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Interrupted time series designs in health technology assessment: lessons from two systematic reviews of behavior change strategies. Ramsay CR, Matowe L, Grilli R, Grimshaw JM, Thomas RE. Design characteristics and statistical methods used in interrupted time series studies evaluating public health interventions: a review. Turner SL, Karahalios A, Forbes AB, et al. Research Synthesis Methods published by John Wiley & Sons Ltd. Our proposed recommendations aim to achieve greater standardization and improvement in the display of ITS data, and facilitate re-use of the data in systematic reviews and meta-analyses.ĭata visualization display of data graph interrupted time series meta-analysis systematic review. We found that many ITS graphs did not meet our recommendations and could be improved with simple changes. Accurate data extraction (requiring distinct points that align with axis tick marks and labels that allow the points to be interpreted) was possible in only 72 (33%) graphs. We assessed whether 217 graphs from recently published (2013-2017) ITS studies met our recommendations and found that 130 graphs (60%) had clearly distinct data points, 100 (46%) had trend lines, and 161 (74%) had a clearly defined interruption. The adapted recommendations cover plotting of data points, trend lines, interruptions, additional lines and general graph components. Graphing recommendations from seminal data visualization resources were adapted for use with ITS studies. We provide recommendations for graphing ITS data, examine the properties of plots presented in ITS studies, and provide examples employing our recommendations. Further, well-constructed graphs allow data to be extracted using digitizing software, which can facilitate their inclusion in systematic reviews and meta-analyses. The data from such studies are particularly amenable to visual display and, when clearly depicted, can readily show the short- and long-term impact of an interruption. Mikkel Wichmann, vice president of sales at AstroNova, added: ‘Both companies have been providing equipment to the North American market for decades and the combination of our desktop label printers and Allen Datagraph System’s superior finishing systems provides an unbeatable value proposition for any company looking to print, and convert, highest-definition small runs.Interrupted Time Series (ITS) studies may be used to assess the impact of an interruption, such as an intervention or exposure.
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And with this new partnership, they now have access to a full portfolio of leading digital printers and finishing systems that work together to provide a true turnkey solution for the printing and die-less cutting of digital labels of the highest quality.’ ‘Our customers want to create, print and change on the fly. Our systems have more flexibility and for shorter runs, it's much more economical to use our turnkey print/finishing solutions. Alex Wright, president at Allen Datagraph Systems, explained: ‘You can go out and spend a quarter of a million dollars on a digital label solution, or you can spend 60-80 percent less and achieve the same quality with lower operational and logistical overhead. The proliferation of brands – craft breweries, cannabis producers, cottage cosmetic manufacturers, etc – requiring late-stage customization, variable data and micro runs in a wide range of label sizes and shapes has also increased the demand for more versatile printing and finishing systems with a shortened ROI. The partnership has been spurred on by average job sizes in the label printing industry continuing to decrease year over year, with converters looking for economical ways to print small runs without tying up conventional presses or making huge capital investments, stated Allen Datagraph Systems. Allen Datagraph Systems will also provide technical expertise and after-sale support to ensure customers select the appropriate equipment for their applications and receive installation training. In addition to AstroNova’s color printers, Allen Datagraph Systems will continue to offer its own line of digital label printers, including the iTech Centra HS, iTech Cypher and iTech Spectrum. This includes the latest-generation 5-color toner printing options and die-less finishing on a wide range of pressure-sensitive paper and film materials. This new partnership enables Allen Datagraph Systems to offer a broader line of label printers to tailor options to a customer’s unique requirements. Digital short run label finishing specialist Allen Datagraph Systems and digital short run label printing supplier AstroNova have formed a partnership to offer the market in North America end-to-end digital label production options.
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