Javascript must be enabled to continue!
Lipids of Archaeal Viruses
View through CrossRef
Archaeal viruses represent one of the least known territory of the viral universe and even less is known about their lipids. Based on the current knowledge, however, it seems that, as in other viruses, archaeal viral lipids are mostly incorporated into membranes that reside either as outer envelopes or membranes inside an icosahedral capsid. Mechanisms for the membrane acquisition seem to be similar to those of viruses infecting other host organisms. There are indications that also some proteins of archaeal viruses are lipid modified. Further studies on the characterization of lipids in archaeal viruses as well as on their role in virion assembly and infectivity require not only highly purified viral material but also, for example, constant evaluation of the adaptability of emerging technologies for their analysis. Biological membranes contain proteins and membranes of archaeal viruses are not an exception. Archaeal viruses as relatively simple systems can be used as excellent tools for studying the lipid protein interactions in archaeal membranes.
Title: Lipids of Archaeal Viruses
Description:
Archaeal viruses represent one of the least known territory of the viral universe and even less is known about their lipids.
Based on the current knowledge, however, it seems that, as in other viruses, archaeal viral lipids are mostly incorporated into membranes that reside either as outer envelopes or membranes inside an icosahedral capsid.
Mechanisms for the membrane acquisition seem to be similar to those of viruses infecting other host organisms.
There are indications that also some proteins of archaeal viruses are lipid modified.
Further studies on the characterization of lipids in archaeal viruses as well as on their role in virion assembly and infectivity require not only highly purified viral material but also, for example, constant evaluation of the adaptability of emerging technologies for their analysis.
Biological membranes contain proteins and membranes of archaeal viruses are not an exception.
Archaeal viruses as relatively simple systems can be used as excellent tools for studying the lipid protein interactions in archaeal membranes.
Related Results
Archaeal communities in natural and artificially restored mangrove sediments in Tieshan Bay, China
Archaeal communities in natural and artificially restored mangrove sediments in Tieshan Bay, China
Mangrove forests are crucial wetland ecosystems located in tropical and subtropical intertidal zones, but they have become extensively degraded. As a viable ecological restoration ...
Characterisation and zoonotic risk of tick viruses in public datasets
Characterisation and zoonotic risk of tick viruses in public datasets
AbstractTick-borne viruses remain a substantial zoonotic risk worldwide, so knowledge of the diversity of tick viruses has potential health consequences. Despite their importance, ...
Extremely halophilic archaeal communities are resilient to short‐term entombment in halite
Extremely halophilic archaeal communities are resilient to short‐term entombment in halite
SummarySome haloarchaea avoid the harsh conditions present in evaporating brines by entombment in brine inclusions within forming halite crystals, where a subset of haloarchaea sur...
Archaeal tyrosine recombinases
Archaeal tyrosine recombinases
ABSTRACTThe integration of mobile genetic elements into their host chromosome influences the immediate fate of cellular organisms and gradually shapes their evolution. Site-specifi...
Decoding the chemical language of RiPPs from the untapped Archaea domain
Decoding the chemical language of RiPPs from the untapped Archaea domain
AbstractChemical communication is crucial in ecosystems with complex microbial communities. However, the difficulties inherent to the cultivation of archaea have led to a limited u...
Characteristics of the rumen virome in Japanese cattle
Characteristics of the rumen virome in Japanese cattle
AbstractThe rumen microbiome is a highly complex ecosystem that includes bacteria, archaea, protozoa, fungi, and viruses. Viruses have a high potential to modify the rumen digestio...
Characterisation of putative novel tick viruses and zoonotic risk prediction
Characterisation of putative novel tick viruses and zoonotic risk prediction
AbstractTick‐associated viruses remain a substantial zoonotic risk worldwide, so knowledge of the diversity of tick viruses has potential health consequences. Despite their importa...
Studies on the Isolation of Lipids from Mangrove Isolated Cyanobacterial Species
Studies on the Isolation of Lipids from Mangrove Isolated Cyanobacterial Species
Cyanobacteria are an important source of food and a primary producer of the aquatic food chains. Cyanobacteria are universally photosynthetic, with a higher plant type of photosynt...

