Viral Replication

[@marioperez8235]

Mr. Anderson for 2020

[@starwarsrules4826]

Yes plz

[@AdamSmith-dd6pd]

I've already petitioned 12 universities with support from various associations to vote for him.

[@emiliemelnychuk550]

Thumbs up if you'r watching this before a bio test! Ugh...

[@leilagonzaless]

Exam actually 😂

[@mowmowarmy7439]

Just homework ;-;

[@mariaalzarooni3995]

in AP exam T^T

[@Billibear]

Emilie Melnychuk AP biology semester final

[@Janaeb840]

💀💀🇮🇲🇮🇸🇯🇪

[@robinw1433]

This guy is better than my teachers at private school!

[@warker6186]

i have seen this comment many times

[@Username-eq9gr]

@@warker6186Me too.

[@Joke2292]

You should have made clear that all RNA-virus ARE NOT retrovirus. Some do not change their RNA to DNA but rather go directly to a ribosome and replicate there with viral RNA polymerase.

[@minabish1783]

Can you explain a bit more?

[@cactusace4836]

Like the Corona Virus for example..

[@nchimunyasiadunkah8141]

​@@minabish1783 RNA Viruese are divided into two (ssRNA and dsRNA),so under single stranded RNA (ssRNA) again it is sub divided into positive strand and negative strand ,again under positive strand they are divided in terms of Enveloped and Non enveloped ,so under developed that's where you find retroviridae e.g (AIDS), Togaviridae e.g (rubbela) Hope this helps

[@analise17]

Thank you for helping ppl to make sense of these confusing topics! Your videos are comprehensive without belaboring the point or getting stuck in the weeds. Thanks again!

[@joshuapontier6956]

You are an incredible teacher!!

[@laurayiselrodriguez4254]

You are a fantastic educator! Mind blown by the ease in which you explained this. Thank You!

[@laurensygiel8061]

Thank you so much for everything you do! Your videos have been extremely helpful in both my A&P and Microbiology classes. Keep up the good work!

[@Effesianable]

I got 99 rhinoviruses but the coronavirus ain't one

[@nerrrbapinkie5453]

Effesianable lmaoo good one

[@Username-eq9gr]

oof

[@davyprendergast82]

might be soon though!

[@camillewilliams5370]

spoke too soon... lol

[@chefj4042]

dude u literally predicted it

[@forrestwoods8599]

Insidious little buggers. Thanks for your always clear explanations, and those ever-beloved cutaways to bring it all home.

[@ladynottingham89]

It would be so cool to see this inside the cell as it happens.

[@franzjanganieribarbosa4114]

I think thye same! XD It would be cool if there was a video of it, wouldn't it?

[@sedona9055]

you are the best teacher on youtube. THANK YOU

[@dantescanline]

Thank you so much for this video! This covered so much really quickly and you didn't pad it out with introductory information.

[@Annamoon14]

OMG! thanx this video really helped! I'm a Clinical Laboratory Science student and I have Virology course this semester, our professor recommended this video to us! she said 'look for Bozeman Viral Replication video it's really great" that's exactly what she said ;) again thanx a lot :*

[@carolmason9386]

Well, its been 6 years. Im curious about where you are in your career. I am even more curious if you have kids and if so would you give them the mRNA vaccine? Asking for a friend 🤣

[@malikrahim1324]

Finally, someone to explain in simplicity.

[@asianswagtastic]

Mr Anderson you are my hero

[@sectiongmit1630]

+Rach De Silva he actually is pretty good :D

[@جراحأنا]

really😂

[@jw228w]

great explanation of a complex problem. using drawings to simplify the mechanism really helps to understand what is going on.never had you tube videos when i was in school, had to try and figure it out by repetitive readings, and crude paper drawings.yes it was just after dinosaurs died, thats why docs are so much smarter now then then. thanks john

[@SSsupercharged95]

Your videos ALWAYS help so much omg

[@therugbychannel]

A wonderful description. Thank you. What I cannot understand, and what is not explained in this video, is how do the individual parts of the virus, as made by the cell, become assembled into what we call a virus?

[@DunjaT96]

But there is no explanation about replication of other RNA viruses. HIV has a specific replication, but you haven't talked about viruses with + sense RNA and - sense RNA.

[@BamBam-th5fk]

KZbin is free, you're welcome to

[@ShaneFlett]

its Saturday, I'm 17 and party's are happening... what am i doing with my life.

[@Krazycutiegurlxxx]

+Shane Flett (zombiedude2014) Fun stuff. Cheers to being nerdy hermits?

[@ShaneFlett]

*cheers*

[@teshamiller6001]

being smarter than your peers. good times. lol

[@franzjanganieribarbosa4114]

It's me every new year's day LOL

[@rileybenedict1804]

ComocosonoEWL why u disrespecting women?

[@جراحأنا]

good work

[@Repten67]

Thank you so much! You're videos help me so much.

[@brownmolasses]

your videos are always, soooooo interesting.

[@pratikshyarijal1913]

Thank you. thank you. I couldn't understand this thing. You explained so clearly with concepts. Can't thank you enough.⚡

[@victormuhia750]

Bozeman you are the shit🔥your videos are too good.

[@mattmutch2105]

You teach better in this internet video than my grad school lecture teacher. Thank you so much.

[@joesofinexb]

my teacher made me watch 45 of your videos in two days. I'm gonna gave nightmares about biology.

[@RandomMikayla]

THAT. WAS. AMAZING. THANK YOU SO SO SO SO MUCH FOR THIS. SUBSCRIBED FOR SURE!!

[@TITOxtm]

DAmn Man ,, that was the best explaination some can get on this subject.!!

[@mel_rose96]

I'm watching this until I have to take my microbiology final.

[@lyubovzolotuhina2626]

An amazing lecture! Studying for a microbiology exam, I found this info very useful!

[@Goodie_ola]

Really really helpful, thanks man 😊 ❤️

[@rolandoangeles4259]

Thank you mr anderson..you are a real teacher

[@afokujabi7256]

U just made life easier for me...thanks alot

[@shreeprakash2704]

Must watch without skip, best explanation : kzbin.info/www/bejne/h6mroZmlj82tZ5I

[@hobinchun7914]

Thank you Mr. Anderson

[@aljhoncanada2459]

Amazing video!

[@favoredq]

Mr. Anderson are there any new videos for this year 2017. I really understand your videos better. Thanks you are the best.!!!!!!!!

[@SageHeru]

The cold air does make me sick I have tested it many times away from people... When the cold changes the temperature within it causes mucus to form, and once there is a certain amount of mucus, then a cold begins for me. On time, every time. If I keep my internals warm I never get a cold.

[@masonyoung9951]

THank you for helping me pass my final fam. I apreciate it

[@cabdi-xakiimaxmadshcali5505]

Thanks so much 🙏🙏🙏

[@briannajimenez8700]

"Rna viruses live on mistakes" *shakes bc corona virus will never be over*

[@sumiiabdii8959]

Why can't you be my twin and do my biology final for me today. Only today! Please man!

[@unclerandy398]

You pass?

[@buqbooQ]

@@unclerandy398 did you pass lmao

[@unclerandy398]

@@buqbooQ don't remember lol

[@akihitochophi3292]

thank u so much Mr Anderson

[@theswagger123456]

Thanks Mr. Anderson. You are the best :-)

[@aminvalencia5375]

Awesome,​ concise information. Thank you very much.

[@gopikrishnan8601]

Love your videos sir

[@anithegreat5926]

Nice explanation..👌

[@xiiixiiih.16]

Do you know the name of the guy who invented the matters and there names for diseases?

[@lunyutaochola6880]

I like the clear animation it enhance learning

[@tdog3270]

first line: "Benjamin Franklin was puzzled by things he didn't understand" thats a given seeing as he didn't understand them.

[@danphan9487]

+theo lloyd-stericker That's not true, one might say: "John was comforted by things he didn't understand, and gave no thought to them"

[@MorganRox5441]

Thank you so much for your help! :D

[@lizromo]

super helpful! Will definitely help me for for my upcoming final. THANKS!

[@limaslifestyle4157]

This was so helpful! Thank you for this :)

[@gretakerri6522]

Thank you, it was a great explanation 👏👏

[@meesapeesa]

Excellent and easy to follow. Thanks!

[@rai7ada]

YOU ARE AWESOME.

[@rosiethomson12]

brilliant, thanks! helping me loads for my microbiology exam :D

[@lighterandco]

Can you expand on when you said you could get variations in viruses. 5:22

[@ahemadriaz]

Very Good Presentation.

[@nehirozen051]

pov: you are trying to watch all of these videos in 5days before your AP biology exam

[@sirisudweeks9334]

Fantastic!

[@EpicSelenium34]

Clear and accurate explanation. Thank you!

[@marieburns118]

Extremely helpful 😀

[@shreeprakash2704]

Must watch without skip, best explanation : kzbin.info/www/bejne/h6mroZmlj82tZ5I

[@pushpaadhikari3570]

When dna of the virus is inside the nucleus but the protine coat is in the cytoplasm do the coat take that same DNA that is inside the nucleus??? Or it will produce their own DNA

[@lumuslo2005]

Helped me so much! Thanks

[@madigo1138]

THANK YOU SO MUCH!!! please come round to london sometime! we could do with a great teacher like yourself :P

[@monkeydude5601]

in the viruses that use DNA, how do they get DNA out of nucleus to be packaged into their protein cases?

[@StefyGardenSchrodinger]

So useful and clear !! Thanks so much!!

[@xaveryoper]

Great clear explanation! Thanks!

[@pratyushbhandari6933]

What is the actual genetic material the virus drops of into the host cell

[@davemckay4359]

They don't know. It could be a sort of compacted genetic material from similar subspecies of animal that somehow consciously seek to promote evolution or DNA recombinations--or seek to destroy it. --like it is used by us as a kind of chemical, biological warfare. I don't know...just speculating here.

[@zihaoqi4462]

It depends, sometimes DNA, and sometimes RNA such as HIV does

[@thelonebassplayer]

Pratyush Bhandari It can either be DNA or RNA, sometimes (but rarely) both.

[@fountainvalley6763]

It's awesome, many tks. It's very useful.

[@MrEkballo]

Hello! May I ask...DNA replication happens in S phase of Cell cycle. DNA is always replicated into two. Why did you draw in 3.50 so many copies of DNA?

[@TheDrWeirdo]

Because although DNA is replicated into two, in the lytic cycle of the virus, the virus's DNA tells the host cell's DNA to continually replicate it. This generates a large amount of virus DNA for the later stages of the lytic cycle.

[@SB9P4]

Good video

[@mladams7259]

Great video! Thanks!

[@jacobschmidt9012]

RNA viruses are not all retroviruses, for example rhinoviruses that you talked about in the beginning are RNA viruses but not retroviruses, as are influenza, parainfluenza. ebola and many more...

[@yoni1991]

I know I am asking damm Q but I am confusing here prof. do viruses infects bacteria or cell? what is the connection .... what is my point here bacteria cell and Eucaryato cell can affect by viruses at the same time? thanks

[@abby520]

there are two types of cells: bacteria and eukaryotic. a bacteria IS a cell, and viruses can infect it (called a phage) but they can also infect eukaryotic cells also

[@zapy422]

Very well explained

[@bennguyen1313]

In the first case, how does the viral dna get into the nucleus, isn't there any mechanism inside the cell to detect foreign dna? Does it live alongside the existing dna, or does insert itself into the host dna? And how does the messenger rna get triggered to code this new dna? For example, if the vast majority of human dna is non-coding, what tells the rna that this viral dna is to be coded? BTW, for a great discussion on how RNA can change DNA (AIDS and cancer), I recommend the Solvable podcast ("AIDS") and Revision History ("Obscure Virus Club")!

[@lovesgod4life]

Amazing! Thanks a million!

[@Kryslu]

Great and clear vidéo. Thank you so much

[@girodesentimientos]

Thank you so much! it helped me a lot!

[@Joellllllllll]

Man the schools wifi is terrible here

[@klipblop3824]

there is no electricity, joel.

[@davidcarson2834]

Every school's wifi sucks. XD

[@MonkeyDLuffy-xr4fl]

At least you have wifi

[@54blueroses]

Atleast you go to school

[@Olivebranch694]

Does an RNA virus use the enzyme in the host cell to become lysogenic?

[@janezhang4114]

+Olivia Mullen It can either be in the lysogenic cycle and incorporate in the host's DNA or it can be in the lytic cycle and immediately manufacture mRNA

[@Olivebranch694]

Thanks!

[@sleepyjo9340]

+Jane Zhang so if viruses aren't alive, how do they have dna and rna, and how do they know they have to attach to a host.

[@shifukoala5543]

+Austin Vanderheyden viruses maybe alive, but they're not at the same time, they have the character of a living being and inanimate being. i dunno how they have the dna and rna, but i think the answer is the same as "how do human have dna and rna" well, they just do. they don't really have a 'duty' to infect something, but hey, they're parasite, which can only live on a living being's cell or bacteria. Why are they attacking spesific cell? Because they have something called reseptor(that's what my country called it) that if it matches the one on the cell's wall, the virus can go in, if it doesn't match, well, keep searching until they find cells that match and penetrate it

[@baileyriches931]

How does DNA get into the nucleus?

[@carolmason9386]

DNA is always in the nuclei. You are probably concerned that the RNA from the possible vaccine may be introduced to the DNA during Mitosis and then become part of the genome

[@vieteggroll]

Thank you so much!

[@optimaluse]

your a great teacher. thank you!

[@Artthurbm]

very clear, good video

[@mariaalzarooni3995]

thank you sur... really helpful

[@thasneemfazal5567]

can someone summarize this pls, i don't get it

[@davidmidgley9039]

What do you make of covid and the over reaction to it ?

[@autentyk5735]

Did you really introduce yourself as Mister Anderson?!

[@shreeprakash2704]

Must watch without skip, best explanation : kzbin.info/www/bejne/h6mroZmlj82tZ5I

[@tsheringdekar7166]

thanks. it was a great explanation :)

[@CastelDawn]

you wrote transirption instead of transcription.

[@michaelfawcett368]

Thanks man, Nice video!

[@suprateekat5338]

What if the virus contained RNA and not DNA? Thanks

[@aakritisparadise]

very helpful video.. thanx a ton..

[@Roboto0924]

Why doesn't RT reverse transcribe the RNA in the protein capsid extracellularly?

[@degcyl88]

thank you so much.

[@bryancabansay]

thank you for this good sir!