Stealing is the Deal: Parasites that grow within animal cells use a family of transport proteins to take nucleotides, the building blocks of DNA, from their hosts.

Peter Major, Kacper Sendra, Paul Dean, Tom A. Williams, Andrew K Watson, David T Thwaites, T. Martin Embley, Robert P. Hirt

Research output: Contribution to journalComment/debate

Abstract

Microsporidia are a group of microscopic parasites that spend part of their lives inside the cells of a broad range of animal hosts, including humans. These parasites are considered to be related to fungi, some of which also live within the cells of other species and are known as fungal endoparasites. One of the shared characteristics of these parasites is that they cannot make nucleotides, molecules that are both the main source of energy of the cell and also the building blocks of DNA. Instead, they take nucleotides, or the materials needed to make nucleotides, from their host cells. Once Microsporidia have depleted a host cell, they turn into spores that can survive outside the host until they invade a new cell, starting the cycle anew.
Original languageEnglish
JournaleLife
Publication statusPublished - 19 Aug 2019

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Theft
Carrier Proteins
Parasites
Animals
Nucleotides
Cells
Microsporidia
DNA
Fungi
Host Specificity
Molecules
Spores
Cell Cycle

Cite this

Major, Peter ; Sendra, Kacper ; Dean, Paul ; Williams, Tom A. ; Watson, Andrew K ; Thwaites, David T ; Embley, T. Martin ; Hirt, Robert P. / Stealing is the Deal : Parasites that grow within animal cells use a family of transport proteins to take nucleotides, the building blocks of DNA, from their hosts. In: eLife. 2019.
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abstract = "Microsporidia are a group of microscopic parasites that spend part of their lives inside the cells of a broad range of animal hosts, including humans. These parasites are considered to be related to fungi, some of which also live within the cells of other species and are known as fungal endoparasites. One of the shared characteristics of these parasites is that they cannot make nucleotides, molecules that are both the main source of energy of the cell and also the building blocks of DNA. Instead, they take nucleotides, or the materials needed to make nucleotides, from their host cells. Once Microsporidia have depleted a host cell, they turn into spores that can survive outside the host until they invade a new cell, starting the cycle anew.",
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Stealing is the Deal : Parasites that grow within animal cells use a family of transport proteins to take nucleotides, the building blocks of DNA, from their hosts. / Major, Peter; Sendra, Kacper; Dean, Paul; Williams, Tom A.; Watson, Andrew K; Thwaites, David T; Embley, T. Martin; Hirt, Robert P.

In: eLife, 19.08.2019.

Research output: Contribution to journalComment/debate

TY - JOUR

T1 - Stealing is the Deal

T2 - Parasites that grow within animal cells use a family of transport proteins to take nucleotides, the building blocks of DNA, from their hosts.

AU - Major, Peter

AU - Sendra, Kacper

AU - Dean, Paul

AU - Williams, Tom A.

AU - Watson, Andrew K

AU - Thwaites, David T

AU - Embley, T. Martin

AU - Hirt, Robert P.

PY - 2019/8/19

Y1 - 2019/8/19

N2 - Microsporidia are a group of microscopic parasites that spend part of their lives inside the cells of a broad range of animal hosts, including humans. These parasites are considered to be related to fungi, some of which also live within the cells of other species and are known as fungal endoparasites. One of the shared characteristics of these parasites is that they cannot make nucleotides, molecules that are both the main source of energy of the cell and also the building blocks of DNA. Instead, they take nucleotides, or the materials needed to make nucleotides, from their host cells. Once Microsporidia have depleted a host cell, they turn into spores that can survive outside the host until they invade a new cell, starting the cycle anew.

AB - Microsporidia are a group of microscopic parasites that spend part of their lives inside the cells of a broad range of animal hosts, including humans. These parasites are considered to be related to fungi, some of which also live within the cells of other species and are known as fungal endoparasites. One of the shared characteristics of these parasites is that they cannot make nucleotides, molecules that are both the main source of energy of the cell and also the building blocks of DNA. Instead, they take nucleotides, or the materials needed to make nucleotides, from their host cells. Once Microsporidia have depleted a host cell, they turn into spores that can survive outside the host until they invade a new cell, starting the cycle anew.

M3 - Comment/debate

JO - eLife

JF - eLife

SN - 2050-084X

ER -