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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?

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.

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.

After hurricane Karl hit and practically flooded all of Veracruz, Mexico, many people were left wounded. This article talks about three specific patients who had "hard to heal ulcers" or the stakeholders. Along with the patients, the other stakeholders in this case were the specialists reviewing the information sent to them and the people present in the same location as the4 patient. These patients were taken to PEMEX General Hospital in Veracruz. Pictures were taken using digital cameras and were small enough to be sent to through email to specialists in Mexico City. There, they analyzed the high quality pictures and were able to give a diagnostic. An issue could be security since these files are being sent through regular email as clearly stated in the article " small enough to be sent via regular email ". If there isnt a specific network that these health centers are using it might not be delivered without having someone have looked at it before. The IT system(s) in this case were the digital camera used to take pictures of the patients injuries. The computer was also another system as well as cameras used for video conferencing. By having been able use telemedicine, it saved the energy of the patients having to go to another state just to be treated.

This is not a new item, it is an abstract of a medical journal article.

This short article discusses The Medical University of South Carolina's effort to start the Biomedical Research Bank, a collection of donated samples of blood, tissue, and bodily fluids with identifying information contained in a database. Then, by searching this medical database for specifics, researchers could easily find information necessary for research and various studies, and potentially reach their goal of "personalizing medicine".

This article is regarding the use of Electronic Health Records, and digitalizing medical documents for the "betterment" of the medical staff, and the ease of use that databases provide as a solution to the IT issues that these facilities face. Many health care policy makers within the government, including President Obama, are advocating for the major shift in the use of electronic health records, and digitalizing patient information. However, only a small percentage of medical treatment offices have done so (approximately 17%). Basically, electronic health records document personal information of the patients, for example name, address, age, and medical issues that they face, making it much more easier for doctors and medical staff members to get into the use of e-prescriptions, providing treatment electronically. However, as information becomes digitalized, often times, major issues such as reliability of the IT equipment becomes and important aspect of the scenario. Major companies such as Dell and IBM are in the run to provide electronic health record databases for medical facilities to use. To these major stakeholders, these databases, when set-up properly, are basically a tool for health care providers to use; they can reduce costs and improve the type of care that is provided for patients. They also have the patient's entire medical history, and other medications, along with lab tests that if properly connected to databases, can ease the treatment guidelines. Thus the benefits include less trivial tests, reduced health related errors, and better care with less costs for patients. The IT systems that are provided, including faster networks with improved wireless connections and more financially affordable computers are what will basically be used within the medical facilities running on electronic health records with digitalized information. Also, there will be more space for these new machines to be placed in, since all

continued... the paper documents are now going to be taking no physical space; entirely stored digitally. However these devices do not provide the solution of reliability that staff members may face when on the wireless networks and/or dealing with digital data. One solution that the article provides is the new Internet-based service model, known as cloud computing, in which much of the computing firepower and data reside in remote data centers, which doctors, nurses and staff would use via the Web browsers on their personal computers. Through cloud-computing, there is a more reliable and efficient way for medical staff members to document data without having system failures, and also if they ever plan on outsourcing, they can easily work with the database online.