They encode transcription factors that control the expression of multiple developmental gene batteries.
In low-income countries young children are exposed to multiple developmental risk factors including poverty, malnutrition, poor stimulation at home, and lack of care that adversely affect the ability to reach their developmental potential [ 6].
Children's development is affected by the interplay of internal and external factors and changes in one factor can precipitate changes in multiple developmental domains.
PAX6 is a transcription factor that is involved in multiple developmental pathways and is expressed early in the development of the eye, numerous regions of the brain and the pancreas (14).
The Hippo pathway receives inputs from multiple developmental pathways and interacts with many tissue-specific transcription factors, but how genes in the pathway have evolved remains inadequately revealed.
We calculated the overlap of the top 1,000 peaks of four of the factors (CBP, H3K4Me1, H3K4Me3, and H3K27Me3) across multiple developmental stages.
Building on this result, we analysed expression levels of YUC transcripts in wild-type and hec1,2,3 mutant inflorescences and gynoecia at multiple developmental stages to identify potential regulatory interaction between the HEC factors and YUC genes.
The coordinated multiple developmental stages can be affected by many genetic, biological, and environmental factors [ 3].
Microarray analysis showed up-regulation of multiple developmental genes such as Bmp8b, Grem1, Mmp12, Sema3c, Sema4c and Sema6c and transcription factors (TFs)- Gli2, Foxo1, Foxp2, Hoxb8, Pou2f1 and Zbtb32 at E17.5 in Pkd1 -/- mutant kidneys compared to WT.
Heparan sulfate proteoglycan (HSPG) binds many ECM molecules, growth factors, and cell surface receptors via HS chains, and HSPG has multiple developmental and physiological functions [ 12].
