The widespread adoption of mobile technology, such as fueling the fire, has made the medical industry continue to face the requirements of successive regulations. As hospitals and some medical companies adopt mobile solutions one after another, the development trend of BYOD (Bring Your Own Device) has led the information technology department to adopt corresponding measures to ensure strict security measures and ensure their dependence. Given the use of mobile health tools (mHealth tools) by clinicians and staff, hospitals will need to adopt stronger integrated security measures in 2013. According to a survey conducted by Aruba Networks on 130 hospitals, 85% of the equipment supports personal devices used by doctors and staff during work. Hospital staff and clinicians can check their personal emails and their work emails on the same device, check electronic medical records, query information about drug interactions, and use the Mobile Security File Transfer application to view experimental results or radiographic images. Or find a babysitter for the night out. Compared to the more complicated intertwined work and personal life, these devices allow us to get the information we need, and combine our work and life. The survey also showed that 83% of the devices that support the use of personal devices by doctors and hospital staff provide network support for Apple's iPad. Today's smartphones and tablets allow us to check emails, view news, browse social media sites more easily than before, and also fax signature approvals for treatments. The development trend of BYOD will make the medical industry's employees closer and the access to information more accessible. However, BYOD also raises questions about how hospitals can maximize the use of personal mobile devices while ensuring existing security policies. Most medical institutions will adopt BYOD in the coming year, and smartphones and tablets will be adopted at such a high proportion that the hospitals support these mobile devices almost in a passive situation. Therefore, when a radiologist, surgeon, or oncologist wants to use his or her own equipment, the information technology department sometimes has no choice but to provide technical support and ensure safe use. In many cases, the adoption of BYOD is positive for hospitals. It provides faster response, increases accessibility to doctors, and comprehensively improves patient care. However, for the staff of the information technology department responsible for providing medical safety regulations, they face a new and complex challenge of providing technical support for medical professionals to bring their own devices into the hospital, while at the same time Ensure the confidentiality and security of patient health information. The hospital's information technology staff understands that this is not just a technical issue. The adoption of BYOD also requires changes to medical regulations and policies, as well as additional guidance for practitioners using mobile devices. BYOD&HIPPA Hospital information technology personnel should be aware that the current US Health Insurance Portability and Accountability Act (HIPPA) is one of the main policies. The key requirement of HIPPA is to ensure the security of information distribution, transmission and delivery. Increasing security review requirements, including requirements for privacy protection and regulatory requirements, have forced medical organizations to develop more stringent policies. What is not in line with this is the increased porosity due to more connections and network working environments. For example, doctors now have the ability to share treatment advice and real-world data through social media sites, while at the same time complying with these increasingly stringent medical regulations. The application used by the individual can also pose a danger, as the device is linked to the hospital's network, so the malicious program installed by the clinician may steal patient health information (PHI). The main security challenge is the duality of mobile devices. A stolen or lost laptop from a doctor is likely to have security measures such as full disk encryption and authentication. But smartphones and tablets, especially personal ones, avoid the installation of these extra multi-level security software for ease of use, speed and quick access to information.
Low content monomer plant extract, main content 1%-50%. Including but not limited to Pu-erh tea extract 40%, rhodiola rosea extract 1%, 3%, pueraria root extract 30%, 40%, celery extract 5%, salvia miltiorrhiza extract 5%, 10%, burdock seed extract, salicin 5%, aloe vera extract, gynost' pentaphyllum extract 20%, green tea extract, ginseng extract, chlorogenic acid extract.
Plant extraction process
1. Select plants/herbs. No more than ancient prescriptions, prescriptions, folk herbs to find. At present, common and uncommon herbs have been studied. At present, it is mostly to increase the amount of medicinal materials to extract and separate components with low content, or to find medicinal plants that have never been studied from miao medicine, Tibetan medicine, Mongolian medicine, Africa, Latin America and other places.
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2. The extraction. Solvent petroleum ether, n-hexane, cyclohexane, benzene, chloroform, ethyl acetate, n-butanol, acetone, ethanol, methanol, water (low polarity → high polarity). Daily medicine decoction effective, water and ethanol and other solvents with large polarity, such as artemisinin boiling ineffective extraction with petroleum ether and other solvents with small polarity. Common medicinal materials water/alcohol/ether to go through, separation and identification of more compounds.
3. The separation. This is the most important work. In the solution extracted from the second step, there are dozens of compounds, usually by column chromatography, which is often referred to as the column flushing. It's a lot of work, it's boring, it's low tech. A master's student might do this every day for two years. The column for separating compounds, as shown below, is as large as 2 meters high and as small as 10 centimeters. Change the solvent condition of mobile phase, change the material of column, different conditions and different separation principles of column repeatedly punching, can be separated from the monomer compound.
What is the impact of mobile medical tools on hospital information security?
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