We previously identified, through microarray screens, several markers for fibrous tissues in the axial skeleton including Scx, Fmod, and Adamtsl2. These markers are enriched in the putative AF and regulated by TGF-β in sclerotome18. Here we further analyzed the timing of TGF-β-mediated induct...
Which bone in the axial skeleton has a ramus? Describe the structure of compact and cancellous (spongy) bone. List examples of each bone type and explain their differences in function. Identify the labeled bones in the diagram. Identify the bone names or marking given their descri...
To investigate whether Pbx1 and Pbx2 have roles in the developing primaxial and abaxial skeleton, compound Pbx1/Pbx2 mutants were generated (see Materials and methods). Skeletal and/or soft tissue abnormalities were evident only in Pbx1−/−;Pbx2+/+, Pbx1−/−;Pbx2+/−, and Pbx...
Axial Skeleton | Definition, Bones & Function from Chapter 17 / Lesson 4 104K Learn the parts of the axial skeleton, including the definition of axial skeleton bones. Discover what makes up the axial skeleton with a skeletal diagram. Related...
Figure 2c shows an example of SIMPLER–DNA-PAINT to deliver 3D images of the regular arrangement of β2-spectrin in the membrane-associated periodic skeleton (MPS) of neuronal axons. Whereas the top view image in Figure 2c clearly shows the MPS characteristic period of 190 nm, the 3D ...
A 30-min exposure to EdU before fixation labeled cells actively synthesizing DNA. This method revealed surprisingly stable domains of cell cycling in the larvae (Figs. 6 and 7). Fig. 6 Cells synchronized in S phase in newest segment while the anterior growth zone has few cells in S phase....
Additional features observed in Iqce knockout mouse including metabolism, behavior, skeleton, immune system, eyes and cardiovascular system abnormalities, that were missing in our family.22,23 In the knockout mice, the gene Iqce was com- pletely removed leading to different phenotypes than those ...