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A 3D projection of Arabidopsis flowers

A 3D projection of Arabidopsis flowers where single cell nuclei have been extracted and coloured by expression levels of ATML1 (H. Meyer).

Cell walls of a Sargassum muticum

 
Meristem

 
Pamela Silver

 
Crossing Kingdoms Logo

 
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Patrick Dickinson

 
Plant heat stress signalling graphic

 
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Vaterite Hydathodes

 
Saxifraga Leaf Margin

 
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Liverwort close-up

Liverwort close-up

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Liverwort close-up

Liverwort-infected-by-phytophthora

Marchantia polymorpha (liverwort) infected with Phytophthora palmivora.

Liverwort not infected

Marchantia polymorpha (liverwort) not infected.

Liverwort thallus cut through to reveal pathogen

Cut through Marchantia thallus to reveal that the pathogen is limited to the top photosynthetic layer.

Marchantia infected with Phytophthora infection

Cut through Marchantia thallus to reveal that the pathogen is limited to the top photosynthetic layer

Plates of Marchantia showing healthy and infected plants

Plates of Marchantia showing healthy and infected plants

Phytophthora hyphae across top of liverwort

Phytophthora palmivora hyphae growing within air chambers in photosynthetic layer of Marchantia polymorpha (liverwort)

Phytophthora growing across thallus of Marchantia

Phytophthora palmivora hyphae growing across thallus of Marchantia polymorpha (liverwort)

Correlation between cell size and cell nuclei size in plant stem cells

The Jönsson group previously showed a correlation between cell size and cell nuclei size in plant stem cells - Top left: shoot stem cells where the membranes are marked in red and nuclei are marked in green. Top right: plot showing the size relation between cells and cell nuclei in the stem cell region [modified from Willis et al PNAS (2016)]. In this project an interdisciplinary approach will be used to investigate the connection between cell shapes, nuclear deformations and genetic activity – Bottom right: a cell removed from the tissue can be used for biophysical perturbations, microtubules are marked in green and the nuclei in purple (Formosa-Jordan, Wang, Jönsson, unpublished). Bottom right: mechanical stress patterns predicted during the initial outgrowth of a root hair from a finite element model simulation [from Krupinski et al Front Plant Sci (2016)]. A challenge of the project will be to integrate this type of model to include an effect on cell nuclei.

Matias Zurbriggen

 
Edwige-Moyroud-May-2018

Edwige Moyroud

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Edwige Moyroud

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Edwige Moyroud

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Anna Gogleva portrait (square)

 
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Anna Gogleva & Hajk-Georg Drost-1-banner

 
Anna Gogleva & Hajk-Georg Drost-1-web

 
Athena SWAN montage

 
Circadian cell division diagram

 
Circadian cell division graphs

 
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Strigolactone-Fabrizio-Ticchiarelli

 
PEAR1-protein moving out of phloem

PEAR1 protein moving out of phloem cell file

Phloem organises prcambium

Young phloem organises the growth of procambium

cambium-pattern

 

Coronavirus

 

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University of Cambridge Guidance 

 

We would like to thank NHS staff, key workers and volunteers who are working tirelessly throughout the ongoing coronavirus pandemic in the UK. Our thoughts are with those whose health is impacted here in the UK and around the world.

 

 

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RSS Feed Latest news

Giles Oldroyd elected as member of EMBO

Jul 10, 2020

Professor Giles Oldroyd is among 63 other scientists from around the world elected this year as Members and Associate Members of the European Molecular Biology Organisation (EMBO).

Cells in tight spaces – how the cytoskeleton responds to different cell geometries

Jul 09, 2020

Inside every living cell, there is a network of protein filaments providing an interior scaffold controlling the cell’s shape called the cytoskeleton. Research from the Sainsbury Laboratory Cambridge University (SLCU) suggests that this relationship might actually be two-way, with cell geometry itself having the capacity to influence the organisation of the cytoskeleton in living plant cells.

Professor Dame Ottoline Leyser appointed as new CEO of UKRI

May 14, 2020

Professor Dame Ottoline Leyser DBE FRS, Director of the Sainsbury Laboratory at the University of Cambridge, has been appointed the new Chief Executive Officer of UK Research and Innovation (UKRI), the national funding agency investing in science and research in the UK.

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