Yun Li (@1.14) vs Crystal Pan (@5.0)
04-10-2019

Our Prediction:

Yun Li will win

Yun Li – Crystal Pan Match Prediction | 04-10-2019 04:35

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The X-ray diffraction data were collected from the in-house X-ray facility at National Tsing Hua University and from beamlines BL13B1/BL13C1 at the National Synchrotron Radiation Research Center, Taiwan, and BL44XU/BL12B2 at SPring-8, Japan. C. Huang and H. J. This work was supported by grants from the National Science Council of Taiwan (NSC 99-2311-B-007-007-MY3 to Y.-J.S.; NSC 100-2311-B-007-001-MY3 and NSC 100-2627-M-007-012 to R.-L.P.) and National Tsing Hua University, Taiwan (99N82416E1 to Y.-J.S.). Kung for their critical reading of the manuscript and for useful comments. We thank M. F. Tam, P.

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This paper reports the crystal structure of an H+-PPase in the presence of a non-hydrolysable substrate analogue. The authors propose a model for how proton pumping and pyrophosphatase hydrolysis are coupled. An unusual proton-translocation pathway is formed by six core transmembrane helices. Two types of proton-pumping protein, vacuolar H+-ATPases and H+-translocating pyrophosphatases (H+-PPases), co-exist on plant vacuolar membranes and use ATP and pyrophosphate (respectively) as energy sources for proton translocation. Whereas vacuolar H+-ATPases have been studied quite extensively, the three-dimensional structure and detailed mechanisms underlying the hydrolytic and proton-translocation reactions of H+-PPases are unclear.

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A previously undescribed proton translocation pathway is formed by six core transmembrane helices. Each VrH+-PPase subunit consists of an integral membrane domain formed by 16 transmembrane helices. We propose a working model of the mechanism for the coupling between proton pumping and PPi hydrolysis by H+-PPases. Proton pumping can be initialized by PPi hydrolysis, and H+ is then transported into the vacuolar lumen through a pathway consisting of Arg242, Asp294, Lys742 and Glu301. The three-dimensional structure and detailed mechanisms underlying the enzymatic and proton translocation reactions of H+-PPases are unclear. Here we report the crystal structure of a Vigna radiata H+-PPase (VrH+-PPase) in complex with a non-hydrolysable substrate analogue, imidodiphosphate (IDP), at 2.35 resolution. IDP is bound in the cytosolic region of each subunit and trapped by numerous charged residues and five Mg2+ ions. H+-translocating pyrophosphatases (H+-PPases) are active proton transporters that establish a proton gradient across the endomembrane by means of pyrophosphate (PPi) hydrolysis1,2. H+-PPases are found primarily as homodimers in the vacuolar membrane of plants and the plasma membrane of several protozoa and prokaryotes2,3.

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