Nik Morton (@nikmorton2) 's Twitter Profile
Nik Morton

@nikmorton2

ID: 1458118626922336256

calendar_today09-11-2021 17:06:18

7 Tweet

21 Followers

37 Following

Nik Morton (@nikmorton2) 's Twitter Profile Photo

Join our newly formed and growing team investigating brain mechanisms driving metabolic rate. Fully funded (Uk) Phd now availabe with Nik and @rebeccyannie NTU Metabolic Health NTU Metabolic Resilience Group ntu.ac.uk/study-and-cour…

David Negus (@dp_negus) 's Twitter Profile Photo

Very pleased to announce that our review (Sourav Kumar Das ) on how Gram-negative bacteria escape predation by Bdellovibrio bacteriovorus is now published in npj Antimicrobials and Resistance check it out if you're interested in predatory bacteria! nature.com/articles/s4425…

Colin Selman (@colinselman1) 's Twitter Profile Photo

The dietary exposome: a brief history of diet, longevity, and age-related health in rodents is now out in Clinical Science. doi.org/10.1042/CS2024…

The dietary exposome: a brief history of diet, longevity, and age-related health in rodents is now out in Clinical Science. 
doi.org/10.1042/CS2024…
Sakamoto Lab (@labsakamoto) 's Twitter Profile Photo

New protocol paper from the lab for muscle fibre typing in whole lower mouse hindlimbs. Spearheaded by former visiting researcher in our group Ed Battey ,supported by postdoc Dipsikha Biswas 🇵🇸🇺🇦🌻 & in collaboration with Pascal Maire & Matthew Dos Santos. star-protocols.cell.com/protocols/3824

NTU Metabolic Health (@ntu_metabolism) 's Twitter Profile Photo

Alexander Wilson-Slomkowski joined the NTU Metabolic Resilience Group at #SHIMR_NTU as a #PhD student in Oct 2024. At #STAR2025 #conference, he presented his research, which utilises a pre-clinical model of divergent #metabolic rate to uncover #hypothalamic targets for #MetabolicHealth #NTUMetabolic

Alexander Wilson-Slomkowski joined the <a href="/NTUMetRes/">NTU Metabolic Resilience Group</a> at #SHIMR_NTU as a #PhD student in Oct 2024. At #STAR2025 #conference, he presented his research, which utilises a pre-clinical model of divergent #metabolic rate to uncover #hypothalamic targets for #MetabolicHealth
#NTUMetabolic