{"presentation":{"slides":[{"elements":[{"x":0,"y":0,"width":100,"height":100.00000000000001,"action":{"library":"H5P.Image 1.1","params":{"contentName":"Image","file":{"path":"images\/file-5f7bc71f259ef.jpg","mime":"image\/jpeg","copyright":{"license":"U"},"width":800,"height":450},"alt":"Image"},"subContentId":"f38a9925-de2a-4445-8cc2-6859e793ffb0","metadata":{"contentType":"Image","license":"U","title":"Untitled Image"}},"alwaysDisplayComments":false,"backgroundOpacity":0,"displayAsButton":false,"buttonSize":"big","goToSlideType":"specified","invisible":false,"solution":""},{"x":46.84095860566449,"y":4.310344827586207,"width":50.54466230936819,"height":79.74137931034484,"action":{"library":"H5P.Image 1.1","params":{"contentName":"Image","alt":"Image","file":{"path":"images\/file-5f7bc79b88d45.png","mime":"image\/png","copyright":{"license":"U"},"width":768,"height":614}},"subContentId":"f8f1ec0d-fd8c-47e2-8c6c-b1003b64c3d4","metadata":{"contentType":"Image","license":"CC BY","title":"RNA","authors":[{"name":"DataBase Center for Life Science (DBCLS)","role":"Author"}],"licenseVersion":"4.0","source":"https:\/\/commons.wikimedia.org\/wiki\/File:201904_RNA.svg","yearFrom":2019}},"alwaysDisplayComments":false,"backgroundOpacity":0,"displayAsButton":false,"buttonSize":"big","goToSlideType":"specified","invisible":false,"solution":""},{"x":5.446623093681917,"y":6.4655172413793105,"width":45.751633986928105,"height":64.65517241379311,"action":{"library":"H5P.AdvancedText 1.1","params":{"text":"

<\/p>\n\n

1. Messenger RNA (mRNA)<\/strong><\/span><\/span><\/p>\n\n

Messenger RNA is a single stranded RNA, formed in the process of transcription that carries the genetic information from the DNA molecule to produce proteins. A good way to remember messenger RNA is to imagine it as a carrier molecule of genetic instructions that will guide the process of translation. <\/span><\/span><\/p>\n\n

<\/p>\n\n

<\/p>\n"},"subContentId":"0dd1aec1-8a04-4af2-8a34-206c0405569c","metadata":{"contentType":"Text","license":"U","title":"Untitled Text"}},"alwaysDisplayComments":false,"backgroundOpacity":0,"displayAsButton":false,"buttonSize":"big","goToSlideType":"specified","invisible":false,"solution":""}],"slideBackgroundSelector":{}},{"elements":[{"x":0,"y":0,"width":100,"height":100,"action":{"library":"H5P.Image 1.1","params":{"contentName":"Image","file":{"path":"images\/file-5f7bd2b8457a3.jpg","mime":"image\/jpeg","copyright":{"license":"U"},"width":800,"height":450},"alt":"Image"},"subContentId":"7e573e09-2a2e-46f9-bd86-97e1e60cf396","metadata":{"contentType":"Image","license":"U","title":"Untitled Image"}},"alwaysDisplayComments":false,"backgroundOpacity":0,"displayAsButton":false,"buttonSize":"big","goToSlideType":"specified","invisible":false,"solution":""},{"x":52.28627450980392,"y":10.805797413793103,"width":41.93899782135076,"height":81.89655172413794,"action":{"library":"H5P.Image 1.1","params":{"contentName":"Image","alt":"Image","file":{"path":"images\/file-5f7bd44dd9556.png","mime":"image\/png","copyright":{"license":"U"},"width":1174,"height":1161}},"subContentId":"560f517a-b520-494f-9d19-01c3119ac2c8","metadata":{"contentType":"Image","license":"CC BY-SA","title":"X-ray structure of the tRNAPhe from yeast","authors":[{"name":"Yikrazuul","role":"Author"}],"yearFrom":2010,"source":"https:\/\/commons.wikimedia.org\/wiki\/File:TRNA-Phe_yeast_1ehz.png","licenseVersion":"3.0"}},"alwaysDisplayComments":false,"backgroundOpacity":0,"displayAsButton":false,"buttonSize":"big","goToSlideType":"specified","invisible":false,"solution":""},{"x":4.357298474945534,"y":15.086206896551726,"width":43.57298474945534,"height":77.58620689655173,"action":{"library":"H5P.AdvancedText 1.1","params":{"text":"

2. Transfer RNA (tRNA)<\/strong><\/span><\/span><\/p>\n\n

Transfer RNA is another type of RNA molecule that is mainly required during protein synthesis. As you can see in the figure, it is a cloverleaf or a T-shaped molecule that has many loops in its structure. These loops specify the bonds formed between the nucleotide bases of tRNA. TRNA molecule has an amino acid attachment site at the top and an anti-codon sequence at the bottom. During the process of translation, the tRNA is responsible for bringing a new amino acid and a corresponding anti-codon sequnce for the mRNA to form a polypeptide chain.<\/span><\/p>\n"},"subContentId":"5032aa77-e3d1-44c5-9abf-ac28cd28c74e","metadata":{"contentType":"Text","license":"U","title":"Untitled Text"}},"alwaysDisplayComments":false,"backgroundOpacity":0,"displayAsButton":false,"buttonSize":"big","goToSlideType":"specified","invisible":false,"solution":""}],"slideBackgroundSelector":{}},{"elements":[{"x":0,"y":0,"width":100,"height":100,"action":{"library":"H5P.Image 1.1","params":{"contentName":"Image","file":{"path":"images\/file-5f7bdbfe18167.jpg","mime":"image\/jpeg","copyright":{"license":"U"},"width":800,"height":450},"alt":"Image"},"subContentId":"c7c0ca2c-34f1-491a-969d-d9c3ecab477b","metadata":{"contentType":"Image","license":"U","title":"Untitled Image"}},"alwaysDisplayComments":false,"backgroundOpacity":0,"displayAsButton":false,"buttonSize":"big","goToSlideType":"specified","invisible":false,"solution":""},{"x":36.0566448801743,"y":0,"width":63.94335511982571,"height":94.82758620689656,"action":{"library":"H5P.Image 1.1","params":{"contentName":"Image","file":{"path":"images\/file-5f7bddaab8254.png","mime":"image\/png","copyright":{"license":"U"},"width":800,"height":600},"alt":"Image"},"subContentId":"fdb90b35-4f2f-4168-adeb-6e8c14c157e6","metadata":{"contentType":"Image","license":"PD","title":"Cartoon representation of the molecular structure of protein registered with 1c2x code.","authors":[{"name":"Jawahar Swaminathan and MSD staff at the European Bioinformatics Institute","role":"Author"}],"source":"https:\/\/commons.wikimedia.org\/wiki\/File:PDB_1c2x_EBI.png","yearFrom":2009}},"alwaysDisplayComments":false,"backgroundOpacity":0,"displayAsButton":false,"buttonSize":"big","goToSlideType":"specified","invisible":false,"solution":""},{"x":5.446623093681917,"y":17.24137931034483,"width":40,"height":40,"action":{"library":"H5P.AdvancedText 1.1","params":{"text":"

3. Ribosomal RNA (rRNA)<\/strong><\/span><\/span><\/p>\n\n

Ribosomal RNA is an important component of the ribosome molecule that is responsible for reading the mRNA strand during translation. <\/span><\/p>\n"},"subContentId":"24b6d110-2913-4761-badf-ec24f508a23e","metadata":{"contentType":"Text","license":"U","title":"Untitled Text"}},"alwaysDisplayComments":false,"backgroundOpacity":0,"displayAsButton":false,"buttonSize":"big","goToSlideType":"specified","invisible":false,"solution":""}],"slideBackgroundSelector":{}}],"keywordListEnabled":true,"globalBackgroundSelector":{},"keywordListAlwaysShow":false,"keywordListAutoHide":false,"keywordListOpacity":90},"override":{"activeSurface":false,"hideSummarySlide":false,"summarySlideSolutionButton":true,"summarySlideRetryButton":true,"enablePrintButton":false,"social":{"showFacebookShare":false,"facebookShare":{"url":"@currentpageurl","quote":"I scored @score out of @maxScore on a task at @currentpageurl."},"showTwitterShare":false,"twitterShare":{"statement":"I scored @score out of @maxScore on a task at @currentpageurl.","url":"@currentpageurl","hashtags":"h5p, course"},"showGoogleShare":false,"googleShareUrl":"@currentpageurl"}},"l10n":{"slide":"Slide","score":"Score","yourScore":"Your Score","maxScore":"Max Score","total":"Total","totalScore":"Total Score","showSolutions":"Show solutions","retry":"Retry","exportAnswers":"Export text","hideKeywords":"Hide sidebar navigation menu","showKeywords":"Show sidebar navigation menu","fullscreen":"Fullscreen","exitFullscreen":"Exit fullscreen","prevSlide":"Previous slide","nextSlide":"Next slide","currentSlide":"Current slide","lastSlide":"Last slide","solutionModeTitle":"Exit solution mode","solutionModeText":"Solution Mode","summaryMultipleTaskText":"Multiple tasks","scoreMessage":"You achieved:","shareFacebook":"Share on Facebook","shareTwitter":"Share on Twitter","shareGoogle":"Share on Google+","summary":"Summary","solutionsButtonTitle":"Show comments","printTitle":"Print","printIngress":"How would you like to print this presentation?","printAllSlides":"Print all slides","printCurrentSlide":"Print current slide","noTitle":"No title","accessibilitySlideNavigationExplanation":"Use left and right arrow to change slide in that direction whenever canvas is selected.","accessibilityCanvasLabel":"Presentation canvas. Use left and right arrow to move between slides.","containsNotCompleted":"@slideName contains not completed interaction","containsCompleted":"@slideName contains completed interaction","slideCount":"Slide @index of @total","containsOnlyCorrect":"@slideName only has correct answers","containsIncorrectAnswers":"@slideName has incorrect answers","shareResult":"Share Result","accessibilityTotalScore":"You got @score of @maxScore points in total","accessibilityEnteredFullscreen":"Entered fullscreen","accessibilityExitedFullscreen":"Exited fullscreen"}}

The 3 Main Types of RNA molecules!

Description

Fatima Sahibzada