Skip to Main Content


Skip Nav Destination


Special Issue: Cell Biology of Host-Pathogen Interactions




Summary: Malaria parasite egress from its host cell is a key step in the life cycle of this important pathogen. The article summarises current knowledge of malarial egress and highlights major questions in the field.


Summary:Trypanosoma cruzi, the causative agent of Chagas disease, subverts cell signaling mechanisms to survive in the host. Here, we explain the various cellular mechanisms that T. cruzi hijacks.

Summary: This Review focuses on the structure of 3C and the molecular mechanisms through which it executes both viral and host physiological processes.

Summary: This Review at the intersection of membrane trafficking and virology discusses how viruses hijack the organisation and function of cellular membranes to accomplish their replication, assembly and egress.

Summary: This Review discusses the selection and use of various epithelial cell culture methods and microscopy techniques that can be used to image host–pathogen interactions in vitro.

Summary: This Review highlights diverse strategies through which cellular metabolic processes are rewired to execute defense against microbes.

Summary: A review on the versatile regulations of vimentin in the key steps during the infection of various viruses, including binding, entry, trafficking, replication, assembly, and egress.

Summary: A review on the important role of non-coding RNAs in the interaction between vertebrate host cells, arthropod vectors and vector-borne pathogens.

Summary: A review of common mechanisms of how intracellular pathogens escape from the lumen of vacuoles in infected host cells. A new mechanism based on oxidation of vacuolar membranes is proposed.


Summary: Remodeling of incipient septin structures within fungal infection cells requires the pressure-dependent formation of a contractile F-actin ring and is promoted by the actin-modulating protein coronin.

Summary: The placenta-specific microRNA miR-517a attenuates viral infection. Here we have identified that miR-517a directly targets UNC13D as a part of its antiviral function.

Summary: High-content real-time imaging of L. amazonensis-infected pyroptotic macrophages reveals surface exposure of virulent amastigotes that are retained through attachment to the parasitophorous vacuole membrane.


Summary: TAP110 is a novel mitochondrial genome segregation factor in Trypanosoma brucei that associates with the previously described TAC component TAC102. Ultrastructure expansion microscopy reveals its proximal position to the kDNA.

Summary: CRAMP is a critical component in autophagy-mediated clearance of phagocytosed E. coli by mouse macrophages.

Summary: Characterization of the molecular and ultrastructural pathological effects of Encephalitozoon intestinalis infection in human intestinal epithelial cells.

Summary: Interactions between human neonatal low-density granulocytes and bacteria drive production of extracellular DNA that impairs clearance of bacteria by monocytes and may compromise protective immunity.

Summary:Leishmania donovani redirects macrophage–T cell crosstalk to maintain anti-inflammatory cytokine response via the Jagged–Notch signaling pathway, resulting in immunosuppression during experimental visceral leishmaniasis.

Summary: Development of a novel, enhanced Staphylococcus aureus infection model through humanisation of zebrafish enabled us to show the important contribution of S. aureus virulence factors PVL and HlgCB to infection.

Summary: BPIFB3 is a regulator of a non-canonical cellular autophagy pathway that impacts the replication of enteroviruses and flaviviruses. Here, we define ARFGAP1 and TMED9 as essential components of this pathway.

Summary: Analysis of the interaction between MakA and mammalian host cells reveals that the Vibrio cholerae cytotoxin MakA induces endolysosomal aggregate formation in host cells to modulate autophagy.

Summary: Interaction of borreliae with human macrophages is visualized by high-resolution tomography, revealing the contribution of membrane tunnels, phagosomes and ER to intracellular processing of spirochetes.

Summary: The mechanisms dictating CMV reactivation from latency are incompletely understood. Here, we show the viral-encoded GPCR pUL33 is involved in CREB activation, thus aiding in successful reactivation.

Summary: Crosstalk between endophilin-A2 and caveolin-1, proteins implicated in clathrin-independent endocytosis, regulates a tubular endocytic pathway important for plasma membrane repair and trypanosome invasion.

Summary: Following phagosome membrane damage, Mycobacterium tuberculosis induces the formation of, and escapes from, tubulovesicular autophagosomes in human induced pluripotent stem cell-derived macrophages.


Summary: Single-cell and single-transcript analyses indicate that the cell cycle state at the time of infection tunes the cell-to-cell variability of immediate early gene transcription of human adenovirus.

Summary: Foot-and-mouth disease virus infection induces ER stress and the PERK-mediated UPR, which activates autophagic flux to promote virus multiplication by affecting antiviral interferon production.

Summary: Through ribosome isolation and mass spectrometry approaches, we characterize novel modifications to ribosomal proteins during poxvirus infection.

Summary: Dynamic localisation of the NDC80 protein complex, a kinetochore marker, during proliferative stages of the malaria parasite life cycle reveals unique modes of chromosome segregation.


Summary: PTP1B specifically promotes the secretion of type I IFNs independently of its phosphatase activity, but requiring its proper localization to the ER membrane.

Summary: The parasite T. gondii hijacks the Ras–Erk, Met and Ca2+ signaling machinery to control the migration of immune cells and promote its own dissemination.

Summary: Biochemical, computational, reverse genetic and biophysical approaches show that a divergent motif of profilin has a role in Plasmodium sporozoite migration, which is important for malaria transmission.


Summary: 3D endometrial organoids are used to model Chlamydia infection and the role of secreted virulence factors in reprogramming host epithelial cells and immune cell recruitment.

Close Modal

or Create an Account

Close Modal
Close Modal