![]() If possible, you will need to retain your existing Blood Bank vendor or install a new solution in parallel with the Beaker implementation. Blood BankĪ decision on Blood Bank functionality is an important part of pre-implementation planning because Epic’s Beaker does not include functionality for Blood Bank and Transfusion management. In addition, inventories of existing instruments, satellite devices and other hardware (printers, scanners, workstations) will be helpful for pre-implementation planning. A formal plan for rapid decision-making and escalation of issues needs to be developed to encompass both internal laboratory implementation issues and issues needing coordination with the existing Epic governance structure.ĭocumentation on current interfaces, third-party systems and external data sources should be accurate and up-to-date. In addition, Laboratory Steering and Governance committees may need to be formed, if not already existing. Similar to other Epic implementation projects, project artifacts such as a Charter, Budget, Timeline, Staffing Plan will need to be created. If you and your team are among those making the switch, this is how you should prepare for your upcoming Beaker implementation (short of camping out in Verona for an earlier implementation slot). Most beakers are accurate to within ~10%.Whether it’s because it’s been named #1 in KLAS every year since 2014, scholarly articles about successful implementations like this, this and this, or even just a sense of nostalgia for one of Jim Henson’s fuzzy creations, many organizations have decided to make the switch to Beaker as their laboratory information system (LIS). ![]() These marks are not intended for obtaining a precise measurement of volume (a graduated cylinder or a volumetric flask would be a more appropriate instrument for such a task), but rather an estimation. For instance, a 250 mL beaker might be marked with lines to indicate 50, 100, 150, 200, and 250 mL of volume. Alternatively, a beaker may be covered with another larger beaker that has been inverted, though a watch glass is preferable.īeakers are often graduated, that is, marked on the side with lines indicating the volume contained. However, when in use, beakers may be covered by a watch glass to prevent contamination or loss of the contents, but allowing venting via the spout. The presence of a spout means that the beaker cannot have a lid. These beakers usually do not have a flat scale. Flat beakers (C) are often called "crystallizers" because most are used to perform crystallization, but they are also often used as a vessel for use in hot-bath heating. These are sometimes called Berzelius beakers and are mostly used for titration. ![]() "Tall-form" (B) beakers have a height about twice their diameter. Low form beakers are likely to be used in some way when performing a chemical experiment. These are the most universal character and are used for various purposes-from preparing solutions and decanting supernatant fluids to holding waste fluids prior to disposal to performing simple reactions. The common low form with a spout was devised by John Joseph Griffin and is therefore sometimes called a Griffin beaker. Standard or "low-form" (A) beakers typically have a height about 1.4 times the diameter.
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