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19 Aug 2015: with its Watson–Crick edge. ... 4b, c). The main chain of Cys127 from the YxCxxxFmotif can form two hydrogen bonds with the Watson–Crick edge ofA1825 to stabilize its flipped orientation, facilitating stacking of the 12and

20 Apr 2002: The excitation wavelength was 490 nm, and emission wasmonitored at a wavelength of 535 nm. ... Afterseparation by SDS-PAGE, the gel was subjected to analysis using a PhosphorImager.

31 May 2024: Arka Chakraborty is carrying on structural work on a related complex, ATR/ATRIP. ... Stangherlin, A., Watson, J.L., Wong, D.C.S., Barbiero, S., Zeng, A., Seinkmane, E., Peak Chew, S., Beale, A.D., Hayter, E.A., Guna, A., Inglis, A.J., Putker, M.,

21 Jul 2023: Isaac Asimov introduces James Watson and Francis Crick in the story of the structure of DNA, 8 July 1974. ... Discovering the double helix. James Watson talks about the discovery of the double helix in a lecture at Cold Spring Harbor Laboratory, November

27 Oct 2003: isoleucine makes a shallower contact withof Arf1, corresponding to Tyr 77 in Arl1. ... genes. Proc. Natl. Acad. Sci. USA90, 8952–8956.Analytical UltracentrifugationCollins, B.M., Watson, P.J., and Owen, D.J.

28 Feb 2019: Published on. 1 March, 2019. This image for day 60 of #LMB365 shows a handful of pseudocoloured hippocampal neurons (brain cells) that have been specifically targeted with DNA expressing a fluorescent ... protein which has allowed Jake Watson to

9 Apr 2019: By simulating the activity of individual synapses on a neuron, seen as deflections in this image for day 100 of #LMB365, Jake Watson in Ingo Greger’s group in Neurobiology can

Commun Biol 4(1): 1056. Watson, J.F., Pinggera, A., Ho, H., Greger, I.H. ... Structure 27(2): 241-252.e3. Buonarati, O.R., Hammes, E.A., Watson, J.F., Greger, I.H., Hell, J.W.

28 Sep 2023: In this study, co-led by Joseph Watson and Lara Krüger, the team developed an assay which allows the contribution of each pathway involved in the process to be dissected. ... Watson, JL., Krüger, LK., Ben-Sasson, AJ., Bittleston, A., Shahbazi, M.,

1 Mar 2022: AMPA ReceptorsAlexandra Pinggera, MRC Laboratory of Molecular Biology, Cambridge, UKJake F Watson, MRC Laboratory of Molecular Biology, Cambridge, UKIngo H Greger, MRC Laboratory of Molecular Biology, Cambridge, UK. ... Science 287 (5461): 2262–2267.DOI

23 Nov 2004: Q F Q N F L P T V V H P G D L Q T Q L A V Q T K R V A A Q V D ... J Biol Chem278, 46772-46781. Miele, A. E., Watson, P. J., Evans, P.

13 Jun 2009: Some familial PrP mutants generateincreased CtmPrP, a transmembrane isoform associ-ated with disease. ... a direct correlation between the extent of cytosolic PrP exposure. and Mgrn dysfunction.

James Watson returned to the LMB to deliver a special talk about Francis Crick, marking the centenary of Francis’ birth.u00a0 Francis and Jim cracked the secret of the DNA structure ... n","protected":false},"excerpt":{"rendered":". James Watson

28 Sep 2012: 16311.85.2 watson-crick-pair. 16411.85.3 watson-crick-pair-for-residue-range. 164. xix. 11.86 Sequence (Assignment). 16411.86.1 print-sequence-chain. ... Chapter 1: Introduction 2. • a program to do refinement2. • a protein crystallographic suite3.

By simulating the activity of individual synapses on a neuron, seen as deflections in this image for day 100 of #LMB365, Jake Watson in Ingo Gregeru2019s group in Neurobiology can investigate

11 Jun 2013: 04/06/2013 Crystallography Course LMB 13. a'. a c. c'. Uppenberg et al. ... a. b. Human macrophage receptor CLEC5A for dengue virus Watson, A.

11 Jun 2013: 04/06/2013 Crystallography Course LMB 13. a'. a c. c'. Uppenberg et al. ... a. b. Human macrophage receptor CLEC5A for dengue virus Watson, A.

fluorescent protein which has allowed Jake Watson to visualise them. ... protein which has allowed Jake Watson to visualise them.

factors. n. He then returned to the LMB in 1970 as a staff scientist – a position he held until his retirement in 2008. ... n. The resulting compensating writhe then facilitates the concerted packing of the parallel stacks into a 2-start helical coil.

a flat honeycomb structure that can inhibit endocytosis of receptors from the cell surface. ... nnnn. A sheet of proteins (pink and blue) forms a honeycomb-like structure over the surface of a cell.