You may read the previous posting (Part 1):
- The Rainbow Before Evening : Knock Out to Understand Human Diseases – Part 1 – Science 14
The knockout will result in disrupt of targeted gene. Since mouse is closely related to humans, thus, it is favorite animal for knockout experiments, especially with regard to genetic questions that relate to human physiology.
At the firt Image (Please see Part 1: Knock Out to Understand Human Diseases – Part 1 – Science 14), we can see how to target gene.
The introduce specific gene modification in mice by the use of embryonic stem (ES) cell, then produced knockout animal (mice).
As described by Hansson (2007: ADVANCED INFORMATION. Gene modification in mice.) that knockout have become absolutely important in medical research.
Then, through targeting (removing) a specific gene, we can find out what happens once it is gone.
It is lead to new understanding of normal development and disease processes, then identified new avenues for medical therapy which benefits to human being in the near future.
Just to let you know that Hansson, GK was the Nobel Prize winner in Physiology or Medicine 2007
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Muy interesante tu entrada de ciencia.
ReplyDeleteImportante lo que nos cuentas. Un beso.
ReplyDeleteMuy interesante y muy didáctico.
ReplyDeleteGracias.
It's nice to learn something new. Thanks for sharing!
ReplyDeleteThanks to visit my blog-
DeleteKnock Out to Understand Human Diseases – Part 2 – Science 14
-
Image 1- chrysanthemums
The knockout will result in disrupt of targeted gene. Since mouse is closely related to humans, thus, it is favorite animal for knockout experiments, especially with regard to genetic questions that relate to human physiology.
At the firt Image (Please see Part 1: Knock Out to Understand Human Diseases – Part 1 – Science 14), we can see how to target gene.
The introduce specific gene modification in mice by the use of embryonic stem (ES) cell, then produced knockout animal (mice).
Interessante publicação. Obrigada!!
ReplyDelete-
Pode chover sobre o tapete elegante
Beijos, e uma excelente semana.
this is very interesting inf about this gene
ReplyDeleteThanks to visit my blog-
DeleteKnock Out to Understand Human Diseases – Part 2 – Science 14
-
Image 3- Banana, illustration only
As described by Hansson (2007: ADVANCED INFORMATION. Gene modification in mice.) that knockout have become absolutely important in medical research.
Then, through targeting (removing) a specific gene, we can find out what happens once it is gone.
It is lead to new understanding of normal development and disease processes, then identified new avenues for medical therapy which benefits to human being in the near future.
Just to let you know that Hansson, GK was the Nobel Prize winner in Physiology or Medicine 2007
# Previous postings:
- Why are We Getting Obese Nowadays? - Part 1 – Healthy Life 20
- Diet of Rose breasted grosbeak in Nature – Nature 25
- The Rainbow Before Evening : Tea Made of Hibiscus Flowers
- Have You Tried to Consume Any Forms of Coconut Products?
Hi (｡･ω･｡)ﾉ♡
ReplyDeleteIt is a very informative post. Thanks for sharing it!
Uma ótima publicação, obrigada pela partilha!
ReplyDeleteFeliz noite e dia de São João.
Beijos
Thanks to visit my blog-
DeleteKnock Out to Understand Human Diseases – Part 2 – Science 14
-
You may read the previous posting (Part 1):
- The Rainbow Before Evening : Knock Out to Understand Human Diseases – Part 1 – Science 14
Se
ReplyDeleteSempre molto interessante leggerti, grazie!!!
Interesting post.
ReplyDeleteThanks to visit my blog-
DeleteKnock Out to Understand Human Diseases – Part 2 – Science 14
-
Image 1- chrysanthemums
The knockout will result in disrupt of targeted gene. Since mouse is closely related to humans, thus, it is favorite animal for knockout experiments, especially with regard to genetic questions that relate to human physiology.
At the firt Image (Please see Part 1: Knock Out to Understand Human Diseases – Part 1 – Science 14), we can see how to target gene.
The introduce specific gene modification in mice by the use of embryonic stem (ES) cell, then produced knockout animal (mice).