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I have expandable rows enabled in my table. I've added a single Text component to the row. For some reason, this text component only shows on the first row. The second row is not expandable. What am I doing wrong? Thanks!

Very strange. I just tried creating a new app, adding a single table with expandable rows, populating that app with an array of data, and adding a single text box component. Still, I cannot expand the second row. If I open in a different browser, it's the same behavior.

Expandable 1 Full Movie In Hindi Free Download 13

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Methods: We randomly assigned patients with severe aortic stenosis and low surgical risk to undergo either TAVR with transfemoral placement of a balloon-expandable valve or surgery. The primary end point was a composite of death, stroke, or rehospitalization at 1 year. Both noninferiority testing (with a prespecified margin of 6 percentage points) and superiority testing were performed in the as-treated population.

OBJECTIVE Minimally invasive transforaminal lumbar interbody fusion (MIS-TLIF) has been adopted as an alternative technique to hasten recovery and minimize postoperative morbidity. Advances in instrumentation technologies and operative techniques have evolved to maximize patient outcomes as well as radiographic results. The development of expandable interbody devices allows a surgeon to perform MIS-TLIF with minimal tissue disruption. However, sagittal segmental and pelvic radiographic outcomes after MIS-TLIF with expandable interbody devices are not well characterized. The object of this study is to evaluate the radiographic sagittal lumbar segmental and pelvic parameter outcomes of MIS-TLIF performed using an expandable interbody device. METHODS A retrospective review of MIS-TLIFs performed between 2014 and 2016 at a high-volume center was performed. Radiographic measurements were performed on lateral radiographs before and after MIS-TLIF with static or expandable interbody devices. Radiographic measurements included disc height, foraminal height, fused disc angle, lumbar lordosis, pelvic incidence, sacral slope, and pelvic tilt. Mismatch between pelvic incidence and lumbar lordosis were calculated for each radiograph. RESULTS A total of 48 MIS-TLIFs were performed, predominantly at the L4-5 level, in 44 patients. MIS-TLIF with an expandable interbody device led to a greater and more sustained increase in disc height when compared with static interbody devices. Foraminal height increased after MIS-TLIF with expandable but not with static interbody devices. MIS-TLIF with expandable interbody devices increased index-level segmental lordosis more than with static interbody devices. The increase in segmental lordosis was sustained in the patients with expandable interbody devices but not in patients with static interbody devices. For patients with a collapsed disc space, MIS-TLIF with an expandable interbody device provided superior and longer-lasting increases in disc height, foraminal height, and index-level segmental lordosis than in comparison with patients with static interbody devices. Using an expandable interbody device improved the Oswestry Disability Index scores more than using a static interbody device, and both disc height and segmental lordosis were correlated with improved clinical outcome. Lumbar MIS-TLIF with expandable or static interbody devices had no effect on overall lumbar lordosis, pelvic parameters, or pelvic incidence-lumbar lordosis mismatch. CONCLUSIONS Performing MIS-TLIF with an expandable interbody device led to a greater and longer-lasting restoration of disc height, foraminal height, and index-level segmental lordosis than MIS-TLIF with a static interbody device, especially for patients with a collapsed disc space. However, neither technique had any effect on radiographic pelvic parameters.

Display & Video 360 doesn't support direct upload of expandable creatives, but you can sync them from Campaign Manager 360 or serve them from a supported third-party ad server then add them as third-party display ad tags.

When you add an expandable third-party display ad tag, you must set an expanding direction before it can serve. If the creative is built with Studio and served through Campaign Manager 360, the expanding direction is automatically detected.

The table below lists the most common dimensions, but other dimensions and expansion directions are supported based on available inventory. To check the dimensions of all available expandable inventory that matches your targeting, use an Inventory Availability report.

This guidance document provides recommendations for 510(k) submissions for metal expandable biliary stents and their associated delivery systems. These devices are intended to provide luminal patency of the biliary tree for palliation of malignant strictures. FDA updated this guidance to reflect current review practices.

1 Hawasli AH, et al. Assessment of radiographic and clinical outcomes of an articulating expandable interbody cage in minimally invasive transforaminal lumbar interbody fusion for spondylolisthesis. Neurosurg Focus 44 (1): E8, 2018.

This animation demonstrates core decompression for avascular necrosis (AVN) of the hip using an expandable reamer and then backfilling the site with Arthrex demineralized bone marrow (DBM) or autograft bone mixed with autologous fluid.

For many years neutral static interbody cages were the gold standard implant for interbody fusions. They offered interbody fusion with the ability to restore disc height, foraminal height (FH), improve sagittal balance and aid in spinal fusion (1). Interbody fusion was predominantly done through a posterior or transforaminal approach which did not come without risks and limitations. Fixed height of the interbody cage and non-lordotic shape limited the restoration of anterior column height to anatomic levels and theoretically limiting pain reduction postoperatively (2). Furthermore, intervertebral distraction is usually required to allow for trialing and insertion of static interbody cage. This requires retraction of the nerve root with increased risk of dural tear and iatrogenic nerve root injury. Due to the need for trialing, end plates violation is a risk which could lead to subsidence and reoperation. Thus, lordotic expandable cages were brought into practice with hopes to combat these issues.

Interbody cages were initially posterior lumbar interbody fusions (PLIF) or transforaminal lumbar interbody fusions (TLIF) approach. Recent literature has come to favor a transforaminal approach over the posterior for several reasons. De Kunder et al. in a meta-analysis study compared PLIF to TLIF in patients undergoing surgery for spondylolisthesis. The authors reported that the TLIF had a lower complication rate, less blood loss, shorter operative time, and similar clinical outcomes with even slightly lower Oswestry Disability Index (ODI) scores (5). The PLIF technique typically requires more neural retraction compared to the TLIF approach which increases risk of nerve root injury, dural tears, and epidural fibrosis (5). Woodward et al. discussed the popularity of the open TLIF procedure as it helps facilitate spinal canal and foraminal decompression at all lumbar levels and can be performed in a minimally invasive surgical manner (MIS-TLIF) (1). The MIS-TLIF aims to mitigate tissue dissection through a unilateral laminectomy and facetectomy, reducing operative blood loss, enhancing postoperative recovery, reduced morbidity, length of hospital stay and minimizing risk to nerve roots and dura compared to open TLIF technique (1,6). Additionally, Alvi et al. discussed that expandable cages have a beneficial mechanism to obtain lordotic correction by anterior column lengthening while shortening the posterior column (7). Some of the shortcomings of TLIF and PLIF approaches can be overcome through anterior and the more recently lateral interbody fusions.

The anterior lumbar interbody fusion (ALIF) is done through a retroperitoneal approach that allows access to the lumbar interverbal disc. Macki et al. discussed the ability to place lordotic expandable cages more anteriorly providing the greatest lordotic correction (3). Additional studies noted similar fusion rates of ALIF to 90.1% and subsidence rates of 4.9% with favorable and statistically significant improvements in patient reported outcome (PRO) scores of legs and back pain thought to be attributed to increases in FH, disc height, and intervertebral lordotic angle (3,8). Also, the ALIF approach compared to the posterior approaches (TLIF/PLIF) avoids paraspinal muscle trauma with minimal blood loss and shorter operative time and allows larger implant footprints due to improved access to the intervertebral space (9-11). However, it does not come without its own limitations such as requiring assistance for access by either a general/vascular surgeon, iatrogenic injury to bowel or superior hypogastric sympathetic plexus/sacral splanchnic nerve plexus leading to retrograde ejaculation and sterility in male patients, urinary retention, thrombophlebitis, warm leg sensation, and selective access to only L3-S1 levels (3). On the contrary, the lateral lumbar interbody fusion (LLIF) can minimize many of these previously mentioned shortcomings to the ALIF. Macki et al. discussed the elimination of retraction of nerve roots and direct entry into the neuroforamen and intervertebral space (3). Li et al. found that expandable cages through a LLIF technique demonstrated significant improvements in mean visual analogue scale (VAS) for back and leg pain at 6 and 24 months postoperative, and ODI at all timeframes up to 24 months postoperative, in addition to a lower rate of cage subsidence (12). Sembrano et al. compared LLIF, ALIF, TLIF and posterior spinal fusion (PSF) which demonstrated a statically significant improvement from preoperative to postoperative SL, LL, anterior disc height (ADH) and PDH across all groups except PSF with ALIF having the greatest mean change from preoperative levels (2). The value of these findings allows spine surgeons the opportunity to utilize each approach based on the anatomic correction needed for each patient. be457b7860