Harrison Lab

Research laboratory focused on arbuscular mycorrhizal symbioses (endosymbiotic associations of plants and arbuscular mycorrhizal fungi)

[Harrison Lab @arb_myc]

Postdoc position - microbial communities associated with mycorrhizal fungi.
Interested in the complexities of microbe - AM fungi interactions? Join us to investigate spatial organization and functions of microbial communities.
https://t.co/Zjn8THW8ME

[Harrison Lab @arb_myc]

Postdoc positions available to join a team studying the molecular basis of AM symbiosis. Details available
https://t.co/S3FUbo3lOb

[Harrison Lab @arb_myc]

Twitter neophyte failed to add the DOI!
https://t.co/yxdz8VzZD9

[Harrison Lab @arb_myc]

New in @sciencemagazine. Two members of a cyclin-dependent-like (CKL) kinase family regulate part of the lipid provisioning program in AM symbiosis.

[Harrison Lab @arb_myc]

New in @sciencemagazine. Two members of a cyclin-dependent-like (CKL) kinase family regulate part of the lipid provisioning program in AM symbiosis.

[Harrison Lab @arb_myc]

Medicago truncatula cell biology resources. @MPMI. https://t.co/iZcmedIVF4.
Credits to Sergey Ivanov and Dierdra A. Daniels.

[Harrison Lab @arb_myc]

Curious about Vapyrin and intracellular accommodation of AM fungi? Read more about it. @NatureComms. https://t.co/c8ivBJwtFw. Credits to Penelope Lindsay @penlindsay, Sergey Ivanov, Nathan Pumplin and Xinchun Zhang

[Harrison Lab @arb_myc]

Thanks to all co-authors including @lena_m_mueller. Great to collaborate with Wayne Versaw (TAMU) again. (2/2)

[Harrison Lab @arb_myc]

Newly accepted article @NewPhyt. Shiqi Zhang @ShiqiZhang186 uses FRET sensors to reveal spatiotemporal variation in cellular phosphate content in mycorrhizal roots. https://t.co/esv1uRhK4l
#mycorrhizal #fungi #phosphate #image (1/2)

[Boyce Thompson Inst @BTIscience]

Postdoctoral position available in BTI's Harrison lab studying the association of plants and arbuscular mycorrhiza (AM) fungi.

Learn more/apply: https://t.co/jvEcvpWNwg

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