01:07
MRC MBU at RAREfest22
05:08
The molecular mechanism of transport by the mitochondrial ADP/ATP carrier (narrated)
00:13
Generation of a 30o rotation of the γ-subunit in bovine F1-ATPase.
04:33
MRC MBU Life in the Lab
00:45
Mitochondrial Fission and Fusion (narrated)
00:40
Mitochondrial Dynamics (narrated)
01:43
Inside the human cell (narrated)
01:01
Global Mitochondrial Disease Awareness Week (2017-2019)
04:07
Life at the MRC MBU - Student Perspectives
00:17
Eliminating mutant mitochondrial DNA
02:31
Complex I Electron Transfer
01:30
Complex I Subunits
00:48
Mitochondrial Fission & Fusion
00:42
Mitochondrial Dynamics
01:59
Inside The Human Cell
02:14
F₁-ATPase catalytic site binding and hydrolysis of ATP.
00:28
Three conformations of a catalytic β-subunit
00:27
Rotating γ-subunit imposes conformational states on a β-subunit
00:48
Above and then below the F₁ domain along the rotating γ-subunit.
00:52
The rotary mechanism of mitochondrial ATP synthase.
01:09
MRC MBU at the Cambridge Science Festival 2010
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About
Research at the Medical Research Council - Mitochondrial Biology Unit (MBU) is focussed on the involvement of mitochondria and their dysfunction in an ever-increasing range of human diseases, and even, perhaps, in the process of ageing.
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