Step 2. In the box that pops up, choose the Embed tab. Then check the Start slideshow as soon as the player loads option (if needed) and click Publish.
I have created an interactive google slide show for a professional learning course for our teachers and have embedded it on a page in Canvas. The idea is to "lead your own learning" by clicking on parts of the slide that will advance you to a particular point in the slideshow to learn more. I do not want users to navigate the slideshow on their own, but instead by following the prompts on the slides. I have tried different coding in the html but cannot seem to get it right. I did end up hiding the navigation controls at one point, but the slideshow ended up too small. Here is the hyperlink to the google slideshow: Student-Centered Learning - Google Slides Here is the embed code:
Download Embedded Google Slides
Download 🔥 https://shurll.com/2y3jeL 🔥
This was very helpful and worked great! I had to modify the width and height a littleafter adding this code. But that's OK because now my slide does not have the Google Slides task bar at the bottom and students can use the interactive links embedded in the slide. Thanks!
I came a-searching for an answer to this very problem. Your suggestion was the first one I hit upon and it worked like a dream! I had to wiggle a little with the height px number, but otherwise it was spot-on. Thanks so much! I was a little crushed when I embedded my slideshow only to see that the navigation buttons I'd so painstakingly put into my slideshow were going to be easily ignored because the Google Slide nav bar was there but thanks to your help I'm #winning again!
Append start=true to the URL and the slideshow will auto-play as soon as someone opens your webpage. Or set start=false and the slideshow will only play when the visitor click the play icon in the slides player.
With start set to true, you can add delayms=1000 to the URL to specify the time (in milliseconds) for which each slide should display before auto-advancing to the next one. For instance, start=true&delayms=6000, the slideshow will autoplay and the slides will auto-advance every 6 seconds (6000 ms).
Your embedded Google Slides presentation will always start from the first slide in the deck. You can however customize the URL to start the slideshow from a specific slide by adding slide=id.p# to the URL, where # is the slide number.
The Google Slides player displays the controls and Google branding in the bottom bar. However, if you wish to play the slideshow in kiosk mode without any player controls or Google Branding, just adding rm=minimal to the IFRAME link (rm = Render Mode)
I have videos in my google site that are showing video unavailable (I am the owner of the videos, they are nursing skills videos for our college). I tried removing them and adding them back in with no luck. Not all the videos embedded have the "video not available" black screen, just some of them. I've gone as far as removing them from my YouTube channel and re-uploading the video again, I still get the video unavailable. This is driving me cray cray and students need access to the skills videos by next week.
When you want to create a dynamic link between the content of your document and the content in a PowerPoint presentation, insert the content as an object. Unlike when you paste content (such as by pressing Ctrl+V), when you insert it as a linked or embedded object, you can still work with the content in the original program where it was created.
When you insert an entire PowerPoint presentation as an object, the document displays only one slide. To display different slides, double-click the PowerPoint object, and then press Enter to run the slide show.
You can link or embed one or more slides, or you can embed an entire presentation. When you embed a PowerPoint presentation object in your document, Word runs the PowerPoint slide show when you double-click the presentation object in the document. You cannot edit the presentation within the document. The presentation object can be embedded only, not linked.
For months, my embed links to google slides have worked fine. Suddenly, they stopped working. Oddly, I can still see it on my personal chrome browser, but anyone else's computer can't. I changed the link to embedded code and that didn't work either.
Anyone else have this issue or knows how to resolve it?
Hi, I face the same problem. The solution suggested by Zoom Team does not work!!! The audio sounds from the Powerpoint presentation do not work in the Zoom presentation. My workaround was to just use Google Slides. You can simply import Powerpoint slides into Google which automatically convert. BUT you need to copy over any video clips from your slides and store them in google drive. You may need to do slight modification in google slides as it does not have the full feature of Powerpoint.
I realize the video performance in this manner is much better during the presentation.
I am attempting to embed, within a Confluence page, a Google Slides doc. After publishing the slides doc to web, I add the Google Slides macro to my page, enter the iframe embed html to the macro, but get this message both before and after publishing:
I'm working on a way to trigger slide advancements in an embedded reveal.js-powered slid.es presentation. I have a parent page that embeds a local version of the slides via an iframe (on the same domain as the test page):
I would like to be able to also control embedded presentations that are iframed from the external slid.es domain as this makes the embedding so much easier. When I try this I run into a security issue because the parent page and iframed embedded page do not have the same origin:
Formalin-fixed and paraffin-embedded (FFPE) sections mounted on microscope slides are one of the largest available resources for retrospective research on various diseases, but quantitative phosphoproteome analysis of FFPE sections has never been achieved because of the extreme difficulty of procuring sufficient phosphopeptides from the limited amounts of proteins on the slides. Here, we present the first protocol for quantitative phosphoproteome analysis of FFPE sections by utilizing phase-transfer surfactant-aided extraction/tryptic digestion of FFPE proteins followed by high-recovery phosphopeptide enrichment via lactic acid-modified titania chromatography. We established that FFPE sections retain a similar phosphoproteome to fresh tissue specimens during storage for at least 9 months, confirming the utility of our method for evaluating phosphorylation profiles in various diseases. We also verified that chemical labeling based on reductive dimethylation of amino groups was feasible for quantitative phosphoproteome analysis of FFPE samples on slides. Furthermore, we improved the LC-MS sensitivity by miniaturizing nanoLC columns to 25 m inner diameter. With this system, we could identify 1090 phosphopeptides from a single FFPE section obtained from a microscope slide, containing 25.2 5.4 g of proteins. This protocol should be useful for large-scale phosphoproteome analysis of archival FFPE slides, especially scarce samples from patients with rare diseases.
The Google Slides will fit the area of the region where it is placed. If the page is using a multi-column layout, and one of the columns is particularly tall, the embedded slides will have a lot of empty space above and below:
To achieve minimum DNA input requirements for next-generation sequencing (NGS), pathologists visually estimate macrodissection and slide count decisions. Unfortunately, misestimation may cause tissue waste and increased laboratory costs. We developed an artificial intelligence (AI)-augmented smart pathology review system (SmartPath) to empower pathologists with quantitative metrics for accurately determining tissue extraction parameters. SmartPath uses two deep learning architectures, a U-Net based network for cell segmentation and a multi-field-of-view convolutional network for tumor area segmentation, to extract features from digitized H&E-stained formalin-fixed paraffin-embedded slides. From the segmented tumor area, SmartPath suggests a macrodissection area. To predict DNA yield per slide, the extracted features from within the macrodissection area are correlated with known DNA yields to fit a regularized linear model (R = 0.85). Then, a pathologist-defined target yield divided by the predicted DNA yield per slide gives the number of slides to scrape. Following model development, an internal validation trial was conducted within the Tempus Labs molecular sequencing laboratory. We evaluated our system on 501 clinical colorectal cancer slides, where half received SmartPath-augmented review and half traditional pathologist review. The SmartPath cohort had 25% more DNA yields within a desired target range of 100-2000 ng. The number of extraction attempts was statistically unchanged between cohorts. The SmartPath system recommended fewer slides to scrape for large tissue sections, saving tissue in these cases. Conversely, SmartPath recommended more slides to scrape for samples with scant tissue sections, especially those with degraded DNA, helping prevent costly re-extraction due to insufficient extraction yield. A statistical analysis was performed to measure the impact of covariates on the results, offering insights on how to improve future applications of SmartPath. With these improvements, AI-augmented histopathologic review has the potential to decrease tissue waste, sequencing time, and laboratory costs by optimizing DNA yields, especially for samples with scant tissue and/or degraded DNA. ff782bc1db
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