I watched a this for a college presentation and it's nearly completely what i needed to know about it! I eagerly look forward for your new content. Maybe you could cover more techniques in microscopy.
thanks for the clear explaination. Bit off topic but can you share the source of the background music? I think it made the video much nicer when it started around 6:30.
Great question! Thanks for asking! The primary effect temperature has on this type of reaction is changing the binding between the probe and your DNA/RNA. The DNA and probe will not bind at too high of temperatures and too low of temperatures, say below 40C/104F, you have nonspecific binding. This is similar to where I described your probe binding to other RNA/DNA. So you need to find the optimum temperature for your reaction based on your tissue and probe. Does that make sense?
I watched a this for a college presentation and it's nearly completely what i needed to know about it!
I eagerly look forward for your new content.
Maybe you could cover more techniques in microscopy.
Super cool video! Watched it as a resfresher for a job Interview. You did a great job! 😍
Thanks, the way you described this material is so good.
Wonderful explanation, please make a video on whole mount insitu hybridization.
'gene for people who like hummus' loooool, you're great at explaining things, thank you!
thank you so much for this! i feel like i can pass my exams tomorrow ^^
Wow! Amazing teacher! thank you for this video :))
Very clear explanation. Thanks!
thanks a lot for the video! really informative
Please make more videos about techniques which you use for your research
Heyyy, that was a great explanation, thank you very much!!
Thanks, Comrade.
7:25 this was very informative. Also good editing. Thumbs up from a fellow creator 😅
Thanks! I'm really glad you liked it.
Thank you!
YOU SAVED ME
thanks for the clear explaination. Bit off topic but can you share the source of the background music? I think it made the video much nicer when it started around 6:30.
Thanks for the video. Could flow cytometry be used for the detection of these probes?
What do you mean by temperature sensitive? More specifically how does the cold affect it?
Great question! Thanks for asking! The primary effect temperature has on this type of reaction is changing the binding between the probe and your DNA/RNA. The DNA and probe will not bind at too high of temperatures and too low of temperatures, say below 40C/104F, you have nonspecific binding. This is similar to where I described your probe binding to other RNA/DNA. So you need to find the optimum temperature for your reaction based on your tissue and probe. Does that make sense?
¿What should I use in order to quantify the expression of the genes?. Thanks!
There are a few options, I think the best and most widely used tool is qRT-PCR.
Nice video and you have a lot of positive energy, cool!
You could talk about qPCR, and it can be used for quantification, right ?
I am definitely gonna do a video on qPCR. I just wasn't sure when. I'll move it up. Thanks for the nice comment!
I wish I exhibited the "Super Cool Gene" :(
I mean, you did watch the video....
I wonder if she has sibling competition issues
Only in video games and school grades and life. 😁
You're funny
THANK YOU 🤝