Transcriptome and Proteome analysis ofHemidactylus frenatusduring initial stages of tail regeneration

Abstract

tissue regeneration are Cell morphology, embryonic development and skin development (Figure 3b) involving 26 genes/proteins of the study such as DSC1, DSC2, GPI, DSP and keratin proteins. Similarly, 25 genes/proteins, such as ADRM1, APOA1, ASPH, ATP2A1 were associated with Cellular assembly and organization (Figure 3c). Organ and organismal development network pathway (Figure 3d) were associated with 28 genes/proteins such as ACTC1, ACTG1, BIN1, CAPZA2 and CAPZB. Skeletal and muscular system development network pathway (Figure 3e) was associated with 25 genes/proteins such asCBR1, DLX3,EEF1B2 and DLX3. This study has identified and associated various genes/proteins and their network pathways for the tail tissue regeneration of lizard which were also found to be associated with epimorphic regeneration of organs in other animals as in zebrafish [27] and echinoderms [28]. Further understanding of the differential expressed genes/proteins and their regulation might lead to better insight in understanding the regenation of the gecko tail.