Sollers College

Tag: Jobs in Clinical Research

  • A review of the clinical implications and applications of generative AI

    A review of the clinical implications and applications of generative AI

    Generative AI can now use technology to write code, create art, write coherent paragraphs, and even help scientists with clinical research. What is generative AI, though, and how has it developed? What part can it play in clinical research? Let’s investigate more!

    How does generative AI work?

    • An autonomous form of artificial intelligence referred to as “generative AI” can translate text into images and write texts by itself. 
    • By learning from existing data and using that knowledge to create fresh, innovative content out of that data, generative AI has the potential to be applied to a range of tasks, such as storytelling or graphic design, as well as many other tasks.

    Creation of generative AI

    • Generative AI was initially developed using fundamental forms. 
    • It could only generate single sentences and suggest a few random words using outdated machine learning algorithms.

    Deep learning and neural network applications

    • Artificial intelligence has progressed rapidly since the development of deep learning and neural networks, which mimic the functions of the human brain. 
    • AI models have demonstrated far greater efficacy in learning from data.

    What’s to Come

    • Generative AI is an exciting technology, but just beginning to explore its possibilities. The human brain is very similar in that regard, as its potential isn’t fully explored yet.
    • Generative AI can only provide meaningful and consistent responses if you ask the right questions or provide the right prompts.
    • With the knowledge of AI, the experts are able to provide precise and pertinent answers when dealing with AI.

    Clinical Research’s Use of Generative AI

    Particularly in the areas of clinical research and trials, generative AI has the potential to transform the healthcare sector completely. It can have a major influence in the following areas:

    • Test data generation
    • Drug discovery
    • Patient recruitment
    • Document generation
    • Generating SAS Programs
    • Monitoring and reporting

    Summary

    • A significant amount of progress has been made in generative AI since its humble beginnings. 
    • With its constantly developing capabilities, it holds out the possibility of a time when machines will be able to support human creativity and problem-solving in previously unheard-of ways. 
    • Particularly intriguing are the possible uses in clinical research and trials, which offer quicker, more effective, and morally sound medical solutions.
  • Clinical Trials Changing Face in the Changing World

    Clinical Trials Changing Face in the Changing World

    Technological developments are bringing benefits across the Clinical Development soll life cycles for years. Now, the aspect of Clinical Trial development is even more improved.  In the light of pandemic COVID 19, the field uses new virtual trial technologies to maintain their studies and keep all the patients safe. 

    Innovation and Technology are familiar buzzwords that are common for all industries. But, we are required to remind ourselves that innovative technologies like Clinical Conductor and eTMF are intended to increase the productivity, efficiency, and convenience of a process or activity. It helps to retrieve the trail documents in a timely manner and maintenance of documents for post marketing studies. 

    Challenges in the Pharmaceutical industry:

    • High Clinical trial patient dropout rates
    • Lengthy patient recruitment time
    • Longer study closeouts due to questionable data quality
    • Investigative sites for essential data collection

    Post pandemic has given healthcare professionals new approaches. We have seen the evolution of Artificial Intelligence, the Internet of Medical Things, High precision medical sensors, etc., in the past decade. Now,  it’s easy to see how to include other purpose built-in technologies into clinical development, which can help trial sponsors to boost their clinical development processes. 

    One of the few positives of the pandemic is the limited opportunity to operate differently. All clinical trial stakeholders have been compelled to accommodate and have been surprised by the enduring benefits of virtual trial technologies in many instances. We observe a post-pandemic scenario with more virtual visits, minimizing the need for patients to travel to investigative sites. Increased device integrations with consumer and medical data capture tools, simplifying patients’ participation in clinical trials and improving their overall engagement.  By doing so, the business will profit from more modernized clinical trials, increased patient engagement, and expedited clinical development times.

    Taking all points into consideration, there is no dull day for the aspirants who are in the clinical field. A certification might help to accelerate your career growth in the Healthcare industry. Don’t worry about your educational and professional background. Attend our regular info sessions to get more details.

  • Trending positions in Clinical Research Field

    Trending positions in Clinical Research Field

    With the advent of industrial advancement, the pharmaceutical sector has grown to its full power and envisioned increasing consistently in the coming years. It means that the demand for skilled human resources is also on the rise. Students are increasingly becoming aware of the healthcare sector’s career aspects and are taking up Life sciences as their major in their studies.

    The technology boom creates more opportunities for clinical research professionals to bring the latest drug therapies from the laboratory to the market. For the one who is excited to climb the career ladder and wants to work in a rewarding healthcare field, this work line is a fantastic opportunity.

    Let’s know what are the top positions in the Clinical Research Field:

    Clinical Research Associate:

    Clinical Research Associate ranked #1 position in this field. The primary responsibility of CRA is to monitor clinical trials. Government research agencies, Pharmaceutical companies, or medical research institutes employ CRA’s.

    Clinical Research Coordinator:

    Clinical research coordinators (CRCs) are accountable for clinical research studies’ daily operations at hospitals, universities, independent medical practices, medical schools, and other research companies and institutions.

    Clinical Research Assistant:

    Clinical Research Assistant monitors clinical trials, takes notes on activities, and ensures compliance with all clinical trial protocols. Enter clinical research data into appropriate fields. Transfer data from paper formats via computer, recorders, or scanners and organize spreadsheets with large numbers.

    To earn a decent salary amount is the dream of every educated individual. Moreover, Life sciences contribute to health care by improving disease resistance by showing the path to develop novel therapeutics and unprecedented medical aids and devices.

    Sollers College aims to help those who want to start their career in healthcare sectors, healthcare professionals can learn more about clinical research and the Clinical trial management process and career up-gradation in today’s environment, including the latest tools and drug research.

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