Anti-Hemoglobin subunit zeta antibody

Supplementary information

This supplementary information is collated from multiple sources and compiled automatically.

Biological function summary

Hemoglobin subunit zeta plays a role in the formation of embryonic hemoglobin specifically the ζ2ε2 or Gower-1 hemoglobin complex. This complex facilitates the transfer of oxygen from the mother to the developing embryo. The zeta subunit interacts with other globin genes to form early hemoglobin types critical for oxygen transport at this stage. It enables the initial establishment of a functional circulatory system during early development.

Pathways

The Hemoglobin subunit zeta engages in the oxygen transport pathway important to the early stages of embryogenesis. As part of this pathway it directly interacts with epsilon-globin to form the embryonic Gower-1 hemoglobin. This pathway operates in parallel with but distinctly from the fetal hemoglobin pathway involving alpha and gamma globins. These interactions illustrate the complex switch and regulation of globin gene expression that occurs as development progresses.