@paardwa No, alleles are alternate forms of wildtype genes. A point mutation in any strand is single nucleotide polymorphism which represents the allele. It isn't a snip, it's SNP or SNP(s).
After the complementary G flourescent nucleotide binds with template (2:39) why do the other complementary nucleotides not continue to bind.. i mean there ara also some other complemetary flourescent nucleotides.. right? for example A or C or T.. the next nucleotide base on template is C (2:46).. why doesn't the complementary G flourescent nucleotide come and bind..or after that why doesn't the complementary A flourescent nucleotide bind with the next nucleotide base which is T on template.
very educational video...
iLOVENATURE2011 3 weeks ago
Where did you get this video from?
Thanks for uploading.
antiprotonable 1 month ago
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planetxmapevent 7 months ago
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Simply explained the one of the application of mico array technique
lilhaunter 9 months ago
Simply explained the one of the application of mico array technique
csvimalkumar 10 months ago
Beautiful!
Thank you very much!
Knowledge to the people!
svantiii 10 months ago
G and A are the alleles of the snip?? Does she mean the single nucleotides that determine the polymorphism? Whuaa?
paardwa 1 year ago
@paardwa No, alleles are alternate forms of wildtype genes. A point mutation in any strand is single nucleotide polymorphism which represents the allele. It isn't a snip, it's SNP or SNP(s).
chroniclerofthe70s 7 months ago
@chroniclerofthe70s SNP is pronounced snip
medicagent19 3 months ago
@medicagent19 Pronunciation is spoken speech, not written or typed speech.
chroniclerofthe70s 3 months ago
@chroniclerofthe70s oh sorry, i thought you were talking about pronunciation. didn't realise you were talking about written form
medicagent19 3 months ago
That made so much sense. Thank you for making this. Really well done.
Cearac 1 year ago
That made so much sense. Thank you for making this. Really well done.
Cearac 1 year ago
OMG~! It is so complicated!!!!
Brian1218548 1 year ago
great video i understand clearly
everything shows hardwork
great effort
best of luck
audassity1 1 year ago
She has such a sweet voice. Love it
FarhadTv 1 year ago
I'm trying to figure this out for my 307 Mol Bio class... this was NOT helpful. Way too technical and unfamiliar
jbradle3 1 year ago
This bitches voice is very annoying. Couldn't finish the video because of this.
TheHazykiller 1 year ago
@TheHazykiller You are way too right!
Biotheck 1 year ago
TOILET WASHERS
WannaBros 1 year ago
After the complementary G flourescent nucleotide binds with template (2:39) why do the other complementary nucleotides not continue to bind.. i mean there ara also some other complemetary flourescent nucleotides.. right? for example A or C or T.. the next nucleotide base on template is C (2:46).. why doesn't the complementary G flourescent nucleotide come and bind..or after that why doesn't the complementary A flourescent nucleotide bind with the next nucleotide base which is T on template.
ozturke45 1 year ago
@ozturke45 They use dideoxy nucleotides. Only a single nucleotide is added. The reaction cannot continue from that point.
fcorchos 1 year ago
Bravo! Thaks, it helped a lot! :D
Troidi 2 years ago
this video has cleared some of my confusion..
rnjniit 2 years ago