The implementation of electronic health records aimed to imp
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Chandra Davis
MIT 228
Professor Ouderkirk
Chapter 6 Discussion
November 5, 2023
Electronic health record (EHR) systems are designed to store and manage patient health information in a digital format. They can enhance the quality and efficiency of healthcare delivery and help data sharing and coordination among healthcare providers. However, EHR systems also present challenges and risks, including usability, safety, and liability issues. Several
measures can be taken by facilities such as hospitals, EHR vendors, and the government to prevent errors and lawsuits associated with electronic health record (EHR) systems. One crucial way is improving the design of EHR systems. An EHR system can be redesigned to incorporate a more user-friendly interface and administer clear and concise documentation. Additionally, implementing alerts within the EHRs (Electronic Health Record) to prevent medication errors, drug interactions, and other risks can be beneficial.
Training is also an important aspect, with proper education and orientation needed for medical staff to effectively use and navigate an EHR system. Hospitals, for example, should provide adequate training to ensure their staff are proficient in utilizing all the features and functionalities
of the system. It is crucial to enforce testing and certification processes for EHR systems. These tests should focus on evaluating the safety, reliability, and usability of the systems. Regular
monitoring and updates should be conducted to pinpoint any necessary repairs or improvements that may arise.
Technology has had a significant impact on communication in healthcare, revolutionizing the way healthcare providers and patients interact. These technologies can also be effective in the prevention of errors and may help prevent lawsuits. By investing in modern technology, hospitals can enhance patient safety, improve healthcare delivery, and reduce the risk of errors or
negligence. For example, Patient Monitoring Systems can continuously track vital signs and alert
healthcare providers in case of any abnormalities. Computerized Physician Order Entry or CPOE. These systems allow healthcare providers to electronically enter medication orders, reducing the likelihood of errors associated with handwritten prescriptions. Lastly, the Barcode Medication Administration (BCMA) system. BCMA systems use barcoding to verify patient identity and medication before administration, reducing errors by ensuring that patients receive the correct medication and dosage.
EHR vendors play a crucial role in reducing errors and lawsuits by implementing various strategies and features in their systems such as decision support systems, clinical documentation improvement, interoperability, and health information exchange, and regular updates and maintenance. D
ecision support systems provide real-time alerts and reminders to healthcare providers about medication errors, drug interactions, or dangerous dosages. EHR vendors can design their systems to ease correct and comprehensive clinical documentation and include features such as templates, prompts, and built-in coding aid. This ensures that healthcare providers capture all relevant patient information. By enabling secure electronic communication, sharing patient information becomes more efficient, reducing errors that can occur due to fragmented or incomplete patient data. EHR vendors should also provide comprehensive
guidelines and continuous education to professionals to ensure they are up to date with changes or advancements in the system. Additionally, vendors should enforce thorough quality control measures throughout each stage of development, including the implementation of user feedback loops. This would mitigate potential errors before the system is implemented in a live healthcare environment. EHR vendors need to be open about any limitations and risks associated with their products as well. This transparency allows hospitals to make well-informed decisions about the choice of EHR systems.
Furthermore, accountability should be generated for EHR vendors, hospitals, and medical staff in
cases where errors or adverse events are caused by EHR systems. It is important for all parties involved to take responsibility for any mistakes or negative impacts resulting from the use of these systems.
The government can contribute significantly to reducing errors, promoting patient safety, and protecting the privacy and security of healthcare data through various strategies and initiatives. They can generate clear and robust regulations that set standards for various industries including guidelines for safety, quality control, consumer protection, and more. Governments can monitor businesses and industries and enforce compliance with regulations by conducting regular inspections and audits. This helps maintain ambitious standards of compliance and reduces the likelihood of legal disputes.
Education and awareness programs are another way governments can contribute. Investing in educational initiatives aimed at raising awareness and providing guidance on best practices and promoting training programs, workshops, and guidelines, governments can help individuals and businesses understand and implement the necessary measures to reduce the likelihood of lawsuits
and prevent errors. Dispute resolution mechanisms can be set up to prevent errors. Dispute
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resolution mechanisms, such as mediation and arbitration, provide parties with a more cost-
effective way of resolving conflicts, help alleviate the burden on the court system and, encourage
parties to settle disputes amicably, reducing the number of lawsuits.
In addition, the government can f
oster collaboration between the government, EHR system vendors, and labs to gather feedback, share best practices, and improve the integration process. They can also support patients' rights by advocating for access to their own health records. Empowering individuals with the ability to access and control their healthcare information allows them to make informed decisions and have a more active role in managing their well-
being.
In the lawsuit of Rominski, filed in Los Angles in 2017, the results were delayed due to the EHR system, not being met with the lab system. To make certain this error is not repeated in other patients, hospitals and governments can w
ork with vendors to correct any errors within the EHR systems.
Healthcare providers could also work with EHR vendors to ensure the system can track changes and correct any errors. Adopting an EHR system with the capability to track changes can help healthcare providers detect and correct errors in real-time. Additionally, physicians should not be allowed to override EHR data, even if it is faulty. Alternatively, they should work with the vendor to correct the errors and staff need to be trained in EHR processes to minimize prescription and other errors. Physicians could have o
utsourced medical transcription to an experienced service provider. Outsourcing medical transcription to an
experienced service provider can help prevent potentially harmful errors. They could Implement
measures to make sure information is entered correctly and check the system ensuring the system
is working effectively to avoid user errors. By adopting these measures, healthcare providers can minimize the risk of errors in EHR systems and ensure that patients receive the best possible care.
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Q |
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of 34 D
Question 1
The engine of a 3500-N car is generating a constant power of 50 hp (horsepower)
while the car is traveling up the slope with a constant speed. If the engine is
operating with an efficiency of € 0.8, determine the speed of the car. Neglect
drag and rolling resistance. Use g 9.81 m/s² and 1 hp = 745.7 W.
10
го
Question 2
A man pushes on a 60-N crate with a force F. The force is always directed downward at an angle of 30°
from the horizontal, as shown in the figure. The magnitude of the force is gradually increased until the crate
begins to slide. Determine the crate's initial acceleration once it starts to move. Assume the coefficient of
static friction is μ = 0.6, the coefficient of kinetic…
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(a) A very important component of a system has a mean time between failures of 100 hr and a mean time to repair of 10 hr. Determine the inherent availability of the system.
(b) If the equipment in Q7 (c i) above is required to meet an inherent availability requirement of 0.985 and a mean time between failures of 100 hr. Calculate the permissible mean time to repair and if the system as a mean of the time intervals between corrective maintenance actions of 900 hrs and the sum of the mean corrective maintenance time intervals including supply downtime and administrative down time of 10 hrs Determine the operational availability of the system
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List the procedure for mathematical models for engineering processes in the correct order.
Rank the options below.
The problem is formulated mathematically.
Reasonable assumptions and approximations are made.
The problem is solved using an appropriate approach, and the results are interpreted.
The relevant physical laws and principles are invoked.
The Interdependence of the variables is studied.
All the variables that affect the phenomena are identified.
▸
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CHAPTER 5 : DIESEL ENGINE POWER PLANT
A six cylinder, four-stroke CI engine is tested against a water brake dynamometer for which
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engine in the r.p.m. The air consumption was measured by means of a sharp edged orifice.
During the test following observersations were taken :
• Bore
• Stroke
• Speed
• Brake load
Barometer reading
= 10 cm
= 14 cm
= 2500 rpm
= 480 N
= 76 cm Hg
• Orifice diameter
• Co-efficient of discharge of orifice
• Pressure drop across orifice
• Room temperature
Fuel Consumption
= 3.3 cm
= 0.62
= 14 cm of Hg
= 25°C
= 0.32 kg/min
Calculate following :
i.
The volumetric efficiency
The brake mean effective pressure ( b.m.e.p)
The engine torque
The brake specific fuel consumption ( b.s.f.c )
ii.
iv.
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Newton’s Law of Cooling and Joint Proportions
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(b) During a process, 2 kg of methane (CH) is heated from 800 K to 1200 K at constant
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(i) Determine the specific gas constant for methane.
(ii) Calculate the change in entropy during the process.
(iii) Determine the work done.
=
[6 marks]
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of 2 kW. Assuming electrical and mechanical efficiencies are 100%, determine the rate of
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[3 marks]
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P (kPa)
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