Our research represents the first step to understanding what sequence is contained in the closed circular extrachromosomal ribosomal DNA containing element, or CERE, are critical in permitting replication of the CERE. As well as understanding the DNA replication machinery of the CERE. This protocol addresses gaps in understanding how the CERE propagates a naegleria gruberi, and what components of the CERE are necessary for effective propagation.
Our protocol offers a minimalistic method of transecting naegleria, aiming to reduce procedures that may disturb the cell. It thereby addresses how the CERE propagates in naegleria gruberi, and what components of the CERE are necessary for effective propagation. We have established that the species of naegleria that contain unique CERE that varies in both sequence length and nucleotide composition.
We look to provide the groundwork for analyzing the molecular dynamics of the CERE for species within the naegleria genus. Our results have paved the way for questions regarding what components are necessary for CERE replication. And whether the ORI can be utilized for the propagation of foreign constructs in naegleria species.
We aim to advance our research further by branching out into other species of the naegleria genus, and providing answers regarding CERE transfection at an intra-species level.
