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2018 CPC Practice Exam Answer Key 150 Questions With Full Rationale (HCPCS, ICD-9-CM, ICD-10, CPT Codes) Click here for more sample CPC practice exam questions with Full Rationale Answers

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Technology Outlook in Health: 2019

A lot of things are happening on the technology front in healthcare. These changes will impact medical coding and billing, compliance, and practice management. Health Technology – Amazon It starts with Amazon’s announcement that they are going to join with Berkshire Hathaway and JPMorgan Chase to form their own independent healthcare company for their own […]

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Navigating the LTC technology landscape:How SNFs are using HIT, POC tools

Navigating the LTC technology landscape:How SNFs are using HIT, POC tools

When it comes to technology, SNFs and their fellow postacute care (PAC) providers are rapidly approaching a crossroads: Find a way to overcome resource gaps to speed adoption efforts, or risk facing new compliance issues down the line as the use of innovative technologies to facilitate data sharing, performance comparison, and patient-centered care across settings and sectors become staples in the modern provision of healthcare.

The increasing precedence of technology is not only reshaping traditional attitudes toward healthcare delivery along the continuum, but could derail providers that don’t keep pace with innovations that fuel new approaches.

“Technology has become a business imperative, frankly,” says Majd Alwan, PhD, senior vice president of technology at LeadingAge, a Washington, D.C.?based trade association for nonprofit aging services providers, and executive director of the organization’s Center for Aging Services Technologies (CAST). “Without the right technologies, you will not be getting in your referrals … either because you do not have the competencies and are ­costing your trading partners money … or because you don’t have the proper documentation and analytics to demonstrate that you have better results than competitors.”

 

Historic PAC gaps

Although legislators are working to catalyze technology adoption through policy and regulation, PAC providers have historically been passed over for the associated financial incentives (e.g., CMS’ twilighting electronic health record [EHR] incentive programs) in favor of their acute care counterparts.

Until recently, SNFs have also been overlooked in national research on technology adoption. Alwan says the most recent data on usage among nursing home providers across the country is a 2009 research paper whose findings are based on survey results from 2004.

But policymakers aren’t blind to these lapses, says Jennie Harvell, senior policy analyst in the Office of the Assistant Secretary for Planning and Evaluation in the U.S. Department of Health and Human Services (HHS). She explains that while widespread technology adoption initiatives have so far homed in on the acute and primary care spheres, PAC providers are increasingly the targets of federal grants awarded to state- and community-based implementation projects.

“I think [HHS] is aware of … who the EHR incentive programs targeted, and who the EHR incentive programs did not, and so they have made some grant programs available that support technology development and use by long-term and postacute care providers,” she says.

In addition, she explains that CMS reinvigorated national technology research efforts in the sector this year by launching a voluntary survey to analyze if and how PAC providers are using health information technology (HIT) to coordinate care transitions and support their clinical services?an effort that the agency hopes will help it better understand the current benefits and barriers to adoption. The survey will close on April 3.

 

Mounting incentives

CMS’ recent initiatives aren’t the only moves that suggest an increased push to understand and further flesh out the role technology plays in long-term care.

More legislative evidence includes the PAC-centered Improving Medicare Post-Acute Care Transformation (IMPACT) Act of 2014, which sailed through a notoriously fragmented Congress last year and is slated to propel the development of standardized, interoperable assessment data for the sector.

Also in 2014, the Obama administration issued a handful of executive actions that CMS has begun using to recalibrate the star rating system featured on Nursing Home Compare.

The actions also allocated funding from the IMPACT Act to kick-start CMS’ development of an electronic reporting system that will collect nursing homes’ staffing numbers based on payroll data and post this information on Nursing Home Compare. Development is currently underway, and CMS expects to mandate nationwide nursing home reporting through the system by the end of fiscal year 2016.

In addition to setting-specific incentives on the horizon, Alwan says the overarching shift in care priorities illustrated by new payment and care delivery models offers significant indirect motivation for SNFs as well. He points to increasing opportunities for high-performing facilities to reap financial rewards and referrals through bundled payments, participation in accountable care organizations (ACO), and contributions to hospital success in readmission reduction programs.

 

Major technology landmarks in healthcare

Because of this increasing precedence, the healthcare technology market is awash with tools intended to spur operational efficiency and clinical success.

For example, according to the Office of the National Coordinator for Health Information Technology (ONC), HIT is an umbrella term that encompasses a host of technologies that can facilitate the storage, sharing, and analysis of health data by patients and their providers.

Notable HIT subsets and offshoots include:

  • Health information exchange (HIE). As its name suggests, HIE is a process through which patients and their providers securely access and share key medical information in an electronic format.
  • EHRs, which proponents say allow for increased organization and accuracy of patient information; better-informed decision-making and data sharing about a patient’s specific needs and conditions; streamlined administrative processes; and easier, more consistent compliance with new regulations.
  • Although used in many circles as a synonym for ­EHRs, electronic medical records (EMR) are actually scaled-back versions, according to the ONC. They are also digital iterations of patient charts, but unlike EHRs, they are often only used in their electronic form by a single provider because they are not necessarily interoperable. To share a patient’s EMR with other practices, a provider may need to print out and deliver relevant information by mail.

 

In addition to the broad collection and data sharing scope of HIT, there are also myriad established, evolving, and emerging technologies on the clinical end of the spectrum, including:

  • Point of care (POC) technology, which enables clinicians to electronically collect and measure essential patient information in the field
  • Telehealth, which encompasses mobile technology and connectivity devices that support long-distance clinical healthcare, education, and administrative efforts by remotely communicating healthcare data

 

The long-term care technology landscape

In the SNF arena, providers are using this growing array of dynamic technologies to different extents and with varying degrees of success, according to experts, who peg EHRs and POC as the most prevalent tools.

According to a December 2014 report by CAST and Chicago-based financial services provider Ziegler, 74.7% of the 150 largest nonprofit senior living communities across the country have adopted EMRs and/or EHRs.

Alwan attributes these high implementation rates to the abilities of these technologies to perform federally mandated assessments and feed payment claims?features that he says granted EHRs the first technological foothold in the industry.

But while certain providers have made significant headway in EHR adoption, other HIT facets remain ill-explored in the sector, according to Harvell.

For example, she says few SNFs currently have HIE systems to share discharge summaries with other settings. However, she expects?and hopes?to begin seeing more SNFs turn to such solutions as data sharing continues to gain traction throughout healthcare.

In addition, robust HIT systems can help providers keep track of other essential documentation, such as whether residents have completed advance directives?an increasing focus in the industry, says Elizabeth Babalola, MPH, research analyst at Princeton, New Jersey?based Mathematica Policy Research.

As for the other major technology category in the sector, the CAST and Ziegler report found that 76.6% of surveyed providers have already adopted POC or point of service documentation systems.

Experts say SNFs use POC technologies to monitor crucial care components, such as changes in condition and functional ability, thereby bolstering care planning, service delivery, and resident outcomes.

For example, Babalola points to medication reconciliation as a major focus in the POC realm.

Medication reconciliation is the process of comparing a patient’s new or revised medical orders at critical junctures (e.g., after care transitions or condition changes) to all of the medications that the individual has been taking to avoid triggering dangerous omissions, duplications, dosing errors, or drug interactions. Babalola says this practice is particularly critical for SNFs, whose residents are often on many medications at once, increasing the chances of harmful side effects and interactions. She explains that certain POC technologies can reduce these risks by tracking each patient’s list of prescriptions and alerting providers about any potential complications a new addition could carry.

Alwan says there’s also been an uptick in the adoption of emergency response systems among SNFs, such as bed, chair, and body alarms for residents at risk of falling, as well as devices aimed at managing wandering habits among individuals with dementia.

In addition, he sees the implementation of telehealth picking up speed, particularly among SNFs that have partnered with hospitals (especially through ACOs) to reduce hospitalizations. For example, he says some SNFs and hospitals share real-time video teleconsult services that allow physicians to perform virtual examinations on residents who are exhibiting potentially problematic symptoms?a practice that can circumvent unnecessary readmissions to the hospital.

 

Barriers to adoption

Despite the strides SNFs have made in certain areas of technology, they still face a host of obstacles that experts say can stall progress during any stage of adoption.

Experts unsurprisingly point to the various costs associated with adoption as some of the biggest barriers to technology usage, such as implementing and maintaining systems over time, converting paper records to electronic files, and training staff to use the new technology, says Babalola.

She adds that in addition to the direct costs associated with using dynamic new technologies, the cost of purchasing the underlying infrastructure to support them can stop some providers before they really get started?a problem she witnessed firsthand during recent research.

Babalola was the lead author of a June 2014 study that examined the baseline level of IT adoption among all 84 licensed nursing homes in Rhode Island between 2009 and 2011?a period just prior to the launch of a statewide initiative to incentivize the purchase and installation of technology in long-term care settings to facilitate the enrollment of residents in the state’s HIE program.

Prior to the launch of the incentive program, Babalola found that a staggering 64% of studied providers lacked computers with Internet access in all clinical areas of their facility, a shortcoming that she says underscores the importance of government backing in this domain.

“Having those funds available for nursing homes is a huge driver if you’re trying to improve technology adoption,” she explains.

Once providers do manage to secure the necessary framework, fair-weather vendors can still prevent them from seeing meaningful results, Babalola adds.

“A lot of vendors will be there for implementation and for setup, but you need someone who’s going to help you maintain the system over time,” she says.

In addition to patchy technical assistance, Alwan says shortfalls in the skill sets of clinical staff (e.g., due to the industry’s steep turnover rates) can also jeopardize the success of a new technology system. He underscores the importance of filling gaps in the competencies of clinicians, CNAs, and other essential frontline workers with ongoing training programs that emphasize innovative ways of thinking about care and methods for delivering it using the facility’s entire arsenal of resources.

The financial and operational barriers that pervade the SNF arena can be further exacerbated by certain provider characteristics, according to Alwan, who says research shows that being small, independent, and/or located in a rural area can impede technology implementation rates.

 

Getting started

Despite the additional challenges some providers may face when foraying into the technology sphere, Babalola maintains that most can benefit from implementation, particularly of EHRs. However, she points to one significant caveat: providers must act with foresight to achieve success. She underscores the need for providers to have a comprehensive action plan in place at the outset of adoption to fully integrate new systems into daily operations, which she says is the only way to realize the full potential of the investment.

“If [the technology is] not properly incorporated into the workflow of the facility, then you just have a computer there and some fancy software, but you’re not really making any meaningful impact,” she explains.

Consequently, she says plans should detail the specific reasons for adoption (i.e., how the new technology will improve operations, practices, and/or outcomes), articulate concrete methods for reaching these goals, and anticipate additional resources (e.g., underlying infrastructure, technical support, staff training, or adjustments in the scope of job responsibilities) that will be necessary to achieve success.

For SNFs who have already implemented EHRs, ­Alwan recommends expanding their utility of the system beyond its basic functionality.

“If [providers] start with EHRs that are interoperable, that are capable of exchanging information with other providers, participating in health information exchange activities would be the next step,” he says, explaining that providers can use more advanced reporting and analytics features to monitor key operational and clinical considerations, such as hospital readmission rates and number of referral sources.

In addition, Alwan points providers considering adoption of any kind to CAST’s website for access to information on understanding, planning for, choosing, and implementing an array of technologies. Resources include technology-specific materials (e.g., white papers, vendor feature matrices, provider case studies, and interactive selection tools) to aid decision-making in the EHR, telehealth, and medication reconciliation domains, as well as videos that illustrate how different types of technologies can enhance care delivery. This year, Alwan says CAST will add new resources for functional ­assessment and activity monitoring?centered technologies, as well as some to facilitate strategic IT planning.

 

Leveraging grant programs and outputs

In addition to identifying specific facility needs and creating tailored action plans, experts urge providers to keep an eye toward funding opportunities that can fuel adoption efforts.

Harvell recommends that SNFs find out more about applicable grant programs, which she says often produce inexpensive technology tools that may mitigate financial obstacles. In particular, she points to two recent state-level programs funded by ONC grants that have made promising technology strides:

  • In 2011, the ONC awarded more than $ 16 million to 10 states through its HIT Challenge Grant Program, explaining its goal was to “encourage breakthrough innovations for health information exchange that can be leveraged widely to support nationwide health information exchange and interoperability.”

Among the awardees was the Massachusetts Technology Park Corporation, which received two challenge grants totaling more than $ 3.3 million. With its winnings, the organization launched the Improving Massachusetts Post-Acute Care Transfers project (known by the now-familiar acronym IMPACT) to better care transitions by facilitating HIE between acute and postacute care providers, regardless of whether they use EHRs. To initiate this exchange, IMPACT staff developed system architecture called LAND and SEE, which allows providers to electronically create, send, and receive a Universal Transfer Form at a relatively low cost. PAC providers without EMR systems can also use the SEE tool to capture and collect electronic data about their patient populations, Harvell adds.

The awardees are currently piloting and further refining the tools developed through IMPACT in order to share them with other states and support affordable HIE along the continuum.

  • Through its Beacon Community Cooperative Agreement Program, ONC awarded an additional $ 250 million over the course of three years to 17 communities across the country that have already made headway in the development of EHRs and other HIE-focused systems to improve cost, quality, and population health, as well as to advance performance ­measurement and other technology initiatives in their localities.

The central Pennsylvania-based Keystone Beacon Community, recipient of more than $ 16 million in grant funding, developed KeyHIE Transform, a tool that parses CMS-required assessments for SNFs (MDS) and home health agencies (OASIS) for clinically relevant points of patient data, and translates this information into an interoperable electronic summary document. The transform tool is particularly useful for enabling interoperable HIE by PAC providers that don’t have EHR systems, Harvell says. She adds that use of the dynamic tool would cost less than $ 1,000 annually for a large SNF.

“It’s very, very, very affordable, and it’s an easy on-ramp to health information exchange for the long-term postacute care provider community,” she says.

 

Resounding legislative IMPACT

While SNFs’ access to grant opportunities may vary based on their location, Harvell says the phasing in of the IMPACT Act will have sweeping implications for the entire PAC community.

The legislation will first see in the development of standardized, interoperable data items for use on each of the disparate patient assessments that exist across the PAC sphere to promote cross-setting collaboration and care coordination. This stage, coupled with subsequent reporting to providers, the general public, and Congress, will allow CMS and other policymakers to identify gaps and best practices throughout the sector, compare performance between PAC settings, and continue developing new payment models.

In turn, Harvell thinks the legislation’s heavy emphasis on the creation and dissemination of data will inspire vendors to build more dexterous EHRs and will encourage providers to more readily embrace them?especially given the historic influence that CMS’ requirements for providers to electronically submit assessment data to receive payment have had on the development and usage of EHRs.

“The requirements to electronically transmit assessments have served as the backbone for many of these EHR products,” Harvell says, predicting that the IMPACT Act’s call for interoperability will prompt similar progress.

“I think the IMPACT Act has a lot of promise in terms of advancing the type of technology tools that are available and will be used in this sector,” she says.

HCPro.com – Billing Alert for Long-Term Care

Technology and hand hygiene compliance

Lutheran is among the healthcare organizations nationwide that in recent years decided to try hand hygiene monitoring technology in the hopes it could improve hand hygiene compliance—and in the process reduce the number of infections and avoid citations from accrediting organizations like The Joint Commission, which in January put stricter enforcement in place.

HCPro.com – Briefings on Accreditation and Quality

How To Choose The Security Technology Used In Medical Packaging

Pharmaceutical Packaging Has now become closely linked with drugs and indispensable component of the rapid development and medicine, but as the impact of its being a fake is obvious.

First, it must be clear Anti-counterfeiting technology Is difficult to counterfeit technology, rather than a pirate technology. In fact, there is now the world has never been a kind of anti-counterfeiting technology that can not be deciphered, anti-counterfeit effect only through the “anti-counterfeit materials + processing + security Law Attack “can be realized with each other.

Second, security is a multi-faceted cooperation of long-term work, on the one hand to ensure that the leading technological content and uniqueness, once a technology more than three master, the security effect will be compromised; the other hand, the part of technology level must be the same high-tech (cost) content, mutual support, are indispensable, but not a monopoly, so it will not be a part of technology low, loopholes and even a vacuum, so that speculators take advantage of. But should be more concerned must work in all aspects of management oversight role to play, so security programs will truly achieve real results.

Different times and in different market demand, and the battle of wits with those who make the market there are lots of security tools. As distinguished from the anti-counterfeiting materials can be divided into: laser anti-counterfeit technology (laser coating, laser positioning hot stamping, hot non-positioning laser printing, true color laser light Polymer ), Security ink (Thermochromic inks, optical variable ink, etc.), the watermark Security paper , Fiber Composite security paper, nuclear track security, network security (telephone Security code , Coding security code) so. Way from the security process can be divided into: Print Security, Plate (Version grain) security, security labeling, security lamination, hot stamping security and so on.

So how many of the security measures from the market to find the most effective and appropriate their own security plan? Let’s start with fake reason for the existence of view, as consumers purchased products will not identify true and false, in fact more difficult to identify genuine and fake products is the packaging, leading to the real brand awareness and loyalty down , and sales channels, product sales devastating blow. This situation was due to the low threshold of its packaging, manufacture, easy to counterfeit, consumers can not identify true and false from its packaging; the other hand, Pharmacy Indeed, the security company also uses means, but in the identification process, the procedures to be complicated or specialized testing equipment, manufacture of the identification of man-made obstacles, not easy to identify the consumer on the spot, would not achieve an effective role, so to those who make opportunity to capitalize.

Based on this, our security program should be in two ways: on the one hand, market-based, security is not just for experts, to manufacturers, to Monitor Departments and a few other people to see, more is to different geographical markets, the majority of consumers see, must make them the first time, without specialized training can quickly identify the authenticity of the spot, that is easy to identify?? Public recognition simple, convenient and accurate; the other hand, anti-counterfeiting technology and means must be implemented in only a few people can not afford three or more, or will not achieve security of the unique nature. There needs to be noted on the credibility of the security technology unit of study visits and technical strength are equally important. In a market economy is not perfect in China, as a result of the economic interests of the two cargo owners, should be the various pharmaceutical companies must always be cautious, but regarded the use of security portfolio is the best way to avoid such risks (example: laser positioning holographic hot stamping + printing security + security + version of the watermark pattern paper … … security must be formulated for different combinations of the practical needs of the pharmaceutical companies), created in this manner provided by the co-operation with the core of anti-counterfeiting technology advantage?? powerful combination, which requires companies not only overcome the cost of false problems, technical difficulties, but also to break through a security barrier or even multi-channel, which can more effectively protect the interests of pharmaceutical companies and consumers.

Finally, security measures should not only packaging supplier, security and scientific research units provided for the pharmaceutical companies Service Projects with pharmaceutical companies should be the daily production management, market closely linked to, any part of the management oversight of all sectors are likely to naught. Anti-counterfeiting technology is not the protagonist of security work, but on the pharmaceutical industry security management, enabling users to add their own, only to effectively implement the management of all aspects of security program will truly achieve real results, the cost will be to achieve the best security Best value for money.

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Online Patient Portal – Another Innovation of Medical Technology

Latest technology has simplified our lives to a great extent. Internet is helping to simplify many complicated procedures and few examples of the same are exchanging messages, contacting people in distant places using chat and emails, online shopping, reading information of latest events and happenings across the world and collecting information required related to any topic.

One of the most benefited industries from internet is the field of medicine. The latest innovation of medical technology is online patient portals. It is designed to increase communication and relation between patient and health care providers.

Online patient portals help in efficiently managing the available resources with the local physician or provider to reduce the cost of treatment for both patient and the provider that uses advanced technology. It also enables doctors and providers in transmission of everything that is related to treatment of the patients like medical images for diagnosis, reports, medical date related to patient etc. It is also helpful in educating local physicians online on preventing development of chronic diseases via video conferences.

Online portals are also helping physicians to easily schedule appointment with patients as there is increase in demand for health care services which helps patients in avoiding to stand in lengthy lines. Patient portals help patients to have better understanding of the disease they are suffering from, with the help of information provided and can also request for renewal of prescriptions at these portals. Patients are also offered to join various groups where other members also suffer from similar chronic diseases which help in lifting of spirits.

Patient portals not only help patients to directly contact with physicians but also to have remote access to mobile tools. Online patient portals are helping to improve quality of health care in remote and rural areas.

Patient portals are best and easy way of contacting doctors for various ailments and getting them treated without waiting for long time. They are best sources of getting advanced treatment for patients’ condition at affordable prices. They are highly beneficial for both patient and the health care provider in offering and availing best of treatments irrespective of geographic location.

AnyWare Group is a leading supplier of portal solutions for healthcare. The company’s award-winning ROAM Platform enables secure access for patients and providers to healthcare applications and information from any device when they need it. Through the ROAM patient portal, overall healthcare outcomes are improved.

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Laser Technology in the Medical Fields

Since it was invented in 1960, the laser has undergone rapid advances, becoming one of the most important tools used in the field of medicine today. Here are 5 unique ways in which laser technology is being implemented in medicine.

The Laser Scalpel

Some surgical incisions that would be extremely dangerous if done with a conventional metal scalpel can be done more precisely and safely with a laser scalpel. A laser beam cuts at the same depth consistently, whereas a doctor using a metal scalpel could potentially cut too deeply. Also, laser scalpels automatically cauterize broken blood vessels as they cut through tissue, eliminating excessive blood loss.

Cosmetic Lasers

Lasers are also used to remove birthmarks and port-wine stain skin blotches. Lasers have a monochromatic quality, meaning they shine in one specific color. Depending on the color of the skin blotch, the laser can be set to that color so that only the unwanted skin is affected by the laser beam.

Using Lasers to Remove Plaque from Arteries
Cleaning clogged arteries used to require that surgeons access the heart by opening up the patient’s chest. The procedure is extremely risky and requires a long, painful recovery. But laser technology has provided a less painful and much less invasive way of cleaning clogged arteries. A tiny optical fiber array containing a small laser can now be inserted into a patient’s vein via their arm or leg. The optical fiber travels to the artery where it pinpoints the plaque, at which point a precise laser beam is fired and the plaque is destroyed.

Dentistry

Going to the dentist for cavity fillings is never fun. But the procedure can be made less painful with the use of Nd-YAG laser drills instead of the standard metal ones. A laser drill can be set at a power level strong enough to destroy decayed cavity tissue, but not strong enough to harm healthy tooth enamel.

Low Level Laser Therapy

Low level laser therapy is the newest branch of medical laser technology and is just now getting recognition from the scientific and medical communities. It is used today to treat back and neck pain, tendinitis, ulcer wounds and sports injuries among other things.

For more information about the leading medical laser equipment please visit http://www.erchonia.com

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David Key Irvine tells Bar Coding Technology How it can be effective for your company?

Till now, many companies and firms haven’t discovered out the time and cost saving benefits of bar Coding technology. Since last several years, bar coding technology has been used all across the world and showing its uttermost benefices and fruitful qualities. David key Irvine the bar code technology expert explains, A bar code is a series of specifically spaced parallel lines i.e. an optical machine readable presentation of data. The most predominant bar code available is the UPC, standing for Universal Product Code. It is available at almost each and every item traded in the retail and merchandising industry.

A bar code can be presented in any form of text and read by a computer system by making use of cost effective bar code scanners. The input can be used and inserted with any software, apart from a keyboard. As per the latest issue of “Welding and Gases Today”, which is the journal of the GAWDA (Gases and Welding Distributors Association), the VP of operations of superior products of Cleveland, Ohio has stated and shared his proficient expertise and perceptiveness on the multiple uses of bar coding technology in the global business. He also reported that since the year 2003, superior products have been using a bar coding system in several departments and delighting big cost savings and occurrence of less number of errors.

When employees used to type and record data manually, the precision rate evaluated came out to be approx. 90%, whereas when switched to bar codes, the accuracy rate has been increased to about 99.9%. While doing work manually, there are more chances of human errors, transposition in numbers etc. According to the Hodgekins, “Switching to bar coding systems have brought a tremendous amount of time and monetary savings in our company. Now, we are very close to become like an error free establishment. The advantages to the level efficaciousness and an organization that come up with enforcement of a scanning based business are simply great and groovy to be ignored”.

For more thorough details David key Irvine suggests, you can read “Scanning the way to savings” at Welding and Gases Today Online, i.e. the prominent and reckoned trade journal for the welding equipments, medical gases, welding, specialty gases industry.

For more thorough details David key Irvine suggests, you can read “Scanning the way to savings” at Welding and Gases Today Online, i.e. the prominent and reckoned trade journal for the welding equipments, medical gases, welding, specialty gases industry.

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Electronic Medical Records: The Revolutionary Technology in the Medical Field

Electronic medical records are also known as Electronic Patient Records or Computerized Patient Records. These systems are developed to collect the health information of the patients or about population. The information recorded in these systems is in digital format and can be accessed by various healthcare providing companies located at different locations at the same time. These medical records include various details in the summary form like medicines, allergies, immunization status, billing details, test results and so on of the patients. The records maintained in these reports are beneficial for the purpose of making the decisions and attaining the outcome report of the treatment given to the patient.

Electronic medical record systems also help in reducing the problems of the patients which they face due to some medical errors during and after the treatment. The record maintained in these systems is also treated as the evidence of knowledge for further research by the medical professionals. Electronic medical records maintained through these systems are available at various locations which helps the patients to consult various doctors or experts situated at different cities or countries.

The electronic medical records are maintained with the help of a software, which increases the efficiency of healthcare providers or physicians as the patient’s record is easily available on the computer due to which it consume less time and also helps in reducing the paper work. This software is also helpful in reducing the data entry errors as the information is linked electronically which helps to reduce the possibility of missing any important information about the patient.

The information stored in this software can be accessed only by authorized people that help in maintaining the confidentiality of the patient’s records and if any authorized person accessed it then the history of login helps in identifying the person who accessed and amended the records.

 

Active Management is one of the well-known consulting companies offering world class Electronic medical records maintaining services. For more information about them and various services offered by them you can logon to their website www.activemds.com.

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Rfid Technology Bar Code Scanning Technology To The Official “challenge”-rfid, Bar Code –

RFID advocates believe that this may substantially reduce supply chain costs and clean up the barriers. The technology is closely linked with the logistics supply chain together, is expected to replace bar code scanning technology the next few years. All the signs show, RFID technology will be the first to be applied in the field of medical logistics and promotion.

Print Network HC RFID (Radio frequency identification) inventory tracking system is the RFID tags attached to pallets, crates, or components, the conduct component specifications, serial number and other information for automatic storage and transmission. Can RFID tag information to within 10 feet of RF card reader, so that the warehouses and workshops will no longer need to use hand-held bar code readers on the components and by-products for bar code scanning, which to some extent, reduce the missing occurs, and dramatically improved efficiency.

RFID advocates believe that this may substantially reduce supply chain costs and clean up the barriers. The technology is closely linked with the logistics supply chain together, is expected to replace bar code scanning technology the next few years. There are indications, RFID technology will take the lead in Medicine Application and promotion of logistics fields.

Medical Logistics is considered RFID “testing ground”

According to reports, U.S. Pharmacy Group will use its supply chain RFID tag, the practical utility of its evaluation. According to Accenture Group’s project manager, said the companies involved in the project, including pharmaceutical manufacturers, distributors and retailers. Including AbbottLaboratories, BarrharmaceuticalsInc., Cardinal Health, CVSPharmacy, Johnson & Johnson, McKesson, Pfizer, P & G and RiteAid. In addition, health care delivery Management Commission and the National Chain DrugStores Committee expressed support for this project will provide relevant information to its members. RFID technology currently being developed for the retail industry, mainly by large retailers like Wal-Mart’s drive. This technology is mainly used for boxes and pallets in warehouses and stores the logistics flow between the process of tracking.

Texas Instruments (TI) is the RFID technology leader in the field and some standards advocates, is the world’s electronic tag and reader system, the largest integrated manufacturer, has produced over 400 million tags. RFID products in the world already has a large number of applications, such as Britain’s Marks & Spencer supermarket applications to TI’s RFID electronic tag on the new Food For supply chain management, the use of the application of bar code technology is the cost of the 110, but also improves the supply chain management, improving efficiency. Order centers in the Netherlands, flowers 10000 tray RFID, to order flowers 99% accuracy. Goldwin production of movement Clothing Application of RFID technology to reduce the overall cost and shorten the time of production and distribution cycle. Gap clothing company applies RFID technology to track the management of the company’s Sell Volume increased by 20%. 3M’s library management system entirely by TI’s RFID tags “Tag-it” instead of the original bar code identification system using an electronic tag library can borrow on the books, look, inventory, security and other management.

TI even more optimistic about the following applications: a pharmaceutical industry applications. If the pharmaceutical industry the use of RFID technology will address many of the production and marketing problems. Pharmaceutical products can accurately grasp the situation, improve production efficiency and reduce labor costs, reduced product quality assurance time, real-time monitoring of all cases of product manufacturing processes, quickly respond to market and reduce the number of expired product loss. Another is the supply chain applications. Application of RFID technology in supply chain, inventory management accuracy can be increased to 100%, and improve the distribution centers 10% to 20% of productivity. In addition, RFID systems can also reduce labor costs warehousing and distribution centers; effective to assess the need to recall the products, and quickly find the products in the sales cycle; to reduce counterfeiting, real-time monitoring inventory and distribution, reduce the production cycle.

RFID bar code challenge

Automatic road toll system, access control systems, identification, etc. These applications already integrated into our daily lives, but RFID technology as the core of which has not attracted much attention; Wal-Mart, “a request for supply of 100 business in January 2005 issued prior to delivery to its distribution center plate and the use of RFID technology packaging, “a paper agreement and China RFID Working Group on the establishment of national standards will be RFID to a new craze, so that RFID has become In 2004 one of the most popular words.

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Digital Technology Transfer And Enhance The Flexible Coding Standard

Soft Package Is the most important packaging industry category, the output value of flexible packaging products for more than half over the packaging industry. All kinds of paper, plastic, paper, plastic aluminum are widely used in flexible packaging leisure Food , Dry goods, baked goods, candy, chocolate, frozen slices of fresh food, frozen food, coffee, tea, powder loading of food, bags of drugs, Hardware Parts and other goods.

Order to ensure food and drug safety, food, pharmaceutical flexible packaging print production date, product lot number and other real-time information, has become the food, pharmaceutical production an important part of the process. Real-time information enables manufacturers to track products when needed, and provide protection when the mass recall of products, it can be said, a code technology has become a modern quality system is an important part.

Flexible coding technique introduced Traditional coding techniques rely on flexible letterpress printing, using a character set up the shelves of a character image. Image mechanically embossed or printed to a film roll on the surface. Toppan Printing

common coding techniques, including hot, wet ink and a touch dry ink Coder .

Recent years, continuous inkjet printing system (CIJ) is also flexible on access to applications. Inkjet print head through the ink jet code printing machine, in the primary packaging and Box Print on a variety of data, including a simple date code, logo, bar code and serial number.

Traditional letterpress printing technology and continuous inkjet printing systems have their advantages, but also has many disadvantages, such as the traditional hot ink wheel code printer ribbon coding machine and not real-time printing, to manually update the date and batch numbers, so that traceability is limited; in printing, there is no standard LOGO, bar code or rotate images printed, each print of the characters need a character. In production, pre-heat ribbon coding machine operation required “warm-up time” to change the information required “cooling time”, which will cause the extended production time, and once a character is not exactly the level of alignment, it will cause packaging membrane perforation. In addition, a character will print the results of wear or loss can not be read, and hot carbon ribbon in the relatively short length, the average length of ribbon made only 100 m; ink Printer The ink needs time to dry or may produce stains, stains require special cleaning fluid for cleaning, and most of the ink required to preheat (up to 30 minutes after heating ink coding), coding changes required before the contents cool.

Continuous inkjet printers have a wide application, simple operation, but the characters, character options, logo or bar code functionality is limited, print quality general, print direction to move in the same direction with the substrate, and require regular cleaning to print first, regular replacement of filters, cleaning inky floors, machinery, transport belt, etc., the use of special inks and solvents often contain harmful substances, such devices may require exhaust ventilation. The latest laser and digital thermal transfer coding machine, you can greatly improve the problems of traditional coding machine, in particular digital thermal transfer coding machine, to improve coding quality, can improve product traceability improve equipment reliability and flexibility for a variety of flexible packaging materials.

Number of technical advantages of thermal transfer coding

Technological innovation usually means that new technology can bring higher quality, faster production speed, lower cost, more reliable operational performance and higher value-added products. Digital thermal transfer coder mainly by the print head, print ribbon, and controller. Each print head typically contains 8 to 12 mm points, or 200-300 points per inch (DPI), these points can be quickly continuous switch to transfer the ink from the ribbon to the film, to print the image. As the use of digital means, coding machine can “live” print, and can very quickly change to intermittent and continuous packaging batch number and date information.

Thermal transfer coding machine mainly uses two print head: flat head and bevel type. One flat head type print head is older technology, although low cost, but the print image resolution and print speed is not ideal; bevel type a new print head technology, providing faster speeds and higher resolution printing. Some of the newly introduced thermal transfer coders are mostly used angle-type printing head, such as Markem’s SmartDate and 18 series of thermal printers.

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