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LolandLab Profile
LolandLab

@cloland_dk

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Following
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353

Engaged in structure-function relationships of membrane proteins in particular transport proteins.

København, Danmark
Joined August 2016
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@cloland_dk
LolandLab
4 months
Looking for a Post doc position in Structural Biology? We are hiring! https://t.co/z6ut2lfsLk The task is to continue our endeavor in solving cryo-EM structures of the human dopamine transporter, see https://t.co/A2yyoJwGsC . Thanks to @novonordiskfond for generous funding.
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@cloland_dk
LolandLab
6 months
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@cloland_dk
LolandLab
8 months
A shout out to Kristine Salomon, who now can call herself Dr Salomon after a brilliant PhD defense. Having two papers in @Nature, one in @pnas, one in @natcomms and two others, must be a pass. So well deserved. Thanks to Profs Ryan, Drew and Strømgaard for assessment.
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@cloland_dk
LolandLab
9 months
Check out this fantastic symposium on structural biology held in beautiful Copenhagen.
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@MemProtPDB
Membrane Protein PDB
10 months
Cryo-EM structure and complementary drug efflux activity of the Acinetobacter baumannii multidrug efflux pump AdeG | Structure https://t.co/XcaFzWVw1s
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@MemProtPDB
Membrane Protein PDB
10 months
Structural insights into binding-site access and ligand recognition by human ABCB1 | The EMBO Journal https://t.co/KciYuVTQjf
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@nchembio
Nature Chemical Biology
10 months
A new paper uncovers that certain κ-opioid receptor inverse agonists form receptor-G protein complexes, even in inactive states, challenging the classic GPCR activation model https://t.co/HqH1gDZZyM
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nature.com
Nature Chemical Biology - This study uncovers that certain κ-opioid receptor inverse agonists form receptor–G protein complexes, even in inactive states, challenging the classic GPCR...
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@cloland_dk
LolandLab
11 months
Congrats to the Taylor group for this impressive achievement! Structure and mechanism of the Zorya anti-phage defense system | Nature
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nature.com
Nature - Zorya uses a membrane-anchored H+-driven rotary motor ZorAB to sense phage invasion and to recruit the intracellular effectors ZorC and ZorD that execute anti-phage defence.
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@MemProtPDB
Membrane Protein PDB
11 months
Ion coupling and inhibitory mechanisms of the human presynaptic high-affinity choline transporter CHT1 | Structure https://t.co/Dq8lkNSaSs
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@MemProtPDB
Membrane Protein PDB
11 months
Molecular insights into the activation mechanism of GPR156 in maintaining auditory function | Nat Commun https://t.co/nCgDkn7q9o
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@cloland_dk
LolandLab
11 months
Fantastic work by the @BellarditaC Lab:
@BellarditaC
Carmelo Bellardita
1 year
The macrophages that pretend to be a neuron 🤣🤣🤣take a look at our study published in Nature and see how macrophage exert ms modulation of sensation and action via glutamate. Fantastic collaboration with @digiovannilab @LabPerrier https://t.co/DQkOOZvVbF
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@BellarditaC
Carmelo Bellardita
1 year
The macrophages that pretend to be a neuron 🤣🤣🤣take a look at our study published in Nature and see how macrophage exert ms modulation of sensation and action via glutamate. Fantastic collaboration with @digiovannilab @LabPerrier https://t.co/DQkOOZvVbF
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nature.com
Nature - A population of macrophages with exclusive molecular and functional signatures in the muscle spindles express machinery for synthesizing and releasing glutamate, and a cellular component,...
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@cloland_dk
LolandLab
1 year
Structure of the choline transporter.
@MemProtPDB
Membrane Protein PDB
1 year
Structural mechanisms of human sodium-coupled high-affinity choline transporter CHT1 | Cell Discov https://t.co/895HwnPbcc
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@MemProtPDB
Membrane Protein PDB
1 year
Structural mechanisms of human sodium-coupled high-affinity choline transporter CHT1 | Cell Discov https://t.co/895HwnPbcc
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@dcardozopinto
Daniel Cardozo Pinto
1 year
My paper is out!! 🎉 "Opponent control of reinforcement by striatal dopamine and serotonin", @Nature Here, we show that dopamine and serotonin signals form a gas-brake system for reward in the mammalian brain 🧠 THREAD ⬇️ 1/n
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@NatureComms
Nature Communications
1 year
@cloland_dk @neuroscience_dk report on changes in conformational dynamics of SERT imposed by the binding of ions and ligands https://t.co/xdBi8eu6rE
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@MemProtPDB
Membrane Protein PDB
1 year
Structural basis for the transmembrane signaling and antidepressant-induced activation of the receptor tyrosine kinase TrkB | Nat Commun https://t.co/EoW27cqHTu
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