178,282 research outputs found
N. R. Davey
"SX22761 Capt. N.R. Davey "C" Coy 10/48 Battalion A.I.F. 1942 - 1945".SX22761 Captain N. R. Davey. "C" Company, 10/48 Battalion, Australian Imperial Forces 1942 - 1945
M. C. Davey and L. S. de Grussa
"Sgt M.C. Davey WX35950 29th AA Bty Darwin Sgt L.S deGrussa WX 36871 2nd + 22nd A.A Bty Darwin 1941 - 43".Sergeant M. C. Davey WX35950. 29th Anti Aircraft Battery, Darwin. Sergeant L. S. de Grussa WX 36871. 2nd + 22nd Anti Aircraft Battery, Darwin 1941 - 43
Letter from Randall Davey to John Sloan, c. 1922
1 leaf (double-sided)Handwritten letter from Randall Davey to John Sloan, unknown month, c. 1922
Letter from Randall Davey to John Sloan, c. 1922
1 leaf (double-sided)Handwritten letter from Randall Davey to John Sloan, unknown month, c. 1922
Letter from Randall Davey to John Sloan, c. 1923
1 leafHandwritten letter from Randall Davey to John Sloan, unknown month, c. 1922.
[NOTE: Davey taught at the Kansas City Art Institute from 1922 to 1924. His work was in an exhibition of the New Society of Artists at the Wildenstein Gallery in New York City from November 15 to December 15, 1921 so this letter could have been written in early 1922
– Kim Straus
Davey, J C, VX14928
This record was harvested from a previous catalogue system and will be withdrawn in 2025. Information in this record may be superseded or incomplete. Visit this record in UMA's new catalogue at: https://archives.library.unimelb.edu.au/nodes/view/380615Surname: DAVEY
Given Name(s) or Initials: J C
Military Service Number or Last Known Location: VX14928
Missing, Wounded and Prisoner of War Enquiry Card Index Number: 3148195063
Item: [2016.0049.12908] "Davey, J C, VX14928
Estimation and efficient computation of the true probability of recurrence of short linear protein sequence motifs in unrelated proteins.
Background: large datasets of protein interactions provide a rich resource for the discovery of Short Linear Motifs (SLiMs) that recur in unrelated proteins. However, existing methods for estimating the probability of motif recurrence may be biased by the size and composition of the search dataset, such that p-value estimates from different datasets, or from motifs containing different numbers of non-wildcard positions, are not strictly comparable. Here, we develop more exact methods and explore the potential biases of computationally efficient approximations. Results: a widely used heuristic for the calculation of motif over-representation approximates motif probability by assuming that all proteins have the same length and composition. We introduce pv, which calculates the probability exactly. Secondly, the recently introduced SLiMFinder statistic Sig, accounts for multiple testing (across all possible motifs) in motif discovery. However, it approximates the probability of all other possible motifs, occurring with a score of p or less, as being equal to p. Here, we show that the exhaustive calculation of the probability of all possible motif occurrences that are as rare or rarer than the motif of interest, Sig', may be carried out efficiently by grouping motifs of a common probability (i.e. those which have permuted orders of the same residues). Sig'v, which corrects both approximations, is shown to be uniformly distributed in a random dataset when searching for non-ambiguous motifs, indicating that it is a robust significance measure. Conclusions: a method is presented to compute exactly the true probability of a non-ambiguous short protein sequence motif, and the utility of an approximate approach for novel motif discovery across a large number of datasets is demonstrated
Davey O'Brien
Photo of Amon Carter, Davey O'Brien and his mother with Walter Holcombe. On reverse: "HERO'S WELCOME-T. C. U.'s All-America quarterback, DAVEY O'BRIEN, was welcomed by WALTER HOLCOMBE, president of the Downtown Athletic Club, at Pennsylvania Station, New York, Monday. Also shown are Davey's mother, MRS. E. M. K. O'BRIEN, and AMON CARTER (left). (INS Soundphoto, telephoned to The Star-Telegram Monday night.)
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