Automation of EHRs to Reconcile Errors in Health Records

Recent initiatives at King Daughter’s Medical Center have helped in improving the process of history reconciliation within medicine. The medical center is attempting to develop a resilient system for analyzing healthcare records. Meanwhile, inaccuracy of medical records is a matter of concern for the medical industry. Furthermore, incomplete medical data can be a deadlock in diagnosis, treatment, and analysis of patients. Electronic health records (EHRs) from multiple sources can exhibit deviant patterns related to name and information of patient. Additionally, the nomenclature of EHRs is the most challenging task within medical history reconciliation. Different systems use different conventions for nomenclature’s, and they often fail to translate accurately.

 Elucidating Errors in EHR

 King Daughter’s Medical Center is focusing on improving this system to foster precision in healthcare and medicine. Missing data, or sigs, can pose severe problems for patients and medical practitioners. To exemplify, the system often fails to differentiate between 1.0 mg and 10 mg doses. Furthermore, the problem of mixing hourly doses with bedtime or daily dosage is also a challenge within EHRs. Inaccuracy of medication can be a major contributor to post-discharge adverse drug reactions. Clinical staff and pharmacists from King Daughter’s were subjected to a range of workflow challengeS. They tried to deal with sigs manually, and this helped them in developing automated transcription. Manual ascertaining of sigs is a time-consuming process that is subject to human errors.

 Solution Proposed by the Center

 Following this, Researchers from King Daughter’s Medical Center proposed a system to digitize records. In addition, they propose to convert free-text into automated systems that processes results according to hospital nomenclature. This would in turn help in filling the missing gaps and disruptions in medical workflows. It would be interesting to see the adoption rate of the system proposed by King’s Daughter Medical Center. Several improvements in EHRs have made their way in to the healthcare sector in recent times.

Adoption of Sharps Containers to Reduce Incidence of Needle-Stick Injuries

The drive for sharps containers stemmed from the adoption of safe and environmentally friendly ways of waste disposal in the healthcare industry. World over, such practices have gathered traction, especially in emerging economies. These geographies have been witnessing substantial advances in their medical infrastructure. The sharps containers market has also gathered a marked impetus from numerous countries increasingly focusing on adopting hazard disposal practices. The initiatives are helping them comply with pharmaceutical regulations.

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Increased awareness of the need for proper waste disposal practice among clinicians and healthcare staff reduce the risk of injury as well as infections from sharps, including contaminated needles and syringes. Sharps containers have been playing a crucial role here. Growing incidence of needle-stick injuries in various healthcare settings has bolstered the demands for sharps containers. Recently, as homecare is making notable strides, the use of sharps containers among caregivers at home settings will witness a significant growth. The trend will boost the prospects in the sharps containers market.

Biodegradable Materials for Containers Make Manufacturers Environmentally Responsible

Over the past few years, manufacturers in the sharps containers market have been unveiling products that are autoclave and incinerator-safe. This will go a long way to ensuring that waste disposable processes should also be environmentally friendly and sustainable. They have also benefitted from the advent of better puncture-resistant materials with low environmental footprint. An example is sharps containers made of biodegradable materials, which is expected to attract large numbers of big manufacturers focusing on developed and developing markets.

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Clearance of sharps disposal containers by regulatory agencies has been a key factor boosting the attractiveness quotient of these products, especially in developed economies. A case in point is FDA-cleared sharps containers. The advent of containers that are easy to operate has also fueled their consumption in key healthcare markets around the world.

Using Protein Therapy to Accelerate Healing Post Heart Attack

Researchers have developed a new method to enhance the healing power of the heart post a heart-attack. The research was conducted by the Westmead Institute for Medical Research (WIMR), in collaboration with the University of Sydney. The researchers point to the ability of protein therapy, involving human platelets, as a sound contributor to healing. Use of recombinant human platelet-derived growth factor-AB (rhPDGF-AB) could enhance outcomes following heart attacks. The findings of the research open new avenues for advancements within the field of cardiology. Science Translational Medicine journal published the findings of the research.

 Development and Effect of Scar Tissues

Scar tissues formed after a heart attack adversely affect the functioning of the heart. Meanwhile, researchers assert that infusion of rhPDGF-AB could help in improving the quality of the scar. Furthermore, this also induces the development of fresh blood vessels in the heart. The risk of heart arrhythmia can be reduced through infusion of rhPDGF-AB in the body. Patients suffering from heart arrhythmia experience irregular heart rhythms, and this can be fatal in the long-run.

 The lead researcher states unavailability of treatment for scars developed after a heart attack. The research in question is in the pre-clinical stage, and could be the first to impact scar health. The researchers explain that improvements in cardiac function and scar health could increase survival rate during heart attacks.

 Increasing Strength of Scars

During research, infusion of rhPDGF-AB did not increase the size of scar. However, it did cause the scar to undergo fiber alignment and acquire greater strength. These changes led to improvements in heart functionality, and subsequently accelerated the process of healing. Researchers used mouse models to show improvements in heart help through protein therapy. They claim to have compelling data to prove the veracity of their assertions.