List a databasewhereinformation onfluorophores canbe found.DsRed-E5 is aprotein timer that, asit matures undergoesa colour change tored. What is the initialcolour of thisfluorophore?List one benefitof using a deepneural net toreconstructimages.The extinctioncoefficient, whichrelates quantum yieldand brightness, is aproportionalityconstant in whichother physical law?In the Rayleighcriterion formula, nrefers to the indexof refraction ofwhich medium?A microscope with anepi-illuminativestructure is amicroscope that isresponsible for both______ andillumination of theobserved sample.List two waysphotobleachingcan be sloweddown.List one wayfluorescentproteins are betterthan quantumdots, and one waythey are not.What colourwavelength is thehardest to directlyengineer from agreen fluorescentprotein?(MCQ) A higherdegree of conjugationin a fluorophore willcause thewavelength ofemitted light to_____. [Increase,Decrease]Photobleachingoccurs by______ statefluorophoresreacting with________.Super resolutionmicroscopy ispromising because itallows us to surpasstwo physical limits offluorescentmicroscopes. What arethe names of theselimits?When utilising FRET togain biological data,we are appealing tothe precise, sensitiverelationship betweendistance and anotherphysical quantity. Whatis this quantity?List two reasonswhy numericalaperture isimportant forfluorescencemicroscopy.(MCQ) Which of thefollowing applicationsis FRAP not typicallyused for? (Diffusioninformation, proteinconformationalchanges, protein-protein bindinginformation)_______ filtercubes allow forlarge signals,while ______filter cubes givehigh specificity.List the typesof fluorescentmarkers fromsmallest tolargest.Small organicdyes onlywork with______,______ cells.Light passes theobjective lens______ beforereaching theobserver orcamera.Between these threeevents, which is theslowest? The events:absorption ofphotons, internal lossof energy in anexcited state,emission of photons.What was the firstchemical to beknown to havefluorescentproperties, andwho discoveredthis fact?List one advantage ofusing fluorophores toknock out proteinsover “traditional”genetics-basedmethods like RNAi.FlAsH andReAsH areused inconjunctionwith _______proteins.Quantumdots can beapproximatedas _______.List a databasewhereinformation onfluorophores canbe found.DsRed-E5 is aprotein timer that, asit matures undergoesa colour change tored. What is the initialcolour of thisfluorophore?List one benefitof using a deepneural net toreconstructimages.The extinctioncoefficient, whichrelates quantum yieldand brightness, is aproportionalityconstant in whichother physical law?In the Rayleighcriterion formula, nrefers to the indexof refraction ofwhich medium?A microscope with anepi-illuminativestructure is amicroscope that isresponsible for both______ andillumination of theobserved sample.List two waysphotobleachingcan be sloweddown.List one wayfluorescentproteins are betterthan quantumdots, and one waythey are not.What colourwavelength is thehardest to directlyengineer from agreen fluorescentprotein?(MCQ) A higherdegree of conjugationin a fluorophore willcause thewavelength ofemitted light to_____. [Increase,Decrease]Photobleachingoccurs by______ statefluorophoresreacting with________.Super resolutionmicroscopy ispromising because itallows us to surpasstwo physical limits offluorescentmicroscopes. What arethe names of theselimits?When utilising FRET togain biological data,we are appealing tothe precise, sensitiverelationship betweendistance and anotherphysical quantity. Whatis this quantity?List two reasonswhy numericalaperture isimportant forfluorescencemicroscopy.(MCQ) Which of thefollowing applicationsis FRAP not typicallyused for? (Diffusioninformation, proteinconformationalchanges, protein-protein bindinginformation)_______ filtercubes allow forlarge signals,while ______filter cubes givehigh specificity.List the typesof fluorescentmarkers fromsmallest tolargest.Small organicdyes onlywork with______,______ cells.Light passes theobjective lens______ beforereaching theobserver orcamera.Between these threeevents, which is theslowest? The events:absorption ofphotons, internal lossof energy in anexcited state,emission of photons.What was the firstchemical to beknown to havefluorescentproperties, andwho discoveredthis fact?List one advantage ofusing fluorophores toknock out proteinsover “traditional”genetics-basedmethods like RNAi.FlAsH andReAsH areused inconjunctionwith _______proteins.Quantumdots can beapproximatedas _______.

Untitled Bingo - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. List a database where information on fluorophores can be found.
  2. DsRed-E5 is a protein timer that, as it matures undergoes a colour change to red. What is the initial colour of this fluorophore?
  3. List one benefit of using a deep neural net to reconstruct images.
  4. The extinction coefficient, which relates quantum yield and brightness, is a proportionality constant in which other physical law?
  5. In the Rayleigh criterion formula, n refers to the index of refraction of which medium?
  6. A microscope with an epi-illuminative structure is a microscope that is responsible for both ______ and illumination of the observed sample.
  7. List two ways photobleaching can be slowed down.
  8. List one way fluorescent proteins are better than quantum dots, and one way they are not.
  9. What colour wavelength is the hardest to directly engineer from a green fluorescent protein?
  10. (MCQ) A higher degree of conjugation in a fluorophore will cause the wavelength of emitted light to _____. [Increase, Decrease]
  11. Photobleaching occurs by ______ state fluorophores reacting with ________.
  12. Super resolution microscopy is promising because it allows us to surpass two physical limits of fluorescent microscopes. What are the names of these limits?
  13. When utilising FRET to gain biological data, we are appealing to the precise, sensitive relationship between distance and another physical quantity. What is this quantity?
  14. List two reasons why numerical aperture is important for fluorescence microscopy.
  15. (MCQ) Which of the following applications is FRAP not typically used for? (Diffusion information, protein conformational changes, protein-protein binding information)
  16. _______ filter cubes allow for large signals, while ______ filter cubes give high specificity.
  17. List the types of fluorescent markers from smallest to largest.
  18. Small organic dyes only work with ______, ______ cells.
  19. Light passes the objective lens ______ before reaching the observer or camera.
  20. Between these three events, which is the slowest? The events: absorption of photons, internal loss of energy in an excited state, emission of photons.
  21. What was the first chemical to be known to have fluorescent properties, and who discovered this fact?
  22. List one advantage of using fluorophores to knock out proteins over “traditional” genetics-based methods like RNAi.
  23. FlAsH and ReAsH are used in conjunction with _______ proteins.
  24. Quantum dots can be approximated as _______.