Catalytic Data Science

Curious about AI in regulatory affairs? This post demystifies AI and LLMs—what they are, how they work, and why they’re becoming essential for pharma and biotech professionals. Learn more about AI's impact and applications in regulatory affairs here: bit.ly/CDS_BeCatalytic

What sets top-performing regulatory teams apart? Discover why multi-agentic workflows are the future of smarter regulatory strategy development and more efficient compliance. #RegulatoryAffairs #Pharma #ClinicalResearch #Compliance #DrugDevelopment #Innovation #RegulatoryInformatics #AIinPharma

Regulatory Affairs teams are often evaluated by annual goals and key achievements. We'd love to hear from you- what metrics define success in your role? Feel free to comment on how you track progress or celebrate success! For more insights, visit bit.ly/CDS_BeCatalytic #RegulatoryAffairs #RegulatoryCompliance #Pharma #ClinicalResearch #QualityManagement #Compliance #DrugDevelopment #Innovation #RegulatoryInformatics #AIinPharma

Drug label updates can have far-reaching implications across regulatory processes, strategic planning, and operational workflows. From your perspective, what matters most? For more insights, visit bit.ly/CDS_BeCatalytic #RegulatoryAffairs #RegulatoryCompliance #Pharma #ClinicalResearch #QualityManagement #Compliance #DrugDevelopment #Innovation #RegulatoryInformatics #AIinPharma

As AI becomes more prevalent in regulatory affairs, understanding industry concerns is crucial. What worries you most about using AI-powered tools in this field? Share your perspective, and for more insights visit bit.ly/CDS_BeCatalytic #RegulatoryAffairs #RegulatoryCompliance #Pharma #ClinicalResearch #QualityManagement #Compliance #DrugDevelopment #Innovation #RegulatoryInformatics #AIinPharma

??Happy #RNADay ?? RNA sequencing has revolutionized fields ranging from genomics and molecular biology to medical diagnostics and therapeutic development. It provides profound insights into gene expression, disease mechanisms, and cellular responses, enabling researchers to explore questions with unprecedented depth and precision. At Catalytic, we're proud to contribute to this revolution by offering a comprehensive workflow platform for analyzing all types of RNA data. With an intuitive and consistent UI and robust state-of-the-art pipelines, our platform empowers researchers to elevate their studies without the necessity for specialized bioinformatics expertise. Click the link to sign up and see for yourself why researchers from all over are choosing to #becatalytic https://lnkd.in/ez2Chv3P

??Happy #RNADay ?? RNA sequencing has revolutionized fields ranging from genomics and molecular biology to medical diagnostics and therapeutic development. It provides profound insights into gene expression, disease mechanisms, and cellular responses, enabling researchers to explore questions with unprecedented depth and precision. At Catalytic, we're proud to contribute to this revolution by offering a comprehensive workflow platform for analyzing all types of RNA data. With an intuitive and consistent UI and robust state-of-the-art pipelines, our platform empowers researchers to elevate their studies without the necessity for specialized bioinformatics expertise. Click the link to sign up and see for yourself why researchers from all over are choosing to #becatalytic https://lnkd.in/ez2Chv3P

?? Happy Pi Day ?? Today, we celebrate the magic of π - the constant that shapes our world! From engineering to technology, mathematics impacts everything we do. Let's embrace curiosity and innovation as we marvel at the wonders of Pi! ?? #biotechnology #cellandgenetherapy #innovation #becatalytic #bioinformatics #happypiday

?? Celebrating the Unsung Heroes of STEM this International Women's Day! ?? As we commemorate International Women's Day, it's imperative to acknowledge the remarkable contributions of women in STEM whose work may have been overlooked or forgotten. Today, we shine a spotlight on three trailblazers whose pioneering achievements have shaped the landscape of science, technology, engineering, and mathematics. ?? Lisa Meitner: Often referred to as the "mother of nuclear physics," Lisa Meitner played a pivotal role in the discovery of nuclear fission. Despite facing gender barriers in the male-dominated field of physics, her collaboration with Otto Hahn led to the groundbreaking realization of the fission process, laying the groundwork for nuclear energy and the atomic bomb. It's worth noting that despite her significant contributions, Meitner was not awarded the Nobel Prize for her work. ?? Rosalind Franklin: Renowned for her groundbreaking work in X-ray crystallography, Rosalind Franklin made invaluable contributions to the understanding of the molecular structures of DNA, RNA, viruses, and coal. Her iconic Photo 51, capturing the helical structure of DNA, was crucial in Watson and Crick's elucidation of the DNA double helix, although her role was often overshadowed. ?? Katherine Johnson: A mathematical prodigy and NASA pioneer, Katherine Johnson's calculations were instrumental in numerous space missions, including John Glenn's historic orbit around Earth. Despite facing racial and gender discrimination, her brilliance and perseverance shattered barriers, earning her recognition as a pivotal figure in space exploration. On this International Women's Day, let's honor these extraordinary women and countless others who have paved the way for future generations in STEM. Their achievements remind us of the importance of diversity, inclusion, and recognition in advancing scientific progress and innovation. Together, let's continue to champion and empower women in STEM fields worldwide! #IWD2024 #WomenInSTEM #InclusionMatters #DiversityInTech #becatalytic