Apicomplexan parasites, such as human malaria parasites, have complex lifecycles encompassing
multiple and diverse environmental niches. Invading, replicating, and escaping from …

… for harvesting malaria parasites at multiple timepoints/ lifecycle stages (Liffner & Absalon,
2021), along with the testing of a wide number of marker antibodies and chemical dyes (Liffner …

… (b) U- ExM workflow used in this study. PFA = paraformaldehyde, FA = formaldehyde, AA =
acrylamide, PG = propyl gallate. Snowflake indicates steps where gels were cryopreserved. …

… Given that each of the microtubule structures could be distinguished from each other
using U-ExM (Figure 1b), we used this technique to study microtubule formation in MCMBP-…

… (B) Line plot showing smoothed conditional means of log 2 FPKM stevor gene expression
values as calculated with the LOESS smoothing method, including their 0.95 confidence …

… b The amino acid sequence of PfCERLI1 was compared against Plasmodium spp. … that
amplify only WT Pfcerli1 locus (primer A and B) or primers that amplify only integrated Pfcerli1 …

Parasites of the genus Plasmodium cause human and animal malaria, leading to significant
health and economic impacts. A key aspect of the complex life cycle of Plasmodium …

… The overall monomeric structure of PfLCN reveals the classic lipocalin fold with a b-barrel
calyx core consisting of eight hydrogen-bonded anti-parallel b strands and an N-terminal a he…

… b Schematic of drug washout treatment scheme to assess azithromycin’s quick-killing
stage of activity. Early ring-stage parasites (0–4 hrs post-invasion) were aliquoted to a 96-well …

… Arrows (P1–P4) are indicating position of oligonucleotides used for B. (B) PCR analysis of
the rendered genomic locus using primers as shown in the schema using gDNA of 3D7 wild …