy way to join this site & total free Article site. This site article post to totally free Way. Guest Post & Article Post live to Life time only for Current & this time new User. http://guestpostonline.com

It would seem like a great idea to be able to see patient's medical records on the spot, clearly and accurately. However, RFID's should not be the technology used to do so. Some patients have had RFIDs implanted into their skin for doctors to scan but in rats, no less humans, there have been cases where links between the use of RFIDS under the skin and cancer has been linked together. Many people would know about this, especially if they were to have the procedure done but this isnt the problem. Companies using the technology are practicing it on those who cannot protect themselves from its  harm. Patients who have Alzheimer disease are commonly practiced on. The question that poses from this is what and will the government do anything to stop these companies, why was it approved of and is it worth the medical advantages?

At the NHS in England, hospitals are using these new "IT programme" telling them to start labeling their patients. In 2006 approximately 25,000 patients were saying that they they weren't given the right treatment. These were cases due to the misreading of the patient's tags, papers and other identification papers.(These misreadings were due to the legibility of the handwriting. Then the idea of barcodes and RFID were introduced this February by the UK healthcare manager, Roger Lamb who is now using this NHS 10 digit patient ID number and RFID tags which will modernize the NHS hospital in England. RFID's will be upon their wristband which will contain all their personal records (there will also be a photograph if the patient is unable to speak). This can only be accessed by the doctors from his/her PDA. 2.4_health 3.1_hardware: RFID and 10 digit barcodes 3.7_databases: that holds patient's records (Keep in mind this article was written in 2007.)

i claim this article

This specific article pertains to a health issue regarding a cellular phone. The specific stakeholders here are Verizon and this man whom allegedly had his phone blow up while using it, injuring his ear. He has suffered no hearing problems, but Verizon will be held at a legal case against this, or so the man, named Embry, says. This relates to health considerations, because the main problem here is that a man got injured and this was not good. This telephone was an Android Verizon Phone, one of the latest phones out. The cause to this problem is unknown, but Verizon will definitely have a lawsuit against them, since this was a threat to safety, and looking at the photo, you can tell that this mans ear was injured. This could also be fraud, a way for a man to make money off of a company by faking an injury. The battery to the phone remains unaffected, which begs the question of what possibly could have set the explosion to this screen, if anything? It isn't something we can know at the moment, but the investigation will definitely give answers. Is any user of a cell phone safe if the top notch cell phone that just came out exploded? This could be a danger to many people, not only just Embry, who might have been lucky to survive the encounter.

This is not a news source. Stick to vetted newspapers or very reputable bloggers who are considered journalists.

Many useful videos on assistive devices for using IT 

This article deals with how telemedicine was used following the earthquake that occurred in Haiti in order to provide medical care to patents and individuals. The stakeholders in this scenario include the patients and doctors in Haiti and the doctors/hospitals in the U.S. They are able to use satellite technology and wireless internet, in order to bridge the gap between both areas and provide people with access to medical care. Satellite technology is used to communicate between doctors in the U.S with clinics in Haiti. This provides real time service to patients, where the doctor is providing a consultation and diagnosis immediately to the patient. This technology also allows doctors in the U.S to perform surgeries since the satellite technology is able to support telemedicine because it provides a high amount of bandwidth. Additionally, in Haiti they are using high speed wireless internet throughout certain regions. The radio system is used in extreme cases where more advanced technology is not available, but still allows doctors from two areas to communicate with one another. Images and messages during consultations are sent through a secured network, so the data of the patients is kept private. Obvious benefits of using this technology include that people are able to get access to medical care and this decreases the digital divide and globalization. This is because people are able to get more care and consultation through using this IT technology, which would not have been available without telemedicine. However, some issues still arise despite these benefits in medical care. This includes the security of information and privacy of the patients. In this case, the article states that the internet messages are secured so that there is not privacy breach. This must be done using encryption technology so that people are not discouraged from using telemedicine and so that no private patient information is leaked or seen by unwanted users.

Even during natural disasters such as hurricanes, patients can get medical help because of telemedicine. The University of Texas Medical Branch have set up a consult service in the Houston Area in case of a devastating hurricane. The use of telephones in this situation is used to help provide people with medical attention. The doctors can have a consult to help them with triaging and diagnosing patients. This method however, is not reliable because it uses other industries' networks, which can cause problems with connecting. Data which is also backed up is also located far away from the site which may make it unreliable if it is forwarded manually. Then there are standards which must be applied to the use of the information being stored because there are health records of a general public and must be handled securely. 

Careful, when you say: "also located far away from the site which may make it unreliable if it is forwarded manually. " you make a faulty assumption about the causes of reliability problems.

According to Alexander Vo, an associate professor in preventive medicine and community health, telemedicine is a helpful measure to be taken in order to help patients from a remote location. However, he says that problems have arose when telemedicine was used in relation to diaster relief. One example given is the earthquake in Haiti, when many technologies were donated by companies in order to promote the use of telemedicine for immediate disaster relief. Vo says that this technology was not used, especially within the first few weeks, because the locations were staffed with enough doctors. Further, even if the technology could be used, the doctors were not trained to use it, and there was no time to train them at that moment.Only after the voluntary doctors went back to their home towns could they be of any use in regard to telemedicine. The patients in need of special care could then connect with the doctors in the remote areas, however, there could be problems if the internet was down, or if the necessary hardware was destroyed due to the diaster. Even though the egagement in telemedicine was not the best for Haiti, it was seen to be of great help for a hurricane in Texas recently. Vo explains that telemedicine was successful because it was already established within the communities. The technology was available throughout the affected areas, and could be put to use immediately. The use of cell phones was also crucial, because many of the patients had pre-established access to doctors who could help diagnose and alleviate the problems of the patients in affected areas. Because the protocols were established prior to the disasters, the care was planed out to be available to the most amount of patients. Plans in advance can also taken into account the problem of damaged internet service, cables, and networks, and determine what the best plan of action is given the situation. Thus, the relief would allow the affected area to be back on track quickly, and efficientl

After the January earthquake in Haiti, many people were left under extremely bad health conditions, with little or no health care being at their service. Haiti is a poor country, and with a natural disaster like that occurring, medical treatment for those that required it to the minimal extent was rare, let alone for the people that needed to be operated upon (such as surgical patients). The solution that some United States officials found after attempting to help Haiti with this issue was telehealth, better known as telemedicine; telemedicine was initially used for space astronauts back in the 1960s. In the situation with Haiti however (better known as "real-time"), it essentially involves a video-conference between a patient and a health professional and/or doctor in a different location (often times in hospitals or offices). Also during certain operations however, a doctor at the scene will be conferencing with a specialist at a different geographical location through the uses and benefits of telemedicine. The main IT system involved in this situation with telemedicine is satellite connections. A satellite communication system requires a satellite to function. Thus, a satellite is in high orbit over the Earth (stationary or geosynchronous, which means that the speed of the satellite is complementary to the speed of the rotaion of the Earth, thus it will always remain above the same spot). A satellite dish on Earth is then directed at the satellite, and all the signals (voice & data information, television signals, etc.) are transmitted on an uplink. The satellite itself (while still in orbit outer space) has a receiving antenna mechanism which is able to capture the incoming signals towards it and is able to diverge them through an amplifying network.

continued.... After this process, it then re-transmits the signals to the designated receivers (these signals are waves that go upon a certain frequency). Depending on what the frequencies are, when it comes to telemedicine, the frequencies are repudicated for an instance, and the digital data is then linked to set receivers. These data packets are routed through satellite, which makes the end (whether it is a phone call or the merging of voice and data transmission such as video-conferencing) come along. The satellite may be compared to a ground-based signal, in which the signal points upward and it is later reflected down back at the user/client. Therefore, with sufficient bandwidth, Haiti is running on high-speed Internet access. As a result of this IT system involved (as well as the use of telemedicine), social and ethical issues emerge. The use of such IT devices and systems such as satellite linkage and telemedicine through video-conferencing was not present in Haiti even before the earthquake. However, with the aid of other countries, more advanced form of health care came into view. This is a breakthrough from the digital divide, where Haiti was not able to provide proper medical care for its citizens. Another issue that comes into play (vexing from the digital divide) is globalization. Doctors on the seen are able to provide their patients with the best care by either consulting a specialist from a remote area far away, or the patients who require health care have video-conferences with doctors in order to discuss health related issues. This breaks down the barrier in which Haitians were facing with little or no medical support.

There are many patients that lack the specific care because of natural disasters, such as tsunamis and earthquakes, even blizzards. Companies such as polycom and Tandberg both provide this service that was originally meant for bigger businesses, and now these new markets are being serviced by the companies first made for these businesses. As a matter of fact, even telepsychiatry is also offered, or mental health care is also offered. If someone is from afar and needs care right away, then they will get it that easy, instead of waiting for days, they can wait have access to doctor help right away.

This is similar to the video we watched in class a while ago. This tells me of a doctor who is helping people who are out of reach. This indicates how tele-medicine decreases the cost for patients to gain medical help. There are very few large hospitals spread over Argentina. Tele-medicine also allows hospitals to communicate with smaller clinics. The clinics can send the hospitals the symptoms of their patients. Then they can diagnose the patient and send over the results. The patients and doctors in this situation would be the stakeholders. This would be solving the social and ethical issue known as the digital divide and equality of access. By using tele-medicine doctors can access almost anyone, this cuts the problem of cost as well. This allows anyone to have access to a doctor. As said in the article "even patients in rural areas can have access to the best medical care, without the expense of traveling". This shows that even people who cannot afford to travel long distances to get the doctor. This also allows people who need the help of a specialist to use telecommunications to contact the specialist from their local doctor. However, as said in the article, the hardware needed would need to support audio, and visual components. By having visual aids, the doctors can look at the patients physical health and possibly diagnose them. The audio aids would help the doctors talk to the patients to allow them to figure out what's wrong with them. I think the best thing to use would be a webcam. This supports audio and visual aid.

This article is about the idea of putting all existing medical records into electronic form. This would cut the costs needed for storage of such information, this would also increase how fast a medical official can access the records of a sick patient. However, as listed in Strand 1, there are many positive and negative social/ethical issues. One such issue is security. By making the records digitized and put into the hospital database, people without the proper authorization would not be able to gain access to the data. This can also coincide with authenticity. The information that relates to the patient should be accessible by the patient. The patient would need to be able to get through the encryption of the data. Another social/ethical issue would be the equality of access, this would allow only certain people the ability to look at the data. Even with these positive social/ethical issues there are some negative issue. One negative issue would be integrity. There are people who can hack the encryption of this data and tamper with it. This would cause the data to be different in other places and a breach in security. This would be a great help to organizing data. Using a paper file system, the doctor would have to go through a lot of papers and cabinets to find the patient's medical history. By using a paper file cabinet documents are more likely to go missing or get mixed up with another patient's records. However, by using a database this data is much more organized. There is a smaller chance of losing the patient's data, by using back-ups the data could be easily restored. There is also a much smaller change or mixing up multiple patient's data. If the wrong data was use for the wrong person, the person may not have the correct medical treatment they need. With databases the information is much more organized. The patient's data can be found very fast, compared to a paper file system (this could take more than an hour depending on the amount of patients).

Continued...The hardware involved with creating databases in the health industry would be a DBMS Engine. This is also known as a Database Managing System. This takes the logical request from DBMS subsystems and converts them to physical equivalents. This also requires interactive processing. This replaces batch processing. This allows users to interact with data through terminals and view values online in real time. By having real time the doctors can give the patients what they need at the moment the patient needs it. The stakeholders in this specific case would be the hospitals adapting the database managing system and the patients whose information is stored in this database. If the database is tampered and there are not back-ups the patient would not have his/her medical history. This could cause the patient to be on a delay for an operation that is extremely important to their life. This could also place a lawsuit on the hospital.

In looking at this article and the other articles that I have post The main It IT system is a database to store the medical records of the patients of doctors. In theory this would be great for everyone. There will be less paper waste, and it would be easier to pull up patient information at the doctor's office. Its true potential can be achieved if each doctor's database can be connected to created to create a network so any doctor can access the patients information nationally or internationally. The primary issue however, is that the doctors have no standard. Some doctors are not willing to make a transfer because there are to many implications to actually becoming all digital. So that is the issue, since there are no standard the doctors are not willing to adapt. Now this issue can affect a number of stakeholder's. The doctors can see the benefits and draw backs of this standard issue. The doctor's who adopt EHR, actually save a lot of money in the long run, and are on better terms with insurance companies, in the cases where doctors don't use EHR and if a standard is developed they will suffer for it. They will not be able to process patient information quickly, and be on bad terms with insurance companies, and the U.S government(since the government wants to only have EHR or EMR). If a standard is not developed its the patient that will suffer the most. In this world that that we live in International travel is a common place, many people can get injured abroad a EMR can give life saving information to the doctors from the foreign country. This article displays the particular benefits of EMR, the article above me is the reasons doctors do not want to adopt to EMR, and the article before mine displays the governments interest to change all the paper records to EMR.

This article is primarily about setting standards and protocols so that an electronic health records could world easily and securely for many health care providers and suppliers. The reason the introduction of an EHR hasn't worked before, is that there were no data-sharing standards, which would ensure that the data is transmitted securely across the internet. These standards are also in accordance of many of the interests of all of the health providers and stakeholders involved, which was a major problem previously. Without the issue of connecting the EHR from provider to provider, then the records would be a "fancy...way to capture data," and it's full potential would never be recognized. However, these new standards and protocols, filled with secure transactions based on encryptions, have made the introduction of an electronic health record possible. There are many benefits to the use of an EHR, including productivity and financial improvement for the companies and the employees. For example, doctors/nurses no longer need to spend time pulling a patient's file, or writing the details of the visit afterwards. There are also fewer repetitive tasks, and improved communication between doctor and nurse, or doctor and another doctor. Quality of care may also improve because doctors have quick access to a patient's information, there is better monitoring and discovery of chronic illnesses, and doctors can return phone calls/ provide medication refills immediately. Also, in general, the electronic charts allow for a more efficient office, which leads to a less stressful environment and more attention on the patients' care rather than searching for their charts. This can only be done through the introduction of an EHR, leading to easier queries, instant reorganization, and file management that could be transmitted to both the patient and any other doctors. This minimizes the ambiguity of not having tests results from one doctor, and allows all doctors treating a p

patient to see all of the patient's history. This is important in having a correct diagnosis and treatment. However, there are also some drawbacks. Initially, doctors who chose to engage in the implementation of a EHR, see some decreases in productivity. This is because entering information and learning how to use the software takes some time. Some doctors also do not have the money to invest in such software and accompanying hardware to, and others no not want to because they are accustomed to their hand-written charts. There are also some security issues, leading to greater privacy issues. The EHR maintains very personal data about a patient, and if the records are breached, then the privacy of the patient may be put at risk. There is also the issue of interoperability, which was brought up in the article. Many of the companies in different countries wishing to engage in the implementation of EHR have different standards involving the usage. This could harm the usage of an international EHR.

This article discusses the introduction of IT in haiti after the disastrous earthquake that hit this under-privelaged country hard. There are many people who are put in the situation of getting wounded from the earthquake. A few volunteers from the University of Miami went to Haiti with 2 donated portable satellites, computer laptops, each device contained a satellite telephone, satellite Internet, and video camera. These donated materials and workers who volunteered were important because of the problem with money in Haiti. The medical team consulted in real time with their Florida colleagues 700 miles away. The potential of this was that it can improve diagnoses, speed treatment, and lower costs. One thing they could do was, using a camera on a cell phone with Internet access, they took photos of patients' X-ray films and wounds and emailed them to stateside specialists. Without this technology, it would have been much, much more difficult to work logistics and communications. Dr. Alessi, a volunteer in Haiti for many years, worked when there was no use of It. "What's most exciting is that we are building an entire health system in Haiti," he said. "That's where telemedicine and technology will come in. I think Haiti is finally going to be connected to the rest of the world."

(NOT FINISHED) After the devastation of Haiti's earthquake, impoverishment plagued the millions of patients, in dire need for medical assistance and resources. The "low tech" equipment failed to meet the needs of the population, so tele medicine is being adapted.

Medical facilities in Haiti are in essence trying to integrate satellite connection and internet service (along with increased bandwidth) in order to greatly expand the distribution and administering of medical services. Donated by the other organizations in Miami, the Haitian hospitals are now given the opportunity to form intercommunication via a wireless regional network system (internet service provided by neighboring countries, such as the Dominican Republic). One of the primary stakeholders, the patient and injured Haitian individuals required to maintain necessary medical help from the American doctors and medical professionals (other primary stakeholder). Such IT systems, enable the patients suffering from the devastating results of the earthquake to retrieve an increased amount of help and attention from doctors and other medical health professionals in other parts of the world, specifically recruiting medical help centralized in the United States. The adapted procedures of tele health already in American hospitals, including the use of internet messaging, x rays, scans, and medical reports all enable doctors to obtain confrontation and collaboration with Haitian patients on accurate and more reliable grounds. The scenario included in the article is Health, and the main theme is"medical information administration and marketing sales" for this pertains to telemedicine as a branched off aspect. In regards to the social and ethical considerations, the issue of the digital divide and equality of access is greatly highlighted in the article; telemedicine linked medical services found in another nation, to the needy Haitian population thus diminishing global boundaries placed up by the differences in development and advancement in certain regions of the globe. The digital divide that took control over Haitian lives( due to the catastrophic events of the earthquake) eliminated sources of internet connection, hardware and available software equipment to run teleme

In Diigo, you can always go back in and edit your own postings. It's only in the moodle that there is a time bomb that causes you to comment on your own reflections if you go back later to expand upon your initial thoughts.