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Fig. 3. Expression patterns of p16Xic2 and p17Xic3 during Xenopus development. (A) Semiquantitative RT-PCR analysis of p16Xic2 and p17Xic3 during Xenopus development. cDNAs were made from total mRNAs isolated from the corresponding stages. After determination of the best conditions for semiquantitative analysis, RT-PCR was performed. ODC was used as a control. (B–J) Whole mount in situ hybridization of p16Xic2. (B) stage 7; (C) anterior view, stage 18; (D) lateral view, stage 23; (E) dorsal view, stage 23; (F) anterior view, stage 25; (G) lateral view, stage 25; (H) lateral view, stage 29/30; (I) lateral view, stage 32; (J) a section of retina at stage 32; (K) whole mount in situ hybridization of p17Xic3 at stage 33.

Image published in: Daniels M et al. (2004)

Copyright © 2004. Image reproduced with permission of the Publisher, Elsevier B. V.

GeneSynonymsSpeciesStage(s)Tissue
cdkn1a.Lcip1, p16Xic2, p21X. laevisSometime during NF stage 18 to NF stage 25cement gland
cement gland primordium
somite
cdkn1a.Lcip1, p16Xic2, p21X. laevisThroughout NF stage 32lens
somite
lens placode
tail bud
caudal presomitic mesoderm
presomitic mesoderm
cdkn1b.Scdkn4, kip1, LOC108710741, LOC492306, men1b, men4, p16Xic3, p17Xic3, p27kip1X. laevisThroughout NF stage 33 and 34head
brain
forebrain
midbrain
cdkn1a.Lcip1, p16Xic2, p21X. laevisThroughout NF stage 7animal hemisphere

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