This is actually EXACTLY what I was looking for. Middle schoolers don't really need to know about RNA primers, leading/lagging strands.. it's hard enough for my students to even visualize this happening in each and every one of their cells. Thanks for the great intro video :)
I wonder how many who have commented here complained, when learning about addition and subtraction at age 5, or thereabouts, that they should be doing differentiation and integration and trigonometry etc. Baby steps, people, baby steps.
This is good, except for the proteins that join the nucleotides don't make them. They are produced by other proteins. The ones that connect the nucleotides pick them up and snap them in place.
Recent studies show that positive emotion/thought such as love, joy, greatfulness and etc. effects human DNA by making the strands longer and more perceptive (meaning uncoding the hidden talents such as ESP, precognition, clairvoyance and others), when negative emotion such as fear, anger, despair and etc. makes DNA shrink, therefore limiting human perception a great deal. One has to establish an ongoing positive thought in order for these change to occur.
At least give credits to the maker ..... I know i cannot do this animation and i ve seen better, but come on, its not like he's wrong... Good Job Mr John.. Better animation and explanation next time.. keep it up
This is a good explanation high school introductory biology--perhaps using the name of the enzyme HELICASE instead of saying just "enzyme"--otherwise a good visulaization...
Yeah, about that... it's because they're over simplifying it. They made no mention of lagging and leading strands, and all the specific enzymes that have specific tasks.
Plus, some teachers are very specific, and want details down to the bone. Like 'what is the DNA literally made of?" And you have to explain what kind of sugar it is, that there's a phosphate backbone, etc.
I aced 9th grade biology (perfect 100, plus 10 more for honors), trust me, it's a lot easier than College Bio.
Yes, its hard to understand this, when we all see this for the first time its scarry, but then we get used and then we can see way more "realistic" clips.
This is actually EXACTLY what I was looking for. Middle schoolers don't really need to know about RNA primers, leading/lagging strands.. it's hard enough for my students to even visualize this happening in each and every one of their cells. Thanks for the great intro video :)
weezcake 2 weeks ago
why this fucktarded video have 259 507 views .... oops now +1 fml
elguvni 3 months ago
good job submitting a video that simplifies what my notes are saying.
alwayzN4eva91 7 months ago
I like the simplicity, but without the RNA primer on the lagging strand, this is incorrect.
pikubose 9 months ago
I wonder how many who have commented here complained, when learning about addition and subtraction at age 5, or thereabouts, that they should be doing differentiation and integration and trigonometry etc. Baby steps, people, baby steps.
madoogliani 9 months ago
This is good, except for the proteins that join the nucleotides don't make them. They are produced by other proteins. The ones that connect the nucleotides pick them up and snap them in place.
Geek1599 11 months ago
well at least this clarified some things for me. This is only half the info though.
TazmanianDevilDude 1 year ago
wait, what was that about bass?
DeltaA118 1 year ago
This has been flagged as spam show
Recent studies show that positive emotion/thought such as love, joy, greatfulness and etc. effects human DNA by making the strands longer and more perceptive (meaning uncoding the hidden talents such as ESP, precognition, clairvoyance and others), when negative emotion such as fear, anger, despair and etc. makes DNA shrink, therefore limiting human perception a great deal. One has to establish an ongoing positive thought in order for these change to occur.
RUSSKAYAG 1 year ago
to vague
swt2chlk 1 year ago
At least give credits to the maker ..... I know i cannot do this animation and i ve seen better, but come on, its not like he's wrong... Good Job Mr John.. Better animation and explanation next time.. keep it up
LEJOURDEMAMORT 1 year ago
hmmmmmmmm
TheAmelito123 1 year ago
HOPELESSSSSSS
bhoomitripathi1 1 year ago
epic fail
mazas1991 1 year ago
e tem gente que acredita que isto acontece de forma randômica.
é lamentável.
engwaldopereira1 1 year ago
whatthefuckisthisbullshit
PnoyBrandon 1 year ago
this is too advance 4 me
rolexshadow 1 year ago
This video is wrong.
jonathanjohl 1 year ago
This is a good explanation high school introductory biology--perhaps using the name of the enzyme HELICASE instead of saying just "enzyme"--otherwise a good visulaization...
natemanning 1 year ago 3
awesome
IsLikeThat 2 years ago
the explanation is good but it is too superficial, does not mention the enzymes and important details.
MrAlexito19 2 years ago 3
yea im in 9th grade and still this stuff is wayy to simple.......
soccrgirl11254 2 years ago 3
Yeah, about that... it's because they're over simplifying it. They made no mention of lagging and leading strands, and all the specific enzymes that have specific tasks.
Plus, some teachers are very specific, and want details down to the bone. Like 'what is the DNA literally made of?" And you have to explain what kind of sugar it is, that there's a phosphate backbone, etc.
I aced 9th grade biology (perfect 100, plus 10 more for honors), trust me, it's a lot easier than College Bio.
youarepwned 2 years ago
What the hell? No explanation of the leading and lagging strand?
Tonsilloliths 2 years ago 34
thanks i used this to study for a test
VeganVegan1 3 years ago 2
that's a start.. now to move onto something more descriptive!
attu89 3 years ago 2
yea too basic. i need college material stuff! haha . helicase, polymerase I, III, primase, ssbp, topoisomerase
manny1445 3 years ago 49
@manny1445 SAME
dianafeiteira 2 months ago
It's one of the more simple explanations. For beginners like me
livefordamusic 3 years ago 2
Yes, its hard to understand this, when we all see this for the first time its scarry, but then we get used and then we can see way more "realistic" clips.
Staab0 2 years ago 2
Sucks, very vague...
x20Mike07x 3 years ago
nice, but doesn't mention the enzymes e.g. helicase, dna polymerasea and ligase. good still though, thanks :)
Loewenthal1 3 years ago