Recent Advances in Parasitomics

Part I: Trypanosomatids.- Deployment Of Amplicon-Based Sequencing Platforms Using Oxford Nanopore Technologies For The Detection And Surveillance Of Trypanosomatids.- Proteomics Of Leishmania Parasites.- Decoding Chagas Disease: What Next-Generation Sequencing Has Taught Us.- Crispr-Cas In Parasites: Advances And Challenges In The Study Of Neglected Tropical Diseases.- Part Ii: Intestinal Parasites.- Blastocystomics.- Where Is Cryptosporidium Population Genomics Going Next - The Challenge And The Promise.- Deep Sequencing Applications For Intestinal Parasite Detection And Differentiation.- Part Iii: Apicomplexans.- Advances In Toxoplasma Functional Genomics.- Toxoplasma Gondii's Endo-Symbionts: An Insight Into Their Genomic Secrets.- Cyclospora Comparative Genomics.- An Overview Of Babesia Species Biology Based On Omics Studies.- Part Iv: Helminths.- From Genes To Worms: A Deep Dive Into Helminth Omics.- Understanding The Extracellular Vesicles In Helminths.- Recent Advances In Parasitomics: Omics In The Study Of Ascariasis.- Part V: Vectors.- Genomics Of Triatominae, The Chagas Disease Vectors.- Studying The Interactions Between Microbiomes And Leishmania Parasites In Sandflies: A Source Of New Targets For Pathogen Control.

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• Microbiologia (não médica)
• Parasitologia médica
• Genética (não médica)

Transcriptomics;Parasite vector;Genomics;Neglected Tropical Diseases;Proteomics;Helminths;Protozoa;Parasite genome;Next-Generation Sequencing ;CRISPR-CAS ;Omics;Deep sequencing;Parasite;SDG 3;Good Health and Well-Being;Sustainable Development Goal