Credit – wild-type cyanobacterium species
Microscopy image showing cells of the wild-type cyanobacterium species used in the study. Autofluorescence was pseud-coloured as bright green. Scale bar is 5 micrometers.
Microscopy image showing cells of the wild-type cyanobacterium species used in the study. Autofluorescence was pseud-coloured as bright green. Scale bar is 5 micrometers.
Our Friday Seminar on 4th October at 11:30am is Embryo-endosperm communication in developing seeds: Establishing the boundaries of an ambiguous relationship with Dr. Gwyneth Ingram, ENS de Lyon Location: Merton Auditorium and Zoom Speaker: Gwyneth Ingram, ENS de Lyon Bio: After obtaining a Natural Sciences degree at the University of Cambridge I carried out a Gatsby-funded PhD at the...
Read the storyAs a penultimate year architecture student from the University of Leeds, I never imagined that my journey would lead me to a placement at a world-leading research institute specialising in plant science, genetics and microbiology. Yet, here I am, wrapping up a two-month internship with the Next Generation Infrastructure (NGI) Programme Office at the John...
Read the storyA new initiative has been launched to support and promote the ground-breaking discovery research conducted by the extensive microbiology community at Norwich Research Park
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