Learn how Riffyn can unite your lab procedures, experiment designs, and data collection in one beautiful dataset always ready for instant analysis. No more spreadsheet hell.
Execute SOPs & Protocols
This video shows how the SOP or protocol for executing a process (the human instruction set) is integrated directly with the flow diagram of the physical process (and all your experimental data).
Animal Pharmacokinetics study
This video illustrates the use of Riffyn to execute an Animal PK study, including multivariate data analysis.
This video illustrates how you can use Riffyn to keep track of ever-evolving versions of an R&D process.
LINKING DATA FOR INTERACTIVE VISUALIZATION AND ANALYSIS
This video shows how Riffyn links your data across experiments and procedures, and joins it with all the process, experiment and product conditions and specifications for immediate visualization and interactive data analysis
IDENTIFYING THE SOURCE OF UNWANTED EXPERIMENTAL VARIATION
This videos shows the use of Riffyn to assess and identify the source of undesired variation in your experimental methods.
UPLOADING/PARSING RUN PLANS & DATA
This video illustrates use of Riffyn's file upload and parsing system to store complex time-dependent run plans as templates on experiments and populate those plans on runs.
HIT PICKING WITH ANALYSIS MODE
Illustration of hit-picking with Riffyn's Analysis Mode. To be released in the Fall of 2017
Querying data & metadata with JMP
This video illustrates how you can directly retrieve fully-structured, fully-linked experimental data and metadata via the Riffyn API. Here, the data retrieval is executed in JMP. But any REST-enabled software or programming language can be used.
INTEGRATION WITH R VIA RIFFYN API
This video shows how you can access data programmatically via Riffyn's REST API. In this example, an R script running in R Studio is used to pull time-course data of compound concentrations.
Integration with control systems
This video shows illustrates a mechanism by which you can integrate Riffyn with laboratory control systems (or other external event triggering). Here an R-script is used to monitor the state of samples, and an event is triggered in response to a run start.
SEND TIME-DEPENDENT PARAMETERS TO INSTRUMENTS AND CONTROLLERS
Using the Riffyn API, you can retrieve and populate experimental parameters on your instrumentation. This includes both single-value settings, and time-dependent parameters, such as an agitation ramp.