"In this one-hour webinar, industry experts will showcase process chemistry best practices for chemical industry companies in the early stages of their digital transition, showing how an integrated software platform can help you reduce unnecessary duplication of experiments – as well as valuable time spent acquiring necessary knowledge.

After outlining the most common business problems we often encounter, they’ll use a combination of presentation and live software demonstrations to show you how to streamline your data. You’ll see how PerkinElmer’s Informatics Signals Research Suite offers a chemistry-friendly solution, enabling you to capture and analyse all the data from your process chemistry workflow.

The content of this webinar is designed for chemists, laboratory technicians, IT professionals or department heads who are looking to unclutter their data and move to a more unified workflow."

"Therapy has long understood itself as taking place in a room, with two (or more) people engaged in person-to-person conversation. And yet, starting with Freud's treatments by mail, psychotherapy has operated through multiple communication technologies and media. These have included advice columns, radio broadcasts, crisis hotlines, video, personal computers, and mobile phones; the therapists (broadly defined) can be professional or untrained, strangers or chatbots. In The Distance Cure, Hannah Zeavin proposes a reconfiguration of the traditional therapeutic dyad of therapist and patient as a triad: therapist, patient, and communication technology."

"Find out, firsthand, how to decode health data possibilities with Customer Identity and Access Management (CIAM). Learn how CIAM, combined with comprehensive Consent Management enables healthcare organizations to securely capture and manage all sources and forms of patient identity, profile data, and health data access. Proper data stewardship secures digital interaction increasing trust and ROI on digital innovation."

"To achieve effective laboratory automation and efficient laboratory workflow processes, analytic capabilities must be developed to support data analysis. This allows for effective development and deployment of decision-support strategies within the automated laboratory. Practically, these take the form of both static and real-time dashboards, workflow processes such as auto-verification, and reflex protocols and testing cascades, which reduce both errors of omission and commission. To enable these sophisticated laboratory automation lines, let’s also consider the data you need from both the LIS and middleware.

Learning Objectives

* Understand data science and the four types of data analytics
* Recognize that clinical laboratory decision support leverages several types of data analytics to support business processes
* Describe the practical tools that support laboratory clinical decision support, such as real-time dashboards, auto-validation and reflex testing
* Visualize future possibilities for clinical decision support, leveraging new developments in artificial intelligence that lead to learning systems
* Present current examples of the application of data analytics to laboratory management"

Join Astrix for a live webinar!

Wed, July 20, 2022   1:00 – 2:00 EST

Overview:

With so many workflows within the lab and the many different applications that are dedicated to the various functions, optimizing the experience for the scientists becomes critical to get the most out of your solution. This is applicable across the entire BIOVIA ONELab suite as well as any other scientific software application.

Understanding the integration points throughout ONELab will help you understand how to get the most out of the solution. Whether it be Workbook, CISPro, Task Planner, or Compose and Capture, the flexibility exists and now is just a matter of determining the most effective and efficient way to utilize it.

"Join Cerner leaders to discover how they're using integrated data to impact patient care, empower organizations to improve operational performance and support therapeutic cancer research. Learn how data sharing can enable clinicians, health systems and life sciences researchers to make informed decisions and draw impactful discoveries that support patients in their fight against cancer."

"Are you looking for a simplified Excel-style interface to enter data in LabWare LIMS™? How about switching to an easy-to-use front end in LabWare that replaces a multitude of user interfaces? Or maybe adding more functionality to your current LabWare ELN™ interface?

If so, join us to learn how the modest LabWare ELN interface is the solution to it all. See how your data entry can be performed easier and faster by extending functionality to other components of the system. Implementation strategies will also be shared for changing workflow layouts and upgrading existing ELN usage. It’s time to simplify and cut down on the interfacing that is required for using the LabWare system."

"The quality of water for pharmaceutical production (purified water, water for injection, and ultrapure water) is quantified and regulated through four parameters – total organic carbon (TOC), conductivity, endotoxin, and bioburden. Historically, the testing of water for pharmaceutical production has been labor intensive and costly, requiring quality analysts to isolate samples from a water loop to evaluate the purity in the lab. These tests can take up to days to see results; therefore, pharmaceutical manufacturers either conditionally release water at risk of potential out-of-specification (OOS) results or delay production until results are reported. More recently, technologies have been developed to better support and streamline the release of water for production and improve the adoption of process analytical technologies (PAT) for greater efficiencies. Real-time release testing (RTRT) for TOC and conductivity, microfluidic technology for bacterial endotoxins testing (BET), and rapid microbiological methods (RMMs) for bioburden are all ways in which quality control laboratories can lean out processes and reduce human interference associated with water quality testing. Through the adoption of lean laboratory practices/PAT, pharmaceutical companies and their employees will benefit from improving process efficiencies, optimizing product release to market, ameliorating analysts’ workload, and maximizing sustainability all while maintaining data integrity and compliance."