Krüppel: Difference between revisions

Revision as of 22:18, 1 November 2006

Krüppel is a gap gene which encodes a zinc finger protein with four tandemly repeated zinc finger domains.[1]

Krüppel means, literally, "cripple" in German.

Put into English, it actually controls the development of a zygote early on in its growth, causing a gap in the otherwise heterogeneous arrangement of cells. It also controls access to several other subsequent genes, imposing order on the developing embryo[2] (See Fig. 1 : a Drosophila embryo at the cellular blastoderm stage triple-labeled for three segmentation proteins including Kruppel (green) Hairy (red) and Giant (in blue)).

Fig.1 [3]

See also Kruppel-like factors which have been recently investigated in the heart but are well characterised for their role in carcinogenesis.

This article is uncategorized.

Please help improve this article by adding it to one or more categories, so it may be associated with related articles (how?). Please remove this tag after categorizing, but not before. When categorizing this resource, the green project boxes on the right will guide you to suitable help pages for categorizing by subject, educational level, resource type and completion status. You can also add further categories of your choice.

Lost on Wikademia? Please help by choosing project boxes to classify this resource by:

This genetics article is a stub. You can help Wikipedia by expanding it.

Template:Science-stub

@@ Line 3: / Line 3: @@
 Krüppel means, literally, "cripple" in German.
-Put into English, it actually controls the development of a zygote early on in its growth, causing a gap in the otherwise [[heterogenous]] arrangement of cells. It also controls access to several other subsequent genes, imposing order on the developing embryo[http://www.flybase.org/allied-data/lk/interactive-fly/segment/kruppel1.htm] (See Fig. 1 : a Drosophila embryo at the cellular blastoderm stage triple-labeled for three segmentation proteins including Kruppel (green) Hairy (red) and Giant (in blue)).
+Put into English, it actually controls the development of a zygote early on in its growth, causing a gap in the otherwise [[heterogeneous]] arrangement of cells. It also controls access to several other subsequent genes, imposing order on the developing embryo[http://www.flybase.org/allied-data/lk/interactive-fly/segment/kruppel1.htm] (See Fig. 1 : a Drosophila embryo at the cellular blastoderm stage triple-labeled for three segmentation proteins including Kruppel (green) Hairy (red) and Giant (in blue)).
-Fig.1 [[Image:http://www.bio.davidson.edu/courses/MolBio/fly/embryred.jpeg]]
+Fig.1 [http://www.bio.davidson.edu/courses/MolBio/fly/embryred.jpeg]
 See also [[Kruppel-like factors]] which have been recently investigated in the heart but are well characterised for their role in carcinogenesis.
+{{Uncategorized|November 2006}}
 {{genetics-stub}}
 {{science-stub}}

wikademia>Epolk

Revision as of 22:18, 1 November 2006