Dalton Ngu (@dalton_ngu) 's Twitter Profile
Dalton Ngu

@dalton_ngu

Postdoctoral Research Fellow, Kobe Lab, University of Queensland

ID: 1043800370361692161

calendar_today23-09-2018 09:52:56

2 Tweet

51 Takipçi

140 Takip Edilen

Christopher McDevitt (@camcdevitt) 's Twitter Profile Photo

An exciting #biometals investigation into molybdenum homeostasis and how this is disrupted by chromate in Pseudomonas aeruginosa with many unexpected findings. Great work by Eve Maunders Dalton Ngu Evelyne Deplazes and other collaborators not on Twitter. bit.ly/3wJ6Q2g

An exciting #biometals investigation into molybdenum homeostasis and how this is disrupted by chromate in Pseudomonas aeruginosa with many unexpected findings. Great work by <a href="/EveMaunders/">Eve Maunders</a> <a href="/Dalton_Ngu/">Dalton Ngu</a> <a href="/DeplazesEvelyne/">Evelyne Deplazes</a> and other collaborators not on Twitter.
bit.ly/3wJ6Q2g
Christopher McDevitt (@camcdevitt) 's Twitter Profile Photo

How does the pathogenic #bacteria Haemophilus influenzae scavenge the crucial #biometal #manganese? New work from McDevitt Laboratory Ulrike Kappler Kobe Lab Evelyne Deplazes reveals the role of HfeA and its ABC transporter in metal scavenging and virulence. doi.org/10.1021/acsinf…

How does the pathogenic #bacteria Haemophilus influenzae scavenge the crucial #biometal #manganese? New work from <a href="/McDevitt_Lab/">McDevitt Laboratory</a> <a href="/KapplerUlrike/">Ulrike Kappler</a> <a href="/Kobe_Lab_/">Kobe Lab</a> <a href="/DeplazesEvelyne/">Evelyne Deplazes</a> reveals the role of HfeA and its ABC transporter in metal scavenging and virulence.
doi.org/10.1021/acsinf…