Jennifer Doudna: CRISPR Basics

[@andrewblack7852]

This lady... well she changed the course of life on this earth. Not saying it’s good, nor bad, although the potential for both is of a very very high order.

[@andreferrer9350]

good comments. Scientists that discover new things, technology, should not be blamed for how other people may use it. I admire her very much

[@celestel6138]

They should come up with a way to keep humanity ending science protected. A gate keeper of some kind. Too late now as some Asian guy already make twin girls and 1/2 the population has their t-cells screwed with… (VAIDS).

[@MrRag007]

I've listened to the Jennifer Douda audiobook on how CRISPR was recognized and developed. This short video was very informative seeing a top-down overview of the technology, what it is capable of and where the technology may be heading.

[@allenculbertson8170]

God bless Jennifer Doudna and all her colleagues and collaborators. Your work is truly amazing 🙏

[@dr.debajyotibose2928]

I have met her in one of the international conferences, pre covid times.

[@imagination7710]

What are the terms 'CRISPR' and 'cas' abbreviations for? CRISPR stands for 'Clustered regularly-interspaced short palindromic repeats' and cas stands for' 'CRISPR-associated'. What were the 2 main genomic elements of CRISPR first identified in E.coli? 1. The palindromic repeats, which are 20-40 nt in length 2. 'Spacer DNA' found between the repeats, all of which have unique sequences Which genomic locus are cas proteins transcribed from? The cas operon. What are the 3 genes that are found in the cas operon and what are their function? 1. cas1 and cas2: required for the acquisition of new 'spacer DNA' into the CRISPR system upon viral infection 2. cas9: the main effector enzyme that facilitates destruction of invading dsDNA through double-strand breaks What are CRISPR RNA (crRNA) and tracer RNA (tracrRNA)? 1. crRNA is the 'spacer DNA' derived from invading sequences that is integrated into the CRISPR system in the host genome (upstream of a palindromic repeat) 2. tracrRNA is a transcript that binds to crRNA and facilitates its association with cas9 What are the 2 regions of crRNA that aid in the destruction of invading nucleic acids? 1. The crRNA 5' sequence is derived from the invading nucleic acid and guides cas9 to the target DNA sequence 2. The crRNA 3' sequence (derived from the palindromic repeat) base pairs with the 5' region of tracrRNA, facilitating interaction with cas9 How was the CRISPR-cas system simplified for use in molecular biology? The crRNA and tracrRNA were combined into a single RNA known as a 'single guide RNA' (sgRNA). How can knockouts be generated using the CRISPR-cas system? Using a guide strand with a 5' region with complementarity to a gene and a 3' region that mimics the tracrRNA allows targeting of the cas9 enzyme to the desired locus and cleavage of the target transcript. This produces double-strand breaks in gDNA that are repaired, leaving indels that render the gene non-functional. How can knockins be generated using the CRISPR-cas system? Co-transfection with a targeting vector allows for homologous recombination to occur immediately after dsDNA cleavage by cas9. Have CRISPR-generated knockouts been demonstrated in the brain in vivo? Yes. What is the basis of the technique that uses CRISPR-cas to transcriptionally regulated a gene (rather than knock it in or out)? A non-functional varient of the cas9 enzyme - 'dcas9' is used. In this technique, the guide strand is modified to contain an MS2 sequence, which recognises and binds to the MS2 coat protein. Proteins which contain this 'coat' are then recruited to the genomic locus by the dcas9. What are the 4 types of protein that could be recruited to specific loci using dcas9 and MS2-containing guide strands? 1. Coactivator proteins (e.g. NCoA1) 2. Corepressor proteins (e.g. NCoR1) 3. Epigenetic modifying enzymes (e.g. CBP) 4. Transcription factors (e.g. CREB) How is the CRISPR-cas9 system used in vitro? A plasmids containing the cas9 gene and a plasmid containing the sgRNA are transfected into an appropriate cell type

[@ankitamondal7141]

Thank you for this short note on the whole of crispr-cas9 methodology.

[@amicusentropia332]

kzbin.info/www/bejne/f6DCo3d4o6ZlgJI 2:49

[@draartichouhan1003]

Please provide CRISPR related objective questions

[@internetpeople6113]

Thank you. I still don't understand it but I am glad you do.

[@ksideth]

It is an amazing lecture. I learnt a lot. Many thanks for sharing the video.

[@JuanPeguero]

Other than amazing, what else? Happy to witness this amazing invention in my lifetime.

[@danielholley2495]

Wonderful lecture. Thank you for sharing it.

[@GoA7250]

I watched a horror story, what did you watch?

[@godwinnyambulapi6816]

It's just woow congratulations prof Jennifer Doudna

[@ECOCENTRALTHERMsrldFloresti]

A very important discovery that strongly impacts humanity, both for good and for bad, depends on us.

[@andrewslope361]

well we can se today! 2021 that TO MANY dies of it!! In Norway and Finland trhe last week it has died many of bleeding in the brain! And TO MANY are fighting it for their lifes! At hospital! Of course this is around the world!!

[@joannebartsch6627]

@@andrewslope361 How many ways can one person possibly be wrong?

[@AliHAnany]

Thank you so much Dr from Egypt

[@fallseason5163]

This was just perfect… I just wonder why the pointer was not available 😢

[@bgordski]

I was saddened that the camera was focused on her and NOT the slide her pointer was referencing. This tech is advancing quickly and could become dangerous in the wrong hands. She should share a Noble prize for this incredible work.

[@DonDiegones]

Indeed, she received this year (2020). Prophetic comment!

[@andrewslope361]

Do you like the v a x?? Have you seen how many been sick?? And sick for LIFE?! And how many dying directly! They got that thing inside of them?! Well its of THIS!! This is what they uses in.. guess what?! :(

[@silvanelsire5971]

@@andrewslope361 do your research and prove yourself wrong, I believe in your intelligence because you are here. Now show yourself, that you can reflect what she is saying and see through those wannabe science theories that blind you

[@seno7904]

@@silvanelsire5971 bro is an antivaxer (not you the guy your commenting on) witch is dum because vaccines have saved so meny life it’s amazing and vaccines aren’t a cure all they are a reacher for your immune system but with CRISPER it’s almost possible to make a prevent-all

[@kulsumsheikh814]

Okay so after she won noble prize for this now KZbin is recommending each and every videos of her Oh my am learning this thing straight from her Wow thanks YT

[@shinkushinef4641]

Thanks for sharing! It is a very helpful lecture! Was hoping to find the associated technologies aspect but the fundaments answered a lot of questions already.

[@cadegreyson1629]

you all probably dont give a damn but does anybody know a way to log back into an Instagram account..? I somehow forgot the login password. I appreciate any assistance you can offer me

[@bodieashton832]

@Cade Greyson Instablaster :)

[@cadegreyson1629]

@Bodie Ashton Thanks so much for your reply. I found the site on google and Im waiting for the hacking stuff now. Looks like it's gonna take a while so I will reply here later with my results.

[@cadegreyson1629]

@Bodie Ashton it worked and I finally got access to my account again. Im so happy! Thank you so much, you saved my ass!

[@bodieashton832]

@Cade Greyson happy to help =)

[@rabbirock]

Excellent presentation, great respect and admiration. I want to learn more and more.

[@judithk5850]

Really interesting and helpful talk to understand CRISPR technology, thank you!

[@H-Rexz]

Well defined CRISPR at 4:03 up to 5:05 Thanks 😊 alot

[@audiobeats4728]

seeing how the technology is improving... making the future more and more exciting,

[@andrewslope361]

Really?! Human playing God is interesting?! This will end HUMANs.

[@SEEWHIRLED]

Really? The future looks grim by unleashing this tech into creation? They used this research to use Covid as a trojan horse for this bio tech plus Great Reset into Fourth Industrial Revolution

[@kirkyrussell]

Welcome to everyone who's here after Dr. Doudna's Nobel Prize!

[@Cammo_1234]

im here because of ark invest

[@fitnesspoint2006]

WOW she gave no credit to the man who discovered it - CRISPRs were first discovered in archaea (and later in bacteria) by Francisco Mojica, a scientist at the University of Alicante in Spain. He proposed that CRISPRs serve as part of the bacterial immune system, defending against invading viruses.

[@hardrocker11969]

@@fitnesspoint2006 Yip and all of a sudden the world is locked down for a "Virus" they could change in any way they wanted but want to inject you with something instead. Interesting how all the governments world wide all want the same thing all of a sudden and dont talk about CRISPR (cas9) at all.

[@H4N5O1O]

@@fitnesspoint2006 1:05 btm right 3 names mojica is one.

[@DavidLine1]

Fascinating Stuff. It's too bad we can't see what she is pointing at during her presentation

[@RandomnessVortex]

Blah ha-ha

[@marcochimio]

Congrats to Professor Doudna on her Nobel Prize. Is a copy of this excellent slide presentation available?

[@alokvkulkarni]

Next Nobel laureate

[@kirkyrussell]

Prophetic! :D

[@Lightyagamijp]

Came true

[@crisprtalk6963]

you wanna go to Vegas?

[@vishnureddy34]

@@Lightyagamijp awesome

[@filipmoric245]

Well this comment aged well🤣

[@sintasasikanovel8172]

Good presentation, thank you

[@reubenabasiyadangana2931]

Thank you Prof

[@englamerizka3754]

thank u for sharing, it very helpfull for me.

[@shabnamnaderifar]

very useful ,thank you.

[@takudzwajumo1020]

You observed that the CRISPR knock-out of protein X either promotes or represses RNA polymerase II transcription, depending on the gene. Which experiments would you carry out to reveal the mechanism for this differential activity?

[@rodrigofuentealba7308]

Wondering a very fundamental question. Do all bacteria have this system? and, if so, does mitochondria or archaebacteria once had a similar system too? According to the hypothesis of the endosymbiont, most of mitochondrially encoded genes moved -over time- to the nucleus. Just a speculation whether early eukaryotic lineages may had used variations to this system to evolve complex genomes. This was a very nice talk. Thanks for posting.

[@podolanko7]

@@andrewslope361 ok

[@graemelaubach3106]

Interesting question

[@ЕлианаРайчева-к3м]

Congratulations! Love and respect!

[@ЕлианаРайчева-к3м]

I suppose it is a very , very hard work!

[@dragansavic39]

Exellent ! What I don't understand is in what way pieces of incoming phage (or plasmid) DNA are cut out from the phage chromosome (by bacterial restriction system ?) and integrated into the CRISPER system (and also in what way) and why, at least what we are presented, these fragments are always of the same size?

[@innovativegenomicsinstitute]

Hi Dragan, new spacers are thought to come from fragments of the phage DNA created by repair proteins or even the degradation products of successful CRISPR-based targeting. The acquisition machinery + accessory proteins trim these down to the right length and then add them to the CRISPR array. Here's a much more detailed diagram of our current understanding: media.springernature.com/lw685/springer-static/image/art%3A10.1038%2Fs41586-020-2018-1/MediaObjects/41586_2020_2018_Fig4_HTML.png

[@gunfighter3890]

Just seen this young lady being interviewed on BBC's Hard Talk.

[@amkh-_-5020]

Shes a genius god

[@allurbase]

What happens with methylation and histones, does cas9 only affect genes that are readily readable? I guess anyway that should be fine for most uses.

[@innovativegenomicsinstitute]

Studies have shown that the chromatin state does impact Cas9's search efficiency. "Searching is dependent on the local chromatin environment, with less sampling and slower movement within heterochromatin." science.sciencemag.org/content/350/6262/823.abstract

[@gregorysagegreene]

I would like to find out more about how the repeat palindrome folds into a hairpin, what tracRNA actually is and how it connects to that, how the whole chimera comes together, and how a piece of replacement host DNA is tacked on ??? ... The Professor is an awesome progenitor of one of the new century's most greatest technological advances, btw. - Can't wait till we have free-floating climate change eating bacteria.

[@sea9994]

We do it is 5G.. As above so below Gamma ray technology and it can be activated to 6G when the shots boosters are given to make you glo in the dark and a eave can activated to heal or to deactivate you in a cellular level. It's advanced nasa technology... coming to a door near you.

[@vickielewis6268]

A year later, we know know!

[@Jenny-vm1lo]

I wept when she won the Nobel even though I personally don't know her. She changed the future of science.

[@agustin3935]

Why does cas9 not recognize nor cleave the bacterial DNA itself? I mean, if the bacterial genome has the viral sequence (the spacer), would not be possible that the cas9 cleave its own bacterial genome? I think that the answer has something to do with the PAM sequences which from what I could get are only present in the viral DNA but not in the integrated spacers within the CRISPR loci. However, I am not a hundred percent sure if this alone explains why the cas9 does not cleave its own DNA at these CRISPR loci. In fact, the probability of having a NGG nearby the spacer does not seems to be too low, unless there were some kind of negative selection.

[@innovativegenomicsinstitute]

That's a great question, and you're right that it has to do with the presence or absence of a PAM sequence. This video on how the PAM sequence works has a nice explanation right around 2 minutes in: kzbin.info/www/bejne/n4Sodqpqi9iSeJY

[@dr.avinashkadam9389]

My favorite scientist

[@kazbekdzhanibekov9154]

Thanks a lot

[@AD-xt7tg]

Do you know where I can find these diagrams? These look very useful, I haven't been able to find such diagrams elsewhere.

[@innovativegenomicsinstitute]

We will soon be posting similar types of informational illustrations on our website (innovativegenomics.org). You can also check out our Multimedia Library for more videos and animations.

[@rupamsaha7470]

from the pathfinder book

[@user-cx5ni7me6l]

Thanks

[@prm2335]

Is there a limit to the number of repeats, and by extension, a limit to the number of RNA/protein complexes that can be formed?

[@innovativegenomicsinstitute]

The size of CRISPR arrays is surprisingly variable, and the factors that limit the # of repeats are not clear. Some organisms have CRISPR arrays with hundreds of repeats/spacers! It's unlikely that all these spacers are actually being used in gRNAs in targeting complexes, since this would be an inefficient approach to viral defense-rather, huge CRISPR arrays are likely not in use at all (some CRISPR systems are present in the genome but totally "shut off") or only the more recently acquired spacers are actually used. There aren't well-defined mechanisms for the latter possibility, and in general, this is area of CRISPR biology is not well understood.

[@prm2335]

@@innovativegenomicsinstitute Thanks for the feedback.

[@DCassidy42]

This was 4 years ago. How close are we to starting to knocking out genetic treatments for genetic diseases?

[@innovativegenomicsinstitute]

Clinical trials ongoing for a variety of genetic diseases with promising results in sickle cell disease and a form of amyloidosis. We put out an annual update on this progress here: innovativegenomics.org/news/crispr-clinical-trials-2021/

[@DCassidy42]

@@innovativegenomicsinstitute Do you know if there are any active trials related to hypertrophic cardiomyopathy?

[@innovativegenomicsinstitute]

@@DCassidy42 Not yet, but people are using genome editing to better understand how HCM develops (here's an example: www.sciencedaily.com/releases/2021/08/210812161848.htm)

[@davidcassidy589]

@@innovativegenomicsinstitute Awesome thanks. Hopefully, once it's better understood they can start using it to make the genetic corrections. I recently found out I have a very mild form of this condition. It seems to be very common and many people suffer because of it.

[@siyambonani8802]

Can you try writing Doudna without writing DNA?

[@woodpecker6452]

Why is it necessary for the barteria to have this system if it can recognize and remove viral DNA and neutralize it on initial infection ?

[@yingzhou3353]

once the bacteria remember the virus-infected, it will respond faster for the same infection through CRISPR next time

[@andrewslope361]

@@yingzhou3353 How AWFULL! Do you know HOW many young lifes this has taken?! Only in Norway and Finland this last week?! Brainbleedings among other! Pulsys and bloodclothes in their brains and stomaches! And so many moore HORRIBLE sicknesses ouf of this in the j a b s!! This tech most come from the Devil him self!

[@jazzyladyjae7669]

@@andrewslope361 Yes!! ... This is the same mRNA technology used in the jab💉 The 💉 is Still an experimental technology drug....Hence the 'PREP ACT' which, basically, states that the pharma companies (pharmacy, Pfizer/Maderma) Can't be held liable in case of adverse reaction; any complications, extreme illnesses or Death) due to the drug💉 ... I agree, it is from The😈.

[@tko4736]

What i don't understand is how dosen't this system also cut out the viral DNA already integrated in the bacteria's genome (flanked by CRISPR) and thus inactivating the bacteria's response to futre similar viral infections

[@khadijehf20]

would please one of you guys tell me where is Natural CRISPR RNA and Tracer RNA at 14:29....cant get it

[@innovativegenomicsinstitute]

There are several companies that sell single guide RNAs. I would recommend checking out Addgene, Synthego, and Horizon/Dharmacon

[@nevroth]

I'm think the Natural CRISPR RNA is the sequence in green labeled spacer and the Tracer RNA is the portion to the right with hairpins labeled guide RNA. Why? She said they are covalently linked and also the spacer RNA has found a complimentary sequence on the dsDNA

[@BigChant88]

Thanks for sharing. Are there any lectures on non biological lipids?

[@innovativegenomicsinstitute]

Not that I'm aware of-iBiology has a lot of great content on lipids in biology that you might want to check out, but I'm not well-acquainted with non-biological lipids. Sorry!

[@KP_Oz]

Instead of focusing on her you could have shown the actual screen so we could see where she is pointing?😅

[@TheeMakau]

You re the one being mean here.

[@darkwell1581]

Do van der wal energies guide Or. is it all resonate energy

[@danielbennett5795]

This is Wonderful. Great advancement. I also plan to buy stock in Crispr Stock Company.

[@meghnaghosal2601]

Very inspiring.

[@andrewslope361]

Intersting!! Are you a mashocist?? Cause this can END humans.. And you find that "inspiring" huh?!

[@adamubekele5346]

Thank you! Interesting!

[@chongchengchuah5075]

Congrats Jennifer

[@andrewslope361]

So this woman? Jennifer WHAT?! She is the ONE?? That came up with this devilish thing?! Want her last name so that i can pray for her soul..

[@univibe23]

Welcome to the machine.

[@debbiehughes48]

Is this the technology used to make our current Covid vaccines?

[@arthurchaos536]

no. Covid-19 vaccines use mRNA

[@samuelmunoz906]

@@arthurchaos536: So they say. You have to take them at their word. Or can you, me or any other common folk prove otherwise??

[@arthurchaos536]

@@samuelmunoz906 whats wrong with taking them at their word?

[@SEEWHIRLED]

It's how they made Covid SHC014 + SARS COV 💪 gain of function. And used it as a trojan horse for global takeover The Great Reset forced Fourth industrial Revolution. Don't believe me look it up

[@arthurchaos536]

@@SEEWHIRLED Websites include other people's opinion it doesnt mean its a fact.

[@Alarix246]

I wonder when it dawned on Jennifer Doudna that she should Do-DNA. I bet she was led by her surname to her science. ❤️👍🏻

[@dr.debajyotibose2928]

When your surname is DNA it is fair.

[@aldennaylor]

they are expermenting this on me i am a target of this

[@vickielewis6268]

She says in the wild, which we now know, are lab made with wild spike proteins

[@dragansavic39]

I am sorry ! I just learned about cas 1 and 2 and protospacer. However, dr. Doudna should have mentioned them at the very beginning of the otherwise great lecture.

[@joeyc1725]

Eventually it'll be a Bioshock situation.

[@andreferrer9350]

Arcadia style

[@raghavendrasv8656]

The moving pointer is not Visible If it's visible then so beneficial to Us

[@michaeldebellis4202]

Why did she get the prize for Chemistry rather than molecular biology?

[@NikolausUndRupprecht]

There is no Nobel prize in biology or even the more specialised field of molecular biology. Alfred Nobel didn’t anticipate that biology would become such an important science. This has resulted in the practice of awarding Biologists the prize in either medicine or chemistry.

[@michaeldebellis4202]

@@NikolausUndRupprecht Thanks very much for that explanation.

[@furqanbashir9761]

Her name ends with DNA

[@4141-i7o]

How could I join this kind of presentation?

[@nprojetista1977]

wonderful work, pity that there are people both for the search for good as you, as for the search for evil, sar cov virus was great target of this discussion of super virus families manufactured in laboratories, but all evolution is very welcome evolved congratulations. Viva la vida

[@vickielewis6268]

Now know!

[@juli3836]

👏🏿👏🏿👏🏿

[@olgapaniara7444]

Dr Doudnas is a possibility that super research to be used to inactive coronavirus?.

[@babymoon5282]

Covid was invented and unleashed to use this technology on the masses. Depopulate the earth and bring in eugenics

[@sonydesrosiers]

I'm curious how these future generations of perfect humans will treat us, the inferiors... As we treat nature, animals, or just other humans because they are different?

[@정결한신부-x6m]

¿Conoces esta verdad? 1. Las nubes del cielo de todo el mundo son bajando a la tierra cada día más. 2. El sol y la luna en el cielo son superlunas y super sol todos los dias. 3. Si observa de cerca el amanecer y el atardecer, puedes ver el cielo rosado. 4. Los componentes químicos de Chemtrail se pulverizan como loco en el cielo de todo el mundo. 5. Si miras de cerca la luna ahora, la luna está girando.

[@IshitaJain10]

Cant we use this crispr technique to infect those bacterial genomes with covid19 virus to find the resistance gene incorporated in bacterial genome against it..and then test that in humans?

[@genfkk6344]

Firstly we don't know if there is any bacteria that might have a gene which might fight against the virus,secondly even if there is it will not necessarily work on humans and also there are to many cells present in the human body and by your method you will not be able to immune all the cells

[@IshitaJain10]

@@genfkk6344 yeah...i think it needs heavy investment of time and energy with money which all is in scarcity due to the pandemic.

[@tonyjohnson9078]

@@genfkk6344 could it have been used to create. Covid ?

[@kaorumugen991]

@@tonyjohnson9078 Sure. It could've also been a random/environmental mutation, deliberate manual mutation via any other number of methods, evolutionary adaptation, etc.

[@tonyjohnson9078]

@@kaorumugen991 Thanks

[@Displ4c]

Very persuading woman

[@user-pv3cn7xo1i]

What are 'bp' and 'nt'. i see them used in articles on crispr and in this video as well. I'm doing a research assignment on crispr technology, someone pls answer asap.

[@flexogore4614]

bp - base pairs nt - nucleotide

[@KuQuay1988]

bp stands for base pair, referring to a hydrogen bonded pair of two bases each on strand of the double-stranded DNA. For example: G on this strand basepairs with a C on the other strand to form a base pair (G-C). On the other hand, nt stands for nucleotide, referring to a single base on a single-stranded DNA or RNA.

[@ismailnyeyusof3520]

Hopefully with the new administration in the US, funding for science research is boosted and not cut further.

[@hardrocker11969]

How much funding do you need for a method of genetic modification that is dirt cheap and costs a few hundred dollars instead of hundreds of thousands.

[@H4N5O1O]

cant hear questions

[@BlackHoleForge]

41:50

[@treeytbot]

Why CRISPER CAS9 genome editing technology get Nobel Prize in chemistry field?? Why not physiology/ medicine field?? This topic is biological topic.. then why Nobel in Chemistry? ❤️❤️❤️from India.

[@Віталій-л4с]

Covid-19?

[@jayvee4787]

Va**ine

[@lucao9059]

I wish I could understand lol

[@greenthizzle4]

Luca O I'm trying, im gonna make a mythical creature or something.. this is the start of my journey

[@Pyriphlegeton]

@@greenthizzle4 So how's that journey going?

[@mylearningaccount5868]

@@Pyriphlegeton Not well, his creature ate him. #just kidding hope this isn't true XD

[@andrewslope361]

Beleive you dont! This is from the devil him self..

[@galiagarcia7795]

Can we use this to fight the coronavirus if we were to inserting a copy of the messenger mRNA into a similar vascular or monocytes similar to the virus package lysosome or monocytes? The messenger mRNA of installing two stopped codons on both ends of the messenger mRNA ,so when the virus enters the cell RNA from the virus is then match to the messenger RNA that is waiting for the mRNA for the binding once the messenger mRNA It is now considered to be a safe proteins ,and RNA molecule and once it is duplicated with the chaperones through the nuclear tides being tied together forming new inactivate DNA strand that will be not be able to be used within the cell.

[@andrewslope361]

Thats what they are doing RIGHT NOW!! :( How terrible!! Look at how many dead of brainbleeding in Norway and Finland ONLY THIS LAST WEEK!! YOUNG ONES!! Look at how many are fighting for their lifes in only theese to countrys!! Terrible! Awful it is! Look around the world! Look at Israel! 40 times moore dies of the j a b s than of c o r o n an! This is pure EVIL..

[@s.unosson]

She describes intelligent genetic design.

[@terrencekidd9688]

Ok so you basically very carefully giving a lecture on how the Chinese Caucasian Arab and y'all was created I've done research and there's alot of missing information and wholes and you very much aware of the fact n using deceiving words like real quickly and and not going into details and using cartoon to make mockery so one won't think nothing of it

[@KH-uv5ph]

The American taxpayer is one source of funding. Rather than compulsory means, extracting from many who are struggling to make ends meet, why not collaborate with the super rich who happen to be personally interested in such research and are unquestionably able to do so without subtracting so much as a crumb from their own table - someone like Bill Gates?

[@jackielarkam9061]

They already have

[@docdawson]

Yea, like Einstein she wanted to make the world better. But I think this technique will do more harm than good.

[@jamestran9295]

The cruel sardine markedly warn because hexagon dentsply attack unlike a noxious raft. giant, faint fair milkshake

[@aliveinchrist2379]

Made in the image of God. Blessings ! Jesus will return are you ready? XO Then Jesus spoke to them again, saying, “I am the light of the world. He who follows Me shall not walk in darkness, but have the light of life.” (John 8:12)

[@chewtoob6409]

If youre looking for a way to understand crisps cas9 without no prior knowledge then this is a bad presentation for you and you should go back to reading. So sorry to say this because i don't want it to be. Maybe her audience has taken a few university courses and thats why she doesn't break it down as much as i would like. Dammit its hard to understand geniuses without reference books.

[@innovativegenomicsinstitute]

Yeah, this was filmed during a CRISPR workshop at UC Berkeley. The audience was scientists looking to use this technology in their own research. For more public-friendly resources, check out the multimedia library on our website. If you have specific questions, we also have an 'Ask a Scientist' program which is set up for anyone to email or Skype with a CRISPR scientist. innovativegenomics.org/multimedia-library/

[@syberspy9]

@@innovativegenomicsinstitute what is a piece on your website that can help us understand from the start? Very interesting and next level stuff but struggling to understand what is it and how it works... Like how can someone do it in their basement yet billion dollar labs are doing the same thing...

[@innovativegenomicsinstitute]

@@syberspy9 We will be launching some new/extensive content shortly on our website, which will cover a range of relevant CRISPR topics. Pertaining to your question about feasibility, I think the idea of people using CRISPR in their basement is not entirely accurate. You still need expertise and equipment to perform effective genome editing experiments.

[@kaorumugen991]

@@innovativegenomicsinstitute Well, there are "biohackers" like David Ishee doing it in shacks. Obviously, not exactly an ideal environment for doing bioscience, but it _can_ be done at home and at fairly low cost for anyone with the will (and means) to learn and experiment. Again, not ideal by any means, but it will do as a starting point.

[@thandoxaje8546]

Dr DO-YOU-DNA coincidence enough?

[@andrewslope361]

No of course not! :( 2020.. Then tje j a b s done with THIS SHIT! Terrible! Men /women playing God.. Wish Jesus comes sooner than he are..

[@melissafarrugia9531]

Patience brother Andrew, it is not long now, everything will be

[@SEEWHIRLED]

Fire pon those who wish to control CREATION

[@callamediarok1470]

not much help at all when she points the pointer into the middle distance, rather than showing the target, viz. the diagram

[@409raul]

PROTECT HER AT ALL COSTS!!!!!

[@andrewslope361]

The DEVILs worker?! Oh my! I will have to pray about this!!

[@SEEWHIRLED]

she has major karma coming no escaping what's been done. Crimes against Creation

[@lambdasun4520]

schizos, take your medicines.