Postdoctoral Research Associate in Plant Molecular Biology
Applications for this vacancy closed on 28 February 2025 at 12:00PM
The post holder will lead a project investigating how the evolution of self-
fertilization impacts genome and epigenome variation. The selected candidate
will analyze _Capsella_ species representing multiple independent transitions
to selfing to identify common (epi)genomic features associated with this
mating system transition, including host defenses against transposons and
collateral impacts on nearby genes. This project is part of a larger effort in
the Mosher lab in collaboration with the University of Georgia.
The project requires proficiency in genomics and bioinformatic analysis of
high throughput sequence data. Successful applicants will also have a
DPhil/PhD in life sciences and a record of research productivity. Experience
in plant systems is not required, but good communication skills, organization,
and record-keeping are essential. The ideal candidate will be able to work
independently to move a project forward while operating in a collaborative
research environment. The post holder will provide guidance to less
experienced members of the research group, including research assistants,
technicians, and DPhil and project students. It is also expected that this
project will be a launchpad for additional research questions and Prof. Mosher
will support the development of a future independent research program.
The University of Oxford is committed to equality and valuing diversity. All
applicants will be judged on merit, according to the selection criteria.
This post is full-time and available immediately for 2 years.
The closing date for applications is 12.00 noon on Friday 28 February 2025.
Interviews are likely to be held in early March 2025.
fertilization impacts genome and epigenome variation. The selected candidate
will analyze _Capsella_ species representing multiple independent transitions
to selfing to identify common (epi)genomic features associated with this
mating system transition, including host defenses against transposons and
collateral impacts on nearby genes. This project is part of a larger effort in
the Mosher lab in collaboration with the University of Georgia.
The project requires proficiency in genomics and bioinformatic analysis of
high throughput sequence data. Successful applicants will also have a
DPhil/PhD in life sciences and a record of research productivity. Experience
in plant systems is not required, but good communication skills, organization,
and record-keeping are essential. The ideal candidate will be able to work
independently to move a project forward while operating in a collaborative
research environment. The post holder will provide guidance to less
experienced members of the research group, including research assistants,
technicians, and DPhil and project students. It is also expected that this
project will be a launchpad for additional research questions and Prof. Mosher
will support the development of a future independent research program.
The University of Oxford is committed to equality and valuing diversity. All
applicants will be judged on merit, according to the selection criteria.
This post is full-time and available immediately for 2 years.
The closing date for applications is 12.00 noon on Friday 28 February 2025.
Interviews are likely to be held in early March 2025.
dc:spatial |
Department of Biology, South Parks Road, Oxford OX1 3RB
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vacancy:applicationClosingDate |
2025-02-28 12:00:00+00:00
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vacancy:applicationOpeningDate |
2025-01-22 09:00:00+00:00
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vacancy:furtherParticulars | |
vacancy:internalApplicationsOnly |
False
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vacancy:salary | |
type | |
comment |
The post holder will lead a project investigating how the evolution of self-
fertilization impacts genome and epigenome variation. The selected candidate will analyze _Capsella_ species representing multiple independent transitions to selfing to identify common (epi)genomic features associated with this mating system transition, including host defenses against transposons and collateral impacts on nearby genes. This project is part of a larger effort in the Mosher lab in collaboration with the University of Georgia. The project requires proficiency in genomics and bioinformatic analysis of high throughput sequence data. Successful applicants will also have a DPhil/PhD in life sciences and a record ... The post holder will lead a project investigating how the evolution of self-fertilization impacts genome and epigenome variation. The selected candidate will analyze Capsella species representing multiple independent transitions to selfing to identify common (epi)genomic features associated with this mating system transition, including host defenses against transposons and collateral impacts on nearby genes. This project is part of a larger effort in the Mosher lab in collaboration with the University of Georgia. The project requires proficiency in genomics and bioinformatic analysis of high throughput sequence data. Successful applicants will also have a DPhil/PhD in life sciences and a record ... |
label |
Postdoctoral Research Associate in Plant Molecular Biology
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notation |
177797
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based near | |
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