Quantitative analysis processes have been used to gain insight into the expression of proteins and phosphoproteins during larval metamorphosis.
In a study published by Proteome Science, and undertaken by KAUST Global Collaborative Research, the team sought to identify what promotes the spontaneous metamorphosis of the polychaete Capitella sp. I larvae into juveniles.
This change involves segment formation, body elongation and loss of cilia.
The team used two-dimensional gel electrophoresis (2-DE) followed by multiplex fluorescent staining and MALDI-TOF mass spectrometry analysis to identify the proteins, protein profiles and phosphoprotein profiles of both competent larvae and juveniles.
As a result, they found 23 differently expressed proteins in the two developmental stages, with those related to cell division, cell migration, energy storage and oxidative stress found to be plentiful in larvae while oxidative metabolism and transcriptional regulation proteins were more abundant in juveniles.
"It is likely that these differentially expressed proteins are involved in regulating the larval metamorphosis process and can be used as protein markers for studying molecular mechanisms associated with larval metamorphosis in polychaetes," the report claimed.
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