Tag: Jobs in Drug Safety and Pharmacovigilance

  • How Do You Monitor Pharmacovigilance Literature?

    How Do You Monitor Pharmacovigilance Literature?

    Guidelines for Literature Monitoring in Pharmacovigilance: 

    • Pharmacovigilance’s primary goal is to promote medical product security and efficiency. As soon as possible, information about the safety of these ingredients is made available to patients, medical professionals, and the wider community.
    • Examining the creation, administration, and distribution of pharmaceuticals is part of pharmacovigilance. It is most likely the pharmaceutical market area most strictly regulated.
    • ADRs involving pharmaceutical products are to be recognized, detected, evaluated, and reported through pharmacovigilance.
    • Systematic tracking and assessment of medical literature is one of these requirements. In addition, a thorough search of medical journals for increasingly common adverse drug reactions. 
    • A manufacturer must have an effective pharmacovigilance system because flaws may compromise patient safety.
    • Articles published, articles and reviews published in indexed or unindexed journals, content published online, posters, conference abstracts, etc. 
    • Literature monitoring covers all of them. A more in-depth analysis of regulatory reporting, signal detection, and aggregate reporting is carried out using regulatory reports, clinical trial reports, literature reports, and license partner reports.
    • A useful tool for creating risk assessments is the individual safety report (ICSR). Marketing authorization holders regularly check popular reference databases to stay informed about upcoming publications.

    According to regulatory guidelines for handling and reporting adverse events, adverse events that satisfy the ICSR requirements are handled. When relevant articles are found, they will be further screened to ensure that they meet four requirements:

     1) identified source.

     2) company product. 

    3) patient; and 

    4) adverse event.

    Science and medicine publications should be used to support any analysis of a product’s safety profile. Whenever an emerging safety signal or safety concern appears, literature searches and monitoring are used to locate isolated reports of negative effects.

    A Summary of the Latest Literature Monitoring Techniques

    Processes can have unintended consequences when their foundation is compromised. Therefore, unbiased searching is essential for accurately and effectively monitoring medical literature. 

    Getting the most accurate results without adding extra data is more significant than ever due to the growing data volume. Literature monitoring involves two significant obstacles. The search strategy is the first challenge, and duplication is the second.

    Designing the most appropriate search strategy and choosing the right databases

    Marketing authorization holders must conduct clinical literature surveillance by GVP Module VI and based on the necessary frequency specified by the local regulatory authorities. This is for both locally (non-indexed) literature journals and globally indexed literature databases.

    ICSRs, aggregate reports, and potential security data should all be considered when developing search strategies. To reduce the chance of missing pertinent ADR information, it is crucial to create and continually improve search strategies.

    ICSRs, aggregate reports, and any potential safety-related data should all be considered when developing search strategies. To reduce the chance of missing pertinent ADR information, it is crucial to create and continually improve search strategies. Specifically, query terms must be carefully crafted to pull up the most relevant publications that address safety concerns.

    To ensure safety-critical signals are not overlooked, the database must be comprehensive and adhere to minimum requirements.

    Pharmacovigilance searchers typically use two or more databases, usually three or more, as having access to more databases improves their ability to find recalls and ensures thorough coverage.

    Use a search strategy that balances precision and accuracy demands. Local regulatory organizations advise local literature searches in regionally recognized databases.

    Overview

    A significant amount of literature monitoring is involved in pharmacovigilance. It may be difficult, but developing a sound search strategy is crucial. Adverse event-related safety information will never be overlooked thanks to a professional with the necessary abilities, knowledge, and training. It is essential to create and maintain search strategies, gather suggestions from various stakeholders, and create approved and practical strategies for the task at hand. Establishing an elaborate process to handle and manage duplicate articles is essential. Review search tactics frequently and make sure the documentation is solid to ensure the best results. To determine whether the MAH’s literature monitoring systems adhere to high standards, consider the following factors:

    • There is a need for a drug safety specialist with literature review knowledge.
    • Conduct risk analyses to ensure the search criteria are reliable and pertinent to the literature search purpose.
    • Perform a literature search and assess the literature findings by regional requirements (both global and local).
    • To improve results, the search phrase is analyzed and updated annually.

     

  • Difference between Drug Safety and Pharmacovigilance

    Difference between Drug Safety and Pharmacovigilance

    Pharmacovigilance vs. Drug Safety

    Drug Safety & Pharmacovigilance are receiving more attention than any these days. “Drug Safety and Pharmacovigilance” is not a single term. There is a slight difference between “Drug Safety” and “Pharmacovigilance.”

    Drug Safety: Drug Safety focuses on the rigorous examination and reporting of data gathered from clinical trials and post-marketing environments. This discipline emphasizes compliance and regulatory reporting. Regulatory agencies use this data to make informed decisions about drug registration, while reimbursement authorities assess the risk-benefit profiles of treatments.

    Pharmacovigilance: Pharmacovigilance extends beyond traditional Drug Safety by adopting a proactive approach. It involves vigilant monitoring of drugs in real-world settings, aiming to detect signals and trends early. This model utilizes advanced data analytics to analyze large, complex datasets, providing insights into drug performance across diverse patient populations and disease states.

    In short, we can say one is reactive, and the other is proactive. One is taking care of compliance and reporting, and the other is focused on interpreting signals. Ultimately, both refer to the same function of reporting, gathering, and adverse drug reactions. The primary difference between Drug Safety and Pharmacovigilance lies in the value of data generation. 

    Key Difference between Drug Safety and Pharmacovigilance

    Drug Safety  Pharmacovigilance

    With the Drug Safety design, data collected at clinical trials and in the post-marketing environment is examined and reported.

    Crucial data is highlighted, and regulatory agencies use this information to decide which drugs will be registered and reimbursement authorities to decide reimbursement. 

    These choices include weighing up the risk vs. benefit of different treatment options, i.e., for the service that the patient receives from the medicine, what are the likely chances in terms of side effects.

    The Pharmacovigilance model takes drug safety to the next level. The term ‘vigilance’ links to ‘being vigilant,’ i.e., proactively considering the environment, and identifying signals and trends, with an enhanced focus on the post-marketing environment. 

    The conditions of use have changed. Patient compliance is variable, and inclusion/exclusion criteria are not as tight as in controlled trial settings. 

    Within the Pharmacovigilance model, larger and more complex datasets are being analyzed.

     It generates considerable insight into how drugs are performing in the real world. 

    Valuable data is being developed on how medicines are completing inpatient sub-populations and across disease states.

    The Pharmacovigilance model concentrates on establishing signal detection systems and uses advanced data analytics to proactively monitor the entrance of new medicines to large patient populations. Real-world evidence is collected, collated, analyzed, and turned into penetration which is then being used during regulatory, reimbursement, and commercial discussions on strategic competitive benefits.

    Both Drug Safety and Pharmacovigilance serve critical roles in ensuring medication safety. While they share the fundamental goal of monitoring adverse reactions and ensuring drug efficacy, Pharmacovigilance goes beyond, using comprehensive data to inform strategic decisions in healthcare.

    difference between drug safety and pharmacovigilance

    Certification in Drug Safety and Pharmacovigilance:

    This Drug Safety and Pharmacovigilance certification not only shows that you have the expertise needed for the job or the project, but certifications also showcases your dedication towards what you do, giving credible proof that you have full fledged knowledge on the topic. In addition, certification shows that you are fully committed to your career besides validating that you maintain the latest information and know-how of the tools when doing your job.

  • Cloud-based technologies can speed up pharmacovigilance.

    Cloud-based technologies can speed up pharmacovigilance.

    It is possible to improve the monitoring process and ensure the safety of pharmaceutical products through improved monitoring by utilizing cloud computing technologies to accelerate pharmacovigilance innovation. To identify, evaluate, and prevent negative effects of medications and other medical products, 

    Pharmacovigilance is essential in the pharmaceutical and healthcare sectors.

     Here are some ways that the cloud solutions used in pharmacovigilance can promote innovation:

    • Cloud solutions provide scalability, enabling pharmacovigilance systems to handle large volumes of data. 
    • A growing amount of data needs to be stored in pharmacovigilance, such as when reporting adverse events, and this is important for several reasons. 
    • Increased workloads can be quickly adapted to cloud-based systems without the need for significant hardware.
    • Data integration is made possible by the infrastructure and tools that cloud platforms offer to combine data from various sources, including wearable technology, social media, and electronic health records. 
    • This makes it easier for pharmacovigilance teams to compile a thorough picture of patient health and identify adverse events.
    • Real-time analysis and processing of information is made possible by cloud solutions.
    •  By spotting potential safety issues early, we can react much faster and ensure the safety of our patients is better protected.
    •  This is essential for preventing injuries to patients when they occur.
    • It is possible to spot patterns and trends in pharmacovigilance data by utilizing advanced analytics tools such as machine learning and artificial intelligence, which are readily accessible as cloud-based applications to observe patterns and trends in the data.
    •  As a result of the ability of these technologies to predict adverse events, we can increase the safety of pharmaceuticals by providing knowledge about the predictive capability of these technologies.

    Collaboration and communication are made possible by cloud platforms, which help pharmacovigilance specialists, healthcare providers, regulatory organizations, and pharmaceutical companies work together. In addition to ensuring effective communication and knowledge transfer, teams have access to and can share data securely. 

    To ensure that the data is safe and secure in the cloud, cloud service providers must ensure that the data they handle on behalf of pharmaceutical companies is not only protected by strong security measures but also complies with a strict compliance program. 

    The steps have a big influence on how regulatory bodies perceive and how well the accuracy of what you share is protected. Cloud solutions can reduce infrastructure costs by eliminating the need for on-site data centers and hardware maintenance. The ability to only pay for the resources that an organization uses is one of the many benefits of using this cost-effectiveness approach.

    Cloud-based pharmacovigilance systems are globally accessible to anyone with an internet connection. This is particularly beneficial for multinational pharmaceutical companies and regulatory organizations that must collaborate across national boundaries. Everyone who has access to the internet can use it.

    Thanks to the disaster recovery solutions and redundancy options provided by a cloud provider, the pharmacovigilance data will be protected against unforeseen events, such as server failures or natural disasters, while preserving the highest level of data security. 

    The cloud provider typically offers a continuous update and improvement schedule, ensuring that pharmacovigilance systems stay compliant by keeping them up to date with the most recent technologies and compliance standards.

     It is reasonable to conclude that cloud computing has many advantages for boosting innovation and elevating pharmacovigilance. Companies can use the cloud.

    Finally, cloud-based solutions have much to offer to accelerate pharmacovigilance innovation. Organizations can use cloud computing to improve data processing, analysis, collaboration, and security for real-time drug monitoring and regulation to increase pharmacovigilance and patient safety, as well as the efficiency of regulatory monitoring and evaluation. However, when implementing cloud-based solutions in pharmacovigilance, it is important to consider regulatory and data protection requirements.

  • Market Dynamics and Outlook for Global Drug Safety Approaches and Pharmacovigilance

    Market Dynamics and Outlook for Global Drug Safety Approaches and Pharmacovigilance

    Evaluation and Dimensions of the Drug Safety and Pharmacovigilance Market

    The market for drug safety solutions and pharmacovigilance is driven by adverse drug reactions (ADRs). 

    A growing number of outsourcing firms are turning to pharmacovigilance software to deal with the growth in government regulations that need to be met prior to and after commercialization of drugs and this contributes to the overall growth of the market. 

    Pharmacovigilance automation, drug safety solutions, and collaborations are expected to boost the market. The solutions enable long-lasting mechanical hemostasis.

    According to Data Bridge Market Research, the market for drug safety solutions and pharmacovigilance, which was valued at USD 7.8 billion in 2022, is anticipated to grow to USD 13.91 billion by 2030, at a CAGR of 7.50% from 2023 to 2030.

    Reports included are in-depth expert evaluations, patient epidemiological studies, pipeline analysis, pricing evaluation, and regulatory structure. In addition, they provide insights into market scenarios such as market value, growth rate, categorization, geographical reach, and key competitors.

    Drug Safety Solutions and Pharmacovigilance Market Scope and Segmentation 

    Market Trends for drug safety and Pharmacovigilance

    Increasing regulatory requirements for clinical trials

    • PV services are driven by regulatory requirements for clinical trials and post-marketing monitoring. 
    • In recent years, advances in the development of ADR databases and information systems have made it possible to report accurate data, which can then be used for prospective studies.

    Increased innovation in product development initiatives

    • It is expected that the biotechnology segment will experience profitable growth due to increased innovation in product development. In recent years, both drug production and use have increased. 
    • Large populations’ prolonged drug use may have unintended consequences not detected in clinical trials. 
    • The regulatory authorities’ increasing need for medical information is also anticipated to fuel this market segment.

    Opportunities

    Increasing R&D endeavour
    The market is expected to grow as R&D increases and new technologies are implemented in clinical research. For instance, market participants’ plans to include virtual services in clinical trial protocols are anticipated to increase demand in the upcoming years.


    Restraints/Challenges

    • The growing complexity of drug safety regulations, as well as inaccurate reporting and coding of adverse effects, challenge market expansion.
    • This market research report describes current developments, trade regulations, import and export evaluations, manufacturing evaluations, value chain efficiency, market penetration, and impacts of domestic and local players. 
    • In addition, a strategic growth plan includes the identification and analysis of new revenue pockets, changes in market regulations, market size, category market growth, application areas, and market dominance, as well as product approval.

    Worldwide Pharmacovigilance and Drug Safety Market Size


    Pharmacovigilance and drug safety solutions markets are segmented by type, functionality, end users, delivery, and distribution channels. The development of these segments will help analyze industries’ sparse growth segments.

    By providing an overview and a thorough understanding of the market, the product will be able to give users a useful overview and guide them through the process of selecting the primary applications for the product.

    1. Category-Software Services
    2. Product- Standard Form and Customized Form 
    3.  Functionality- Software for reporting adverse events, drug safety reviews, and issue tracking.
    4. Delivery Approach- On-site Delivery Mode, Cloud-Based Delivery Mode
    5. End Users – Biotechnology and Pharmaceuticals, Hospitals, KPOs and BPOs, healthcare providers 
    6. F. Distribution channels- Direct sales, Retail sales

    Pharmacovigilance products are analyzed as well as drug safety products. There are several aspects of market size categorized by country, type, product, functionality, end-user, delivery method, and distribution channel that provide insights into market share.

    Penetration and installation of new technology in healthcare
    Each country’s market for drug safety solutions and pharmacovigilance is also analyzed detailed, including increases in healthcare expenditure on capital equipment, installed product types in the market for drug safety solutions and pharmacovigilance, the impact of technology using lifeline curves on drug safety solutions and pharmacovigilance, and changes in healthcare regulations.

  • The Future of ChatGPT: Redefining Pharmacovigilance

    The Future of ChatGPT: Redefining Pharmacovigilance

    Data volume is increasing in the pharmacovigilance industry. Maintaining regulatory compliance and adhering to regulatory timelines are also essential. Automation and AI are needed to increase compliance and efficiency.

    Pharma companies need to adopt updated methods and tools as technology develops. 

    A GPT-3.5-based large-scale language model, ChatGPT, created by OpenAI, is one such tool. A result of this is that pharmacovigilance, which tracks, detects, evaluates, and avoids medication side

     effects, may change.

    The natural language processing (NLP) model of ChatGPT can recognize and react to human speech. It can write text, respond to inquiries, and perform numerous other linguistic operations. Since it has been trained on a vast amount of data, the program can understand the context and meaning of words and sentences. The result is that it works well as a pharmacovigilance tool.

    Evaluation of unstructured data

    One of ChatGPT’s main benefits for pharmacovigilance is its ability to analyze unstructured data. In a variety of media, such as social media posts, news articles, and medical records, adverse drug reactions are frequently reported. Conventional methods cannot locate and analyze these reports due to their limited or divergent information. 

    ChatGPT can extract relevant details from these reports, such as the type of adverse event, its severity, and the medication involved. Pharmacovigilance teams can protect patients by identifying potential risks and mitigating them.

    Identifying Critical Safety Issues


    ChatGPT can also identify existing pharmacovigilance safety concerns. To discover adverse events, pharmacovigilance teams rely on spontaneous reporting. These techniques might miss a brand-new or previously undetected side effect. Rare or complex disorders are especially challenging to treat. 

    ChatGPT can analyze a lot of data from a variety of sources to find patterns or trends that may indicate impending safety risks. This can help pharmacovigilance teams identify potential safety risks and reduce them.

    Straightforward and uncomplicated communication

    The interaction and communication between patients and healthcare professionals can also be enhanced by ChatGPT. Through several channels, including social media, online forums, and patient support groups, one has the option of informing healthcare professionals and patients about adverse drug events. Patients will be more engaged and satisfied with a quick, accurate response. As a result, pharmacovigilance teams might have access to more high-quality and quantitative adverse event reports, which would be useful.

    Examining technology’s shortcomings and difficulties in the modern world

    ChatGPT in pharmacovigilance presents several challenges and limitations, which must be emphasized. One of the tricky problems is how accurate the model is. It is not flawless, and occasionally its answers may be inaccurate or deceptive, despite having been trained on a substantial amount of data. 

    Because of this, it’s crucial to cross-check and double-check ChatGPT results using data from other sources. Its limited capacity to understand human language subtleties and context is another drawback. In the case of unfavorable event reports, this can be particularly challenging. To increase accuracy and effectiveness, the model needs to be trained on relevant data.

    Pharmacovigilance could be revolutionized by ChatGPT, which could also improve drug efficacy and safety. It can be extremely helpful to pharmacovigilance teams because of its ability to analyze unstructured data. It can also foresee emerging safety risks and enhance patient and healthcare provider communication. The model’s shortcomings need to be addressed, and it is crucial to know its problems and constraints.

    ChatGPT is a tool that may assist pharmacovigilance efforts, but it shouldn’t be the only way adverse events are reported. To ensure that all potential adverse events are properly investigated and handled, healthcare professionals must use official reporting channels.

    The Future of ChatGPT: Redefining Pharmacovigilance

    Data volume is increasing in the pharmacovigilance industry. Maintaining regulatory compliance and adhering to regulatory timelines are also essential. Automation and AI are needed to increase compliance and efficiency.

    Pharma companies need updated methods and tools as technology develops.

    OpenAI’s GPT-3.5-based large-scale language model, ChatGPT, is one such tool. A result of this is that pharmacovigilance, which tracks, detects, evaluates, and avoids medication side

     effects may change.

    The natural language processing (NLP) model of ChatGPT can recognize and react to human speech. It can write text, respond to inquiries, and perform numerous other linguistic operations. Since it has been trained on a vast amount of data, the program can understand the context and meaning of words and sentences. The result is that it works well as a pharmacovigilance tool.

    Evaluation of unstructured data


    One of ChatGPT’s main benefits for pharmacovigilance is its ability to analyze unstructured data. In a variety of media, such as social media posts, news articles, and medical records, adverse drug reactions are frequently reported. Conventional methods cannot locate and analyze these reports due to their limited or divergent information.

    ChatGPT can extract relevant details from these reports, such as the type of adverse event, its severity, and the medication involved. Pharmacovigilance teams can protect patients by identifying potential risks and mitigating them.

    Identifying Critical Safety Issues


    ChatGPT can also identify existing pharmacovigilance safety concerns. To discover adverse events, pharmacovigilance teams rely on spontaneous reporting. These techniques might miss a brand-new or previously undetected side effect. Rare or complex disorders are especially challenging to treat.

    ChatGPT can analyze a lot of data from a variety of sources to find patterns or trends that may indicate impending safety risks. This can help pharmacovigilance teams identify potential safety risks and reduce them.

     Straightforward and uncomplicated communication

    ChatGPT can also enhance interaction and communication between patients and healthcare professionals. Through several channels, including social media, online forums, and patient support groups, one can inform healthcare professionals and patients about adverse drug events. Patients will be more engaged and satisfied with a quick, accurate response. As a result, pharmacovigilance teams might have access to higher-quality and quantitative adverse event reports, which would be useful.

     Examining technology’s shortcomings and difficulties in the modern world

    ChatGPT in pharmacovigilance presents several challenges and limitations, which must be emphasized. One of the tricky problems is how accurate the model is. It is not flawless, and occasionally its answers may be inaccurate or deceptive, despite having been trained on a substantial amount of data.

    Because of this, it’s crucial to cross-check and double-check ChatGPT results using data from other sources. Its limited capacity to understand human language subtleties and context is another drawback. In the case of unfavorable event reports, this can be particularly challenging. To increase accuracy and effectiveness, the model needs to be trained on relevant data.

    Pharmacovigilance could be revolutionized by ChatGPT, which could also improve drug efficacy and safety. It can be extremely helpful to pharmacovigilance teams because of its ability to analyze unstructured data. It can also foresee emerging safety risks and enhance patient and healthcare provider communication. The model’s shortcomings need to be addressed, and it is crucial to know its problems and constraints.

    ChatGPT is a tool that may assist pharmacovigilance efforts, but it shouldn’t be the only way adverse events are reported. To ensure that all potential adverse events are properly investigated and handled, healthcare professionals must use official reporting channels.

  • A facility-driven approach to reliable pharmacovigilance

    A facility-driven approach to reliable pharmacovigilance

    Pharmacovigilance and reliable medicine are combined in reliable pharmacovigilance.

    Pharmacovigilance may become more reliable with more precise data collection and computational techniques.

    Intelligent healthcare facilities can collect, analyze, and disseminate patient-specific clinical decisions.

    Reliable pharmacovigilance refers to the provision of a framework for drug safety assessment that is more comprehensive and interactive than standard pharmacovigilance. 

    Pharmacovigilance should benefit the individual patient. It is ambitious since these objectives challenge the prevailing understanding of pharmacovigilance. It is important to first complete several related tasks, including:

    Personalized information leaflets, also known as personalized package inserts, are intended to be compiled with specific reference to a drug’s contraindications, warnings, precautions, and adverse drug reactions (ADRs). 

    These efforts include:

    1. Designing the data collection infrastructure for precision pharmacovigilance.
    2. Investigating novel computational methods to analyze and assess drug safety data.
    3. Providing a computer-aided framework for distributed clinical decisions; and
    4. In addition to these four points, two more factors must be considered for precision pharmacovigilance to be feasible.

    Reliable pharmacovigilance can be best achieved by making the hospital the primary hub of this type of research work and, second, by taking advantage of the expanding significance of secondary use of healthcare data laws, which are already in place in several countries and are anticipated to be more widely adopted in the future.

    A study-driven approach to reliable pharmacovigilance.

    Three research strands are:

    • data collection,
    •  data analysis, and
    •  data exploitation

    They are the foundation of reliable pharmacovigilance. 

    Theoretical and practical research will be required to align abstract modeling with a boots-on-the-ground strategy, where statistically based models will need to handle real-world evidence and work within hospital clinical limitations.

    Compiling the data


    On the one hand, most data will be collected by hospital pharmacoepidemiology and health informatics. Moreover, information engineering and health informatics are also relevant. This system will need to be integrated with the hospital’s current data management practices and systems. 

    A scalable system must accept real-time data on drug consumption, reports of potential adverse drug reactions from doctors, and data from hospital pharmacies as well as electronic health records. 

    Privacy will be a top priority regardless of whether it is acquired locally or not.

    Leveraging data

    Precision pharmacovigilance creates a personalized information leaflet that specifically refers to a drug’s contraindications, warnings, precautions, and ADRs. The use of computational techniques currently employed in precision medicine in its compilation will be advantageous.

    A final reflection and a look ahead to the future

    Precision pharmacovigilance was developed to respond to standard pharmacovigilance problems. Its goals include lowering hospitalizations and fatalities caused by ADRs. In addition, it protects populations that are typically left out of RCTs but still suffer negative effects from medication. 

    This novel approach to pharmacovigilance aims to change the game in drug safety by offering more accurate drug safety assessments. It also prevents serious adverse drug reactions. It is based on clever and effective data collection within hospitals by utilizing innovative and rigorous data analysis.

     This is done by creating a personalized information leaflet with specific reference to a drug’s contraindications, warnings, precautions, and side effects.

  • Drug safety case processing: key issues and strategies to prevent them

    Drug safety case processing: key issues and strategies to prevent them

    Case processing is one of the most crucial aspects of drug safety. It provides data for the analysis of side effects, enabling us to identify newly emerging safety concerns and regularly assess the balance between the risks and benefits of using a pharmacological treatment.

    Safety data processing must be exact and of a high standard from a medical and scientific perspective to give accurate analysis and prompt corrective action, which in turn serves to safeguard the health of the patients and make it possible for the safe use of the drug.

    Why is it so important to ensure the highest degree of case processing quality?

    Case processing, a crucial pharmacovigilance activity, enables the transmission of substantial volumes of safety data across numerous stakeholders, such as patients, physicians, and responsible authorities. Processing a case involves the following steps:

    Case report presentation

    • Prioritization of case reports: duplicate check validation
    • Transmission of a medical evaluation to partners: quality assurance closure for data entry for archiving.
    • When processing cases, it is crucial to ensure the quality of the data.
    • Effective data analysis, scientific evaluation, and decision-making are dependent on the proper handling of case processing tasks, which in turn enables effective public health protection.
    • Observing regulations: To effectively protect the health of patients, safety data must be properly analyzed and used for benefit/risk evaluation and signal detection activities.

    Case processing common mistakes:

    Numerous quality problems are encountered by pharmacovigilance staff members who handle case processing activities. The most typical problem is:

    1. Insufficient reporting

    Contradictory data and coding errors signify an incomplete or inconsistent medical assessment.

    2. Incomplete report mistake 

    The most efficient way to deal with the issue of incomplete data is through routine training. 

    The quality assurance AE/SAE report is also included.

    3. Incorrect coding

    • The most important role of medical coding is to standardize and group disparate phrases into a standard parent category, which is necessary for efficient safety data analysis.
    • Medical coding is crucial for preventing spelling errors, inaccurate abbreviations, or non-standardized terms.
    • Coding mistakes can be avoided with a suitable and transparent source of data. Pharmacovigilance experts, however, occasionally get acronyms and information that are incorrect or unclear.
    • Congestion, of which the type (pulmonary, nasal, hepatic, sinus, etc.) is unclear,
    • Uncertainty about the sort of pain
    • Myocardial infarction (MI) or mitral incompetence (MI) are the two terms that are not entirely clear.
    • It is recommended to speak with the reporter personally to get clarification in such circumstances. The use of lower-level terminology might be permissible if the clarifications weren’t thorough.
    • If the clarifications are not exhaustive, lower-level terminology (LLT) should be used. The “MedDRA Points to Consider” page is also beneficial to review because it has a wealth of examples organized by type of coding issue.

    Narrative

    When crucial details from the case narrative are missing from the structured fields, it is a common type of error for the narrative to be incorrect.

    All information in the narrative must be accurately documented in the pertinent structured fields for pharmacovigilance professionals to promptly examine the cases and enable reliable data retrieval.

    How to Process a Quality Case

    Case processing is an essential task that forms the basis of pharmacovigilance decision-making. It enables the pharmacovigilance team to accurately analyze the safety data and take remedial actions promptly, ensuring that the drug benefits the patients in the best way possible.

    There are many strategies that can help to raise the standard of case processing, including:

    • Employees in clinical development, sales, medical information, legal, and quality control may require additional training.
    • Safety data collection forms that are easy to read and well-designed.
    • Random samples of patients are periodically examined.
    • All data entered into the database is subjected to quality control by a second individual.
    • Regular checking of a sample of instances taken randomly from the database. This can either be a thorough check or a check of the essential fields you’ve chosen.
    • Checking for deviations in KPIs and CAPAs.

                                                      Get the right chance to succeed in society and change things.

     A career in drug safety and pharmacovigilance affords you the chance to make a difference in people’s lives because of the recent increase in demand for pharmaceutical and drug safety specialists.

    Accredited courses in drug safety and pharmacovigilance are available at Sollers College.

  • Future prospects of Pharmacovigilance

    Future prospects of Pharmacovigilance

    Why is Pharmacovigilance required in pharmaceutical markets for all countries? Majorly it is due to adverse drug reactions (ADR) that leads to severe illness, permanent side effects, and even death.

    With rising burden of chronic and non chronic diseases and increase in geriatic population growing pharmaceutical market, no surprise that there is a rapid growth for pharmacovigilance services  in worldwide market. Pharmacovigilance performs a much more pivotal role with the more stringent regulations and the increasing quality of patient centricity than 10 or 20 years ago.

    Current industry trends in pharmacovigilance:

    These days, the evolution of mobile applications, digital health devices, social media set a new standard for patient involvement. Recent statistics illustrate that there is a huge value for social media monitoring and provide valuable information related to drugs. Along with that proactive monitoring helps to give early warnings of new adverse events that helps in drug development and avoid preventable litigation.

    Will the exponential growth of digital health tools become primary for producing high-quality concerns? It stands to reason that proactively observing patient health through digital health materials could provide insight into decreasing the figure and severity of adverse events.

    Social media; Clinical data and electronic health records; Claims files;

    Regulatory reports and filings from different areas;

    ​Secondary data references present unprecedented difficulties in terms of procurement and combination with “classic” data sets. Usage of secondary data by pharmaceuticals is, as of today, just at the initial stage, also considering that it is not required from the regulatory point of view. 

    Recently, technology providers have started giving robust and flexible platforms that support Life Sciences organizations handling and combining multiple file types and including social media streams in their pharmacovigilance methods. Advanced algorithms and disproportionality review are now being developed to accommodate classical automatic reporting and social media streams.

    The secondary data references and advanced signal detection technologies help detect safety risks and take more rapid risk minimization.

    Cloud-based Reporting produces a robust global database of adverse events.

    Many businesses are now profiting from collecting and analyzing vast amounts of data in the cloud. As the amount of data sources grows, Life Sciences companies confront the critical need to optimize the intake, storage, and study of substantial volumes of data.

    The primary reason for transforming to the Cloud is

    Cost and efficiency: Cloud enables organizations to operate with massive data from incidents without yielding security, quality, and data privacy.

    Scalability: The adverse event case workload for Life Science companies has been growing regularly, with some businesses seeing a 50% rise yearly. 

    Simplicity: Cloud usage can simplify the life of companies by empowering them to evade concerns about module adaptability and mounting up servers. Cloud pharmacovigilance is a growing reality. 

    Sollers college provides a Drug Safety & Pharmacovigilance certificate/master’s program for the students/drug safety professionals who want to settle in the healthcare sector.

  • What is the Aim of Drug Safety & Pharmacovigilance?

    What is the Aim of Drug Safety & Pharmacovigilance?

    Pharmacovigilance is the heartbeat of pharmaceutical production. Do you think there’s something more significant than the safety of a patient? As a healthcare provider, your patient safety is your preference. Drug Safety & Pharmacovigilance, is intended to protect patients and disseminate information amongst professionals to reduce the risk of adverse events. You perform a risk-benefit estimate for every patient before any interruption or treatment decision is focal to keep your patient safe. Therefore, any science or activity that reinforces this concept is of great importance. And here, we can discuss the significance of pharmacovigilance.  

    What is Pharmacovigilance?

    The pharmacovigilance field is broad-ranging. It comprises drug interactions, prescription errors, lack of drug efficacy, unapproved medications, fallacious use of medicines, severe and persistent poisoning, case reports, drug-related mortality, and anything related to adverse drug reactions. 

    To succeed in this event, pharmacovigilance aims to regulate the adverse drug effects through its central international database, which accumulates the adverse effects of drug reports from all the countries worldwide. And now, let us have a broad discussion on the significance and consequence of pharmacovigilance.

    The importance of Pharmacovigilance:

    We have shown a notable rise in the number of clinical trials through the past few years, and this happening is a double-edged weapon!

    Although new medicine development is essential for a large portion of patients, the number of clinical trials may affect the function of ethics committees and regulators, which may lead to unethical patient practices, poor reporting of adverse effects, and inadequate patient monitoring during the phases of clinical trials. 

    What does pharmacovigilance do?

    The role of pharmacovigilance is to assess whether the benefits of a drug outweigh the risks, and it doesn’t stop after the medicines are certified. PV involves ongoing monitoring of medications to ensure they remain safe for use, primarily since previously undetected adverse events can occur at any time.

    This position has a significant impact on improving the medicines’ safety profile, intensifying patient care and safety, and also supporting the work of national drug regulatory authorities.

    The Quality of Pharmacovigilance in Clinical Trial Regulation:

    With the transformation on trends in clinical trials and altering demographics of the patients taking the medicines, outsourcing pharmacovigilance has been indulged as they have the proficiency to centralize data and hence, early identification of risks; guaranteeing the final aim, that is, the safety of human health is completed.

    The significance and roles of pharmacovigilance are vital; they are growing and extending throughout the years to incorporate various methods related to patient safety. Upskill your career with Drug Safety & Pharmacovigilance certification from Sollers.

  • Role of Pharmacist in Pharmacovigilance Field

    Role of Pharmacist in Pharmacovigilance Field

    The Pharmacy profession has experienced significant change over the last two to three decades. Pharmacists can use Pharmacovigilance systems interfaced with electronic health records to observe the drugs they fill and recognize adverse drug reactions quicker than non-pharmacists, thereby decreasing expensive healthcare costs.

    Pharmacovigilance information systems managed by pharmacists can recognize adverse drug reactions in emerging countries where quality control of medicines is questionable. Reports suggested that patients had insufficient knowledge about their prescribed drugs, although they had been using them for a while. 

    73% of pharmacists work in hospital or pharmacy settings, where they can face events based on adverse drug reactions or other drug-related problems. Their involvement in pharmacovigilance systems is crucial.

    The development of electronic information systems has been a milestone in identifying and intervening drug-related problems such as dosage, adverse reactions, interactions, compliance, or ineffectiveness. Such decision support systems in electronic medical records can capture drug-drug interactions or identify other issues (e.g., contraindications) with prescriptions before they are filled

    Pharmacists have a crucial role in the US and health systems to maintain the rational and safe use of medication, for they are drug experts who are specifically trained in this field. They ensure that the drugs in the marketplace we consume are generally safe, and all those identified as hazardous are taken off the market. 

    Pharmacovigilance is an excellent employment option for medical, pharmacy, and life science graduates. It has resulted in pharmacists taking on greater responsibility in managing minor illnesses and delivering public health interventions. There is no limit to the patients dealt with by pharmacists. 

    In the pharmaceutical sector, the number of career opportunities is nearly limitless. Pharmacists can play a role helping patients with chronic diseases have better medication at the correct time and get good clinical outcomes. Pharmacists serve as patient advocates, contributing information that permits patients to evaluate risk and improve their autonomy

    The pharmaceutical industry in the US is one of the most advanced industries of the country and the third-largest in the world. It is technologically strong and self-reliant. Effective use of pharmacists’ workforce will improve the outcome of pharmacotherapy and decrease global health costs. 

    Pharmacists can fully use their clinical abilities and usually involve diagnosis and therapeutic management. More than ever before, community pharmacists are now in a position to identify, record, and report medication safety incidents. 

    Sollers’ Drug Safety and Pharmacovigilance certification help Pharmacists to enrich their career growth in the Pharmaceutical sector. It might seem like a lateral move at first, but it will open more fantastic opportunities in the long term. 

  • Scope of Pharmacovigilance in Coming Years after COVID Vaccine

    Scope of Pharmacovigilance in Coming Years after COVID Vaccine

    2020 gave rise to the most devastating epidemic in modern history, but it also provoked amazing breakthroughs across Clinical research and Pharmacovigilance stewardship. Rising incidences of ADR during COVID vaccine have elevated the importance of Pharmacovigilance in the market.   

    As per the reports, from 2020-2027, the market is estimated to grow with a 7.6% CAGR, and the global market is expected to grow nearly triple to $12 billion by 2027 with the surge in the application for electronic health record mining, intensified drug report monitoring, cohort event monitoring, spontaneous reporting.

    There has been a steeping demand for pharmacovigilance services because of the developing predominance of chronic diseases, respiratory disorders, cancer symptoms, and rising drug consumption.In addition to this, a vast rate of adverse drug reactions (ADRs) have added a substantial strain on the healthcare sector, pointing to the augmented demand for Pharmacovigilance.

    The increasing trend of outsourcing PV services to CROs and BPOs has derived from an effective drug regulation system. These outsourcing substances contribute to pharmacovigilance services with high regulatory compliance, improved productivity, and more remarkable strategic outcomes, thus expanding the global PV market. 

    The critical factor for expanding the pharmacovigilance market is the governments’ strict drug safety policies and regulations.  Also, around 5% of total hospitalizations are due to those adverse reactions. Therefore, the scope of pharmacovigilance is cumbersome as countries have to produce solutions to evade these adverse drug reactions.

    Intense post-market monitoring mechanisms set up by various government regulatory agencies increasingly focus on the safety and efficacy of pharmaceutical products after they are launched in the market.. So, there will be no shortage of jobs in this sector. Candidates will obtain many job openings in pharmaceutical companies along with a few positions in the public sector.

    To make a more glorious future in Pharmacovigilance, enroll in Pharmacovigilance Courses to get the best training from industry experts. Sollers offers certification and a Master’s program in Drug Safety and Pharmacovigilance along with Adverse Drug Reaction programs. 

  • Evaluation of Adverse Drug Reactions

    Evaluation of Adverse Drug Reactions

    Pharmacovigilance is an arm for patient safety and care that aims to get the best results with medicines’ treatment. Unfortunately, because of many different factors, any medicine can  sometimes cause adverse reactions. 

    As we can see, the world of 2021 is different compared to previous years. We are now cautiously reopening and trying to get into the new normal state. Pharmacovigilance will recognize the risks in the least possible time when the medicine has been marketed and will aid to build and/or classify risk factors. When communicated adequately, this data enables intelligent, evidence-based guiding with potential for stopping many adverse reactions and will finally benefit each patient to obtain optimum therapy at a more economical cost to the health system.

    Adverse outcomes, preventable or otherwise affects the treatment. Mainly adverse events affect patients, but they also affect health care practitioners. Revealing information about adverse events has benefits for the patient and the physician and, ideally, strengthens the patient–physician relationship and promotes trust. 

    When to report

    A patient should communicate if they had a notable outcome.They can go to hospital and inform the medical advisers that they stopped using medication as they have this type of adverse reaction 

    FDA encourages the consumers to report whenever they find any adverse reactions. If the team gets bundles of reports about the same medicine they will respond and take possible actions. 

    What happens after a report is made?

    FDA examines all submitted reports and identifies the similar adverse events occurring with a specific medicine. 

    Depending on the severity of the adverse reactions, FDA may take any of the following decisions. 

    • Withdraw the medicine from the market 
    • Declare a drug safety communication to notify public 
    • Set some restrictions on the drug distribution
    • Renovate the drug’s labelling, insert or package.

    But almost everything starts with consumer feedback. Adverse event reporting allows us to do our job and report needed information back to consumers.

    Types of Adverse Drug Reactions:

    Mainly it is classified under

    • Dose-related
    • Allergic
    • Idiosyncratic

    In detailed it is segregated as 

    Type A – Augmented 

    Reactions which can be predicted from the known pharmacology of the drug. These are dose dependent.

    Ex: Bleeding, Headache etc., 

    Type B – Bizarre

    These are adverse reactions that depend upon promoting the growth of certain microorganisms and cannot be predicted from pharmacology.  

    Ex: Anaphylaxis, Hypersensitivity

    Type C – Chemical 

    Several adverse reactions rely upon the chemical nature of a drug rather than pharmacological properties and cause chemical irritation.

    Ex: Hepatotoxicity

    Type D – Delayed

    These reactions occur because of the physical nature of the formulation or the method of administration.

    E.g. Chemotherapy,   Secondary tumours,  Teratogenic effects

    Type E – Exit/End of treatment

    These are known as withdrawal reactions, these occur on withdrawal especially when drugs are stopped abruptly. 

    E.g. Phenytoin withdrawal  Seizures, Steroid withdrawal

     Type F – Familial

    Familial dysautonomia is a hereditary sensory disorder. It is a genetic disorder that affects the development and survival of certain nerve cells.

    Ex: poor muscle tone (hypotonia), frequent lung infections, and difficulty maintaining body temperature. 

    Type G – Genotoxicity 

    Several drugs can create genetic damage in humans. Distinctly, some are possibly genotoxic or carcinogenic. Few, but not all, teratogenic agents harm genetic material within the fetus.

    Type H -Hypersensitivity

    These are side-effects induced by hypersensitivity or allergy. They are apparently the most frequent adverse reactions after Type A reactions.

    Type U – Unclassified

    Some adverse reactions have a mechanism that is not known. This may constrain the introduction of new adverse reaction divisions in the future. Examples include muscular adverse effects,drug-induced taste disturbance.

    Drug Safety and Pharmacovigilance Training Program accomplish the demands of this ever-growing and profoundly regulated industry by offering a curriculum aligned with the real-time industry requirements, highly competent, and equips career readiness for professionals in the pharmaceutical industry.

  • Evolvement of Pharmacovigilance in Coming Years

    Evolvement of Pharmacovigilance in Coming Years

    Pharmacovigilance (PV), the method of identifying, tracking, evaluating, and anticipating adverse outcomes from drug therapies, is a division that has seen enormous growth in recent years. Hence Pharmacovigilance training becomes necessary to meet the current requirements.

    The pharma industry is welcoming the huge transformation initiatives at a faster pace than ever over the coming years. The difficulties of building and maintaining progressively more complex pharmacovigilance systems in a globally different and evolving managerial environment are growing day by day. 

    Leveraging technologies – including mobile applications, cloud-based solutions, and technology for big data analytics – will allow companies to move toward end-to-end automation across the PV spectrum. Embracing advanced technology solutions and next-generation automation will position companies to meet the future’s PV challenges and stay ahead of the curve.

    Strong technical and PV experience is expected to drive the highly regulated policies while giving comprehensive, end-to-end PV automation solutions. Pharmaceutical companies started defining a clear vision, building strategies and initiatives with specified milestones and selecting strong Drug Safety professionals with a proven track record in PV delivery, safety technology, and regulatory reporting.

    Close the information gap and lead pharmacovigilance from a state of reactive to proactive? It demands some proactive planning and partnering to spool-up a patient adherence and patient support program, but you can be ready with the right partner.

    The new tools, data, and procedures are unquestionably paving the way to a more radiant and insightful prospects.

    •  The requirement for making pharmacovigilance following to its primary focus.
    • The demand for a whole systems approach.
    • Having a united drug safety-clinical database for advanced data acquisition.
    • Necessitate for regulatory harmonisation.

    Automation and standardization of PV processes and safety data management boost efficiencies, quality and compliance. Proactive PV knows and predicts rising safety signals in data mining techniques. Superior cognitive solutions extract, code and process AE data while AI empowers clear views of safety issues, giving transparency to establish trust.The main objective of Pharmacovigilance is that detecting the drug-induced adverse reactions in medicine’s life cycle to take appropriate actions to minimize the impact on patients.

    Are you looking to do job oriented certification in drug safety pharmacovigilance? Get an edge to your skills with these popular tech skills. We leverage our decades-long expertise and experience to maximize your opportunities in coming years.

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