Thank you so mcu for this video I was so confused but the way you broke it down into more easy to understand information made it 100% easier to understand.
I enjoyed the video, in particular I especially like the analogy of the flour, cake and cookie which aptly portrays the definition of pluripotency. The video also concisely summarises the concept of iPSC, looking at its definition, advantages and limitations. However, I still have reservation about using iPSCs to grow a fully functioning organ which replace damaged or failing organ. Well perhaps, this might happen many decades down the road but for now, the research community has made some progress by growing liver buds using iPSCs which means there is still a long to go before a whole, working organ could be synthesized using iPSC. Also, hopefully, in future, when such technology is successful, it would become more accessible for the people, and not just for the privileged.
The way that the video was put together enabled me to understand induced pluripotent stem cells much better. Although it did not list down the minute details, it provides me with an overview that scaffolds my understanding when reading up on this topic. Indeed, the induced pluripotent stem cell seems promising, however, more research needs to be done to understand this complex technique. Such as the exact formula to differentiate these stem cells into functional organs, and possibly, epigenetics issue. Perhaps some ways to improve this video would be to introduce the different types of stem cells, (such as adult stem cells, embryonic stem cells) and make a comparison amongst them.
It's not something to "freak out about", this field of science has only began in 2007, and started to gain traction in 2012. There is an enormous amount of funds being put towards research, both public and private. Science is not something that can be rushed, and does not look the way it does in Hollywood.
There is a mistake in this video: when explaining the risks and limitations of iPSCs you showed an erythrocyte being turned into an iPSC, this is not possible since RBCs do not have a nucleus (since we're not frogs). RBCs are lipid packs filled with hemoglobin, it doesn't need a nucleus
What I always think when people start to worry about custom babies, is that it takes effort and time and thus money to figure out which genes best to edit to change skin/eye/hair color, and even more to figure out how to do it safely of course, so.. who is gonna pay that funding? Who cares about eye color when you can use the same tech to literally cure cancer? Every org in their right mind is gonna want to invest their money into something generally good
All i know is im in severe lower back pain for months now and finally got in to see the spinal surgeon and he wants to fuse my spine !! Shit..after reading the questions and comments on google search ..im like NO WAY..its terrifying..there HAS to be another way..like stem cell replacement
3C:1 Cell differentiation Monohybrid & Dihybrid Crosses - PPT Gene Linkage and Genetic Maps All of our cells contain the same set of chromosomes hence same genes. For example, the gene that codes for the protein insulin is found in all body cells. However, we only find insulin being produced in pancreatic cells, specifically in the islet of Langerhans. Why do you think so? Include the term ‘cell differentiation’ and ‘gene expression’ in your answer. When the stem cells are produced , cell differentiation occurs ,which then causes different types of cells to produce more proteins that are specific to its cell type. The insulin is moreover an example of gene expression as the insulin gene is being expressed specifically in the pancreas. What is meant by housekeeping proteins? They are proteins that are found in the structure of the cell as they are involved in the basic functions of a cell or the set of cells in an organism. Example: proteins that are included in the structural proteins of the membrane and the enzymes needed in cellular respiration Blood type is a trait that is determined by multiple alleles (more than 2 variants). What are the alleles of blood type? Alleles are A, B and O, codes for the antigens on red blood cells. Alleles A and B are codominant, and O is recessive. Look at this figure. Why both antigens A and B are expressed in Group AB? List all the possible genotypes and phenotypes of blood types. Phenotypes Genotypes Blood Group A OA or AA Blood Group B OB or BB Blood Group O OO Blood Group AB AB yBoth A and B are expressed in the
Strict controls would not work. You need a medical board that would evolve the rules as the technology advances. Governments would not be able to manage that properly.
I was very confused before, after this video I have no confusion. Thank you so much
Thank you so mcu for this video I was so confused but the way you broke it down into more easy to understand information made it 100% easier to understand.
This was an awesome video. Concise, clear, and informative.
thakns
I enjoyed the video, in particular I especially like the analogy of the flour, cake and cookie which aptly portrays the definition of pluripotency. The video also concisely summarises the concept of iPSC, looking at its definition, advantages and limitations. However, I still have reservation about using iPSCs to grow a fully functioning organ which replace damaged or failing organ. Well perhaps, this might happen many decades down the road but for now, the research community has made some progress by growing liver buds using iPSCs which means there is still a long to go before a whole, working organ could be synthesized using iPSC. Also, hopefully, in future, when such technology is successful, it would become more accessible for the people, and not just for the privileged.
im not reading your essay.
Thanks for the straight forward explanation and great visualization! Keep up the good work! Proud of Singapore!
I loved your illustrations !!
Amazing video, explained everything but didn’t make it complicated!
Amazing video, explained everything AND didn’t make it complicated!
The way that the video was put together enabled me to understand induced pluripotent stem cells much better. Although it did not list down the minute details, it provides me with an overview that scaffolds my understanding when reading up on this topic.
Indeed, the induced pluripotent stem cell seems promising, however, more research needs to be done to understand this complex technique. Such as the exact formula to differentiate these stem cells into functional organs, and possibly, epigenetics issue.
Perhaps some ways to improve this video would be to introduce the different types of stem cells, (such as adult stem cells, embryonic stem cells) and make a comparison amongst them.
ok i aint reading allat
well done guys
It's a wonderful effort
keep up the good work
thanks
We should be using this a lot more already. The costs of treating diabetes and failing kidneys are huge compared to any cure.
This video was really good, thank you!
np
Nice explanation. Super cool 😍 and super scary 😧
Um, so why is the world not freaking out about this and throwing money at it?
Invest in $FATE and you can.
It's not something to "freak out about", this field of science has only began in 2007, and started to gain traction in 2012. There is an enormous amount of funds being put towards research, both public and private. Science is not something that can be rushed, and does not look the way it does in Hollywood.
@@noahalexander439 oh, I meant freakout as in get extremely excited.
I guess that is a weird way to put it.
i have no money
This is a great video! Good job :)
thanks
despite the good presentation - there's a typo at around 3:31 - should be "diabetes" instead of "daibetes" - thank you!
There is a mistake in this video: when explaining the risks and limitations of iPSCs you showed an erythrocyte being turned into an iPSC, this is not possible since RBCs do not have a nucleus (since we're not frogs). RBCs are lipid packs filled with hemoglobin, it doesn't need a nucleus
What I always think when people start to worry about custom babies, is that it takes effort and time and thus money to figure out which genes best to edit to change skin/eye/hair color, and even more to figure out how to do it safely of course, so.. who is gonna pay that funding? Who cares about eye color when you can use the same tech to literally cure cancer? Every org in their right mind is gonna want to invest their money into something generally good
All i know is im in severe lower back pain for months now and finally got in to see the spinal surgeon and he wants to fuse my spine !! Shit..after reading the questions and comments on google search ..im like NO WAY..its terrifying..there HAS to be another way..like stem cell replacement
that is not how any of this works.
Is this process with iPSCs feasible for say regrowing teeth??!
no
Yes, as I have studied on internet
3C:1 Cell differentiation
Monohybrid & Dihybrid Crosses - PPT
Gene Linkage and Genetic Maps
All of our cells contain the same set of chromosomes hence same genes. For example, the gene that codes for the protein insulin is found in all body cells. However, we only find insulin being produced in pancreatic cells, specifically in the islet of Langerhans. Why do you think so? Include the term ‘cell differentiation’ and ‘gene expression’ in your answer.
When the stem cells are produced , cell differentiation occurs ,which then causes different types of cells to produce more proteins that are specific to its cell type. The insulin is moreover an example of gene expression as the insulin gene is being expressed specifically in the pancreas.
What is meant by housekeeping proteins?
They are proteins that are found in the structure of the cell as they are involved in the basic functions of a cell or the set of cells in an organism.
Example: proteins that are included in the structural proteins of the membrane and the enzymes needed in cellular respiration
Blood type is a trait that is determined by multiple alleles (more than 2 variants). What are the alleles of blood type?
Alleles are A, B and O, codes for the antigens on red blood cells. Alleles A and B are codominant, and O is recessive.
Look at this figure. Why both antigens A and B are expressed in Group AB? List all the possible genotypes and phenotypes of blood types.
Phenotypes
Genotypes
Blood Group A
OA or AA
Blood Group B
OB or BB
Blood Group O
OO
Blood Group AB
AB
yBoth A and B are expressed in the
great info
Strict controls would not work. You need a medical board that would evolve the rules as the technology advances. Governments would not be able to manage that properly.
ty
np
How i can getting full scribt writing in english?
you can't L cry more skill issue
The biggest abuse is neglect
the biggest neglect is your parents neglecting you
Cool! I enjoyed this video ❤
ok and?
Yes, he used that method. I can cured the born girl.. thanks
np
^^
Dna IT specialists great :)
may be someday we can defeat aging who knows 😂😂