Patrick Leyseele -Why Data Integrity in Pharma Matters & How We Improve It

Data integrity has become a main aspect of the medical field since the introduction of new technologies in the medical field. To increase efficiency, we help healthcare providers to perform their tasks with confidence and consistency.

One of the key principles of today’s healthcare industry is data integrity. We strategies to improve the pharmaceutical operations are based on three main operations.

1. Implementations of GMP Habits:

Once your employ your staff, it is essential to implement GMP habits. They should learn things like documentation methods, hygiene habits, and all these routine tasks while training. This will help to store the data better and provide your employees with certain guidelines they can follow to solve any issue.

Each workplace is unique. However, they all share the same standards and problems. Creating and developing GMP habits helps in avoiding common mistakes. The everyday life of your facility will go smoothly when you apply GMP habits.

2. Making Your Techniques Institutionalized:

Employing a triage system is essential to make sure that your facility will make use of all the efforts. Issues of great risks like Quality Risk Management need all the efforts to be solved. Any distraction may cause problems.

We establish a triage system through the evaluation of all the risks. There are three main types of risks; minor, major, and critical. Your employees should be trained on how to deal with all kinds of events. Minor events usually need monitoring or adjusting some features. Major and critical events require further investigations and management.

Each category has its own training and all your employees should be trained and monitored regularly.

One of the systems we include is the CAPs system. It allows managers and supervisors to correct mistakes and prevent certain actions. This leads to decrease in the risks and improve the healthcare provision and pharmaceutical quality system. The decision-making process improves significantly on all the levels of organization.

3. Simplifying Data Documentation:

Pharmaceutical operations are very complicated. They are difficult to follow and can be cut down.

Standard operational Processes (SOPs) need regular revisions. New SOPs support all new equipment, systems, products, and processes. We train all employees on new SOPs. If you have an old SOP, we update it and remodel your systems.

Even if the process requires updating the whole facility from scratch, we do it. We have a certain system ensuring that all the levels of your facility will be updated.

The documentation process becomes easier in this system. Besides, data storage and security are on a whole new level. The detection of threats is also easier and can be encountered easily.

At Pinnaql Inc, we put our clients first. As a resource solutions provider, we know the challenges facing the pharmaceutical and medical industries. Contact us for more information.

Internet of Things is a translation of the English expression Internet of Things (IoT), which describes a scenario in which various things are connected and communicated. This technological innovation aims to connect the items we use daily to the Internet, with the aim of increasingly bringing the physical world closer to the digital world.

The technological revolution is creating unprecedented opportunities and challenges. There is no industry that is exempt from this revolution, and in the field of medicine and health care, the impact is even more remarkable. Each person, with just a mobile application, can synchronize their habits and lifestyle.

Technological advances are changing the structure and organization of the medical field through a transformation driven by the inclusion of big data, the Internet of Things (IoT), artificial intelligence (AI), and machine learning, among others. The potential of big data lies in the possibility of combining traditional data with other new forms of data at both the individual and population levels, and integrating structured and unstructured data.

In addition, with the help of connected objects and the IoT, the work of medical personnel can be more immediate and precise, through features such as real-time activity, monitoring via wireless connection and the use of wearables. So much so, that more and more hospitals and clinics keep patient files in databases accessible to staff from anywhere within the facility.

The use of artificial intelligence can even translate into economic benefits, since, by helping to diagnose and detect diseases prematurely, it allows to reduce health spending and become more effective than traditional medicine methods. This was demonstrated by a tool created by researchers from the Universities of Harvard and Vermont, which allows identifying cases of depression by analyzing photographs published on Instagram. According to them, the results were better than the average diagnosis rate achieved by doctors.

Patrick Leyseele - Modern Biotechnology

Patrick Leyseele - Modern biotechnology or Third generation. It is the commercial application of living organisms or their products, which involves the deliberate manipulation of their DNA molecules. This implies a series of developments in laboratory technique, which during the last decades have been responsible for the scientific and commercial interest of biotechnology. .

Modern biotechnology based on the use of new techniques of recombinant DNA, monoclonal antibodies and new methods of cell and tissue culture. These are novel systems used to alter or modify the genetic properties of organisms in a fully targeted way.

Patrick Leyseele -Modern biotechnology refers to a series of techniques that involve the intentional manipulation of genes, cells and living tissues in a predictable and controlled way to generate changes in the genetic makeup of an organism or produce new tissues.

In the field of human health during the 1980s, biotechnology led to the discovery and production of the first commercial products such as human insulin, human growth hormone, and later the Tissue activator of the Plasticine as well as a number of polypeptides and biologically active proteins.

In the human field, biotechnology has allowed the development of monoclonal antibodies, in the use of transgenic plants for the production of therapeutic proteins and drugs, as well as the Hepatitis A vaccine.

Patrick Leyseele -Examples of modern biotechnology include: recombinant DNA techniques (rDNA or genetic engineering), tissue culture, and mutagenesis.

Patrick Leyseele - Modern biotechnology began with the discovery in 1953 of the structure of deoxyribonucleic acid (DNA) and the way in which genetic information is passed down from generation to generation.

This discovery was made possible by the earlier discovery of genes (discrete and independent units that transmit traits from parent to child) by Gregor Mendel.

These discoveries laid the foundation for the transition from traditional to modern biotechnology. They made it possible to produce the desired changes in an organism by direct manipulation of its genes in a controlled and less slow way compared to traditional biotechnological techniques.

These discoveries, along with advances in technology and science (such as biochemistry and physiology), opened up the possibilities for new applications of biotechnology that were unknown with traditional forms.

Patrick Leyseele Apart from the "everything but remote" phenomenon, we also see that consumer technology is driving an increasing trend of individuals who want to use technology to control their own health.

Another trend in the digital transformation of healthcare is the rise of companies that collect their own medical data on medical devices, including wearable technologies.

Consumers are expected to buy the latest health apps and AI technologies to improve and monitor their health.

It is too early to say how far digital technology can go in healthcare, as health organizations and health professionals need to keep their eyes open and create the necessary infrastructure and systems.

Technology is changing the world at an incredible rate and we will certainly see technological miracles in the future. As for health care, technology is growing at a steady pace in India, and health care will undoubtedly reap great benefits from these innovations.

We have a whole future ahead of us This holds a lot of potential for integrating technology into healthcare. It is clear that the role of technologies in healthcare will grow exponentially in the future.

Patrick Leyseele The role of technology in healthcare has expanded exponentially over the last 20 years and is increasing in tandem with social technological progress. It has increased in recent years with the growth of the health sector in India.

The right IT partners can help medical institutions to fully exploit the exceptional benefits of information technology in healthcare. If you are interested in making the most of technology for your healthcare organization, please contact us to learn more about our medical transcription services.

Another important advantage of digital technology is health care - related degrees. By completing a Master's degree in Health Informatics, students can keep up with, and even help improve, the ever-changing technology of healthcare.

Smart use of data and digital technology has the potential to improve health and health outcomes in a number of areas. The use of technology in healthcare as we know it today is only possible because of extremely targeted treatments and huge technological advances that are transforming patients' lives.

Patrick Leyseele The use of technology to improve patient care in the healthcare industry is advancing at a rapid pace and impacting society as a whole. We are making significant contributions to improving the health of people around the world and making progress in improving the patient, care and health industries.

Patrick Leyseele Reliable Assistants

As reliable assistants, medical robots take on many tasks that surgeons, nurses and doctors in internal medicine simply cannot fulfill. In some cases, robots are more precise than doctors, but they do not always replace humans, even if they are more precise and efficient robots.

Surgical robots are already helping the nation's surgeons in high-end hospitals, carrying out more precise and less invasive procedures, but there could be more benefits. Robots are making their impact in the medical industry, and in a rapidly growing field that is expected to reach $27 billion by 2027, the race to shrink medical technology has had life - and savings potential.

Patrick Leyseele At MedStar Washington, pharmacy workers prepare medicines, but robots also help with this work at other hospitals. To reduce costs and errors in hospitals, drugs can be processed, returned, and processed more efficiently, and robots can assist in supporting and supporting these tasks in other prisons and other medical facilities. The hospital's robots, which are delivered in hospital environments, can use a wide range of sensors, such as blood pressure, heart rate and blood sugar levels, blood sugar levels and even temperature sensors.

However, there is no guarantee that robots will be able to perform the same roles as humans and hospital staff in the future, especially in hospitals and other medical facilities.

Patrick Leyseele Although the debate on mental health has changed since the turn of the century, poor countries still spend very little money on mental health programs and access to treatment. According to the World Health Organization, the cost of treating mental illness in the United States in 2015 was $201 billion, making it the second-largest source of funding after health care for this costly condition.