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Congratulation Mohit for joining the prestigious group of ISTQB Certified Testers
Hello All, It is a great pleasure to share with you all that Mohit has successfully cleared the International Software Testing Qualifications Board (ISTQB) Certified Tester Foundation level exam with 85% and joined the prestigious group of ISTQB Certified Testers. On be half of OSSCube family, I would like to congratulate him for the success!!! Cheers Pranab
ePrescribing – what, why and how?
Electronic prescribing or “e-prescribing” is simply an electronic way to generate prescriptions through an automated data-entry process utilizing e-prescribing software and a transmission network which links to participating pharmacies. A more formal definition could be E-prescribing means the transmission, using electronic media, of prescription or prescription-related information between a prescriber, dispenser, pharmacy benefit manager, or health plan, either directly or through an intermediary, including an e-prescribing network. E-prescribing includes, but is not limited to, two-way transmissions between the point of care and the dispenser. It is estimated that approximately 7,000 deaths occur each year in the United States due to medication errors. These errors are predominately due to hand-writing illegibility, wrong dosing, missed drug-drug or drug-allergy reactions. With approximately 3 billion prescriptions written annually, which constitutes one of the largest paper-based processes in the United States, the writing of prescriptions can be streamlined and made efficient by using an e-prescribing system. Also, e-prescribing could be the solution to improve patient safety and reduce medication costs due to better formulary compliance also improving utilization of generics. The benefits of ePrescribing are spread across all participants in the healthcare system, including physicians, office staff, patients, pharmacies, and health plans service providers. Providers benefit from ePrescribing by:
- Obtaining real-time information about potential drug-drug and drug-allergy interactions. This minimizes calls from pharmacies and reduces potential adverse drug events.
- Reducing handwriting interpretation errors, estimated to cause 9% of all medication errors.
- Seeing plan formulary requirements (prior authorization, quantity restrictions, non-covered drug, and drug tier) at the point of care, giving the patient faster access to cost-effective care.
- Seeing a patient’s dispensed drug history, thereby enabling the prescriber to make clinically appropriate decisions at the point of care.
- Knowing when an FDA Safety Alert has been issued, and allowing them to generate a report of all patients on the drug without needing to pull patient charts.
- Increasing the convenience and efficiency of the prescription-writing process.
Office staff benefit from ePrescribing by:
- Reducing calls from pharmacies regarding non-covered medications and handwriting questions.
- Speeding the prescription renewal process by reducing the need to pull patient charts. Case studies suggest a savings of 1-2 hours/day for office staff.
- Eliminating calls from patients who are requesting an alternative covered medication or need the prescriber to request prior authorization.
Patients benefit by:
- Having lower out-of-pocket costs when prescribers respond to ePrescribing formulary messages
- Saving time at the pharmacy by having prescriptions sent prior to patient arrival, and reducing the potential for two trips because prescribers more frequently adhere to health plan requirements.
- Reducing potential for adverse drug events caused by drug-drug or drug-allergy interactions, mistaken handwriting, or incorrect dosage.
- Increasing compliance with prescribed treatment because care is cost-effective and convenient.
Pharmacies benefit by:
- Reducing phone calls to physicians regarding handwriting interpretation, non-covered drugs, and prior authorization requirements.
- Improving customer relationships by speeding the time it takes patients to obtain prescriptions.
- Reducing data entry when prescriptions are received electronically.
- Reducing potential errors caused by handwriting misinterpretation and keystroke errors.
Payers/Employers benefit by:
- Maintaining affordability by increasing utilization of generic and preferred brand drugs.
- Reducing costs associated with adverse drug events.
- Increasing patient compliance with prescribed treatment plan.
- Increasing provider efficiency by allowing providers to spend more time on patient care.
A “qualified” e-prescribing system must be capable of performing all of the following functions:
- Generating a complete active medication list incorporating electronic data received from applicable pharmacy drug plan(s) if available
- Selecting medications, printing prescriptions, electronically transmitting prescriptions, and conducting all safety checks (safety checks include: automated prompts that offer information on the drug being prescribed, potential inappropriate dose or route of administration, drug-drug interactions, allergy concerns, or warnings or cautions)
- Providing information related to the availability of lower cost, therapeutically appropriate alternatives (if any)
- Providing information on formulary or tiered formulary medications, patient eligibility, and authorization requirements received electronically from the patient’s drug plan
To get started with e-prescribing, please take the following steps:
- Decide whether you wish to choose a stand-alone e-prescription software or a full EHR or EMR system which includes e-prescribing functionality.
- Choose an e-prescribing software vendor. The e-prescribing vendor will need to utilize a company which supplies the electronic prescribing network (hub or gateway for transmissions). There are a few different e-prescription networking companies. Among the industry leaders are SureScripts (http://surescripts.com/), RxHub (http://www.rxhub.net/index.html), and ProxyMed (http://www.proxymed.com/). It is unlikely that physicians would have any reason to have direct contact with the electronic networking vendor. SureScripts, the nation’s largest electronic prescribing network, provides a true, seamless electronic connection between physician offices and pharmacies. This network provides secure and reliable two-way transmissions between physicians and pharmacies. More than 85% of chain and independent pharmacies have tested and certified their systems to connect to the SureScript electronic prescribing network.
- Install an internet connection; high speed is highly recommended.
- Purchase hardware such as desktop PC’s, laptops, pocket PC’s, tablet PC’s , PDA’s utilizing a wired or wireless network.
Although there are a few barriers like cost, Prohibition on use of e-prescribing for controlled substances and Technical limitations, the benefits substantially out number them making e-Prescription highly recommendable.
HL7 Standards : A key to deal with healthcare interoperability issues
Interoperability is a fundamental requirement of electronic medical record (EMR) adoption for the social and economic benefits that we always look for and we may like to define interoperability as layman’s interpretation “a common language for communication that is understandable to all the participating parties” and as a technical interpretation “a common communication protocol that is adopted by the participating software or computer applications”. In the healthcare domain there are number of process specific applications that participate in the overall process of maintaining the health record of a person and information exchange between them is highly required with data integrity, productivity, efficiency and ease of use. Systems like Hospital Information System (HIS), Electronic Health Record (EHR)/ Electronic Medical record (EMR), LAB, ePrescription and/or Pharmacy Application, Practice Management Software (PMS) or Billing Software, Radiology, Insurance service Provider or Payer and National Health Information registries like National Immunization Registries etc. are all engaged in managing respective piece of health record of a patient and they necessarily to communicate to each other either in the form of paper document and manual feeding or electronic data communication. Example of the sets of data that need to be shared or pushed/pulled between these systems are like Demographic information, appointment information, billing information from EHR/EMR to PMS and then to the payer, Continuity Care Document (CCD), which is a complete health history of a patient, from clinic to clinic, provider to provider or hospital to hospital or combination of them, lab/radiology orders from clinic to lab/radiology practice and their respective report back to the clinic, drug orders from clinic to pharmacy and Rx filling status back to the clinic etc., in short a long list of information. There are two type of interoperability a) functional interoperability, people or computers to be able to share clinical data with one another havening functions to be able to physically communicate, e.g. speak & hear, send and receive documents and data files, share data and information, b) semantic interoperability, speak a common language (in terms of nouns, verbs, grammatical structure, etc.) and share the same vocabulary that allows them to understand complex medical conditions and processes. As a solution for the above information exchange requirements, Health Level 7 (HL7) standard was evolved. A group of healthcare computer systems users started developing the HL7 protocol in 1987 to create a common "language" that allows healthcare applications to share clinical data with each another. Over time the HL7 interoperability protocol became an internationally and globally accepted and accredited standard. HL7 is a Standards Developing Organization accredited by the American National Standards Institute to author consensus-based standards representing a broad view from healthcare system stakeholders. What this definition means from a practical standpoint is that HL7 has compiled a collection of message formats and related clinical standards that loosely define an ideal presentation of clinical information, and together the standards provide a framework in which data may be exchanged. From 9 Affiliates in 1999, HL7 has grown to ~30 international affiliates in 2006. Currently, the worldwide membership is over 4,400. The global scope also involves increased collaboration with other regional and international standards organizations, such as CEN in Europe and the International Standards Organization (ISO). HL7 has achieved ISO status for its standards and is moving toward harmonization with the CEN standards. The "Level Seven" refers to the top level of the seventh layer International Standards Organization's (ISO) communications model for Open Systems Interconnection (OSI) - the application layer. The application level addresses definition of the data to be exchanged, the timing of the interchange, and the communication of certain errors to the application. The seventh level supports such functions as security checks, participant identification, availability checks, exchange mechanism negotiations and, most importantly, data exchange structuring. (More info on the 7-layer ISO communications model at: http://en.wikipedia.org/wiki/OSI_model) Consider any of the popular de facto standards in use today: TCP, IP, HTTP, HTML, POP, telnet, Windows, or even the ASCII character set. They all are valuable because the user base has grown to be large and the standards work in the real world. Similarly, the Network Effect for HL7 would come if many healthcare applications started using it. Ultimately, HL7 balanced the points that drove its creation: Solve 80 percent of the clinical interfacing problem in a flexible way using a consensus, volunteer-driven process. The focus was on making the standard easy to adopt so that the Network Effect would occur and create a significant cost savings as quickly as possible.
Sonali is now cerified MySQL Cluster DBA
OSSCube added another feather in it's cap yesterday. Sonali has cleared MySQL Cluster DBA Certification Exam with flying colour. This makes her part of elite group of cluster certified DBA worldwide. India has only three cluster certified DBA and all of them are with OSSCube.

Congratulations Sonali!!
Deepak is now PHP 5 Zend Certified engineer!
I am happy to announce that Deepak has cracked PHP 5 Zend Certification Exam on 11th May 2009 with flying colors in the first attempt. He has now entered into elite group of PHP 5 ZCE from India (Click here to go to Zend Yellow Pages listing professional from India).

Congratulations Deepak!!!