1,066 research outputs found
Data from paper: K Ishimoto, Gadêlha H, EA Gaffney, Smith DJ, Kirkman-Brown JC, Human sperm swimming in a high viscosity mucus analogue, Journal Theoretical Biology, 2018
This data accompanies the paper
K Ishimoto, Gadêlha H, EA Gaffney, Smith DJ, Kirkman-Brown JC, Human sperm swimming in a high viscosity mucus analogue,
Journal Theoretical Biology, 2018.
It consists of two files (i) ws_HVM_flagella_pca.mat (ii) ws_HVM_flow_pca.mat
File (i) is generated by standard principal component analysis algorithms
applied to sperm flagellum data, which is detailed in the paper
Smith DJ, Gaffney EA, Gadêlha H, Kapur N, Kirkman-Brown JC.
Cell Motil Cytoskeleton. 2009 Apr;66(4):220-36.
Bend propagation in the flagella of migrating human sperm, and its modulation by viscosity.
File (ii) is generated by applying standard principal component analysis algorithms to the flow predicted
for a virtual swimming sperm swimming with the PCA-reduced flagellum beat of dataset (i
"The Author of Alice" by Father Burke-Gaffney : [lecture notes]
File consists of a lecture notes for a lecture delivered by Father Burke-Gaffney to students in the SMU Adult Education program. The lecture's subject was Lewis Caroll (Charles Dodgson) and the success of "Alice's Adventures in Wonderland". The lecture notes comprise 25 numbered pages, and one page of extra handwritten notes
Dr. David Turner and Stephen Goobie at Telescope, 1998
color photographExcellent conditionAstronomy and physics professor Dr. David Turner (left) and his student Stephen Goobie (right) stand by the 41 cm telescope in the Burke-Gaffney Observatory.Similar photo also appears on the front cover of the Maroon & White Winter 2000 edition
David Adelsheim: A “Latecomer” Oregon Wine Pioneer
Rusty Gaffney profiles David Adelsheim in this article from his Prince of Pinot blog, volume 9, issue 31. The article focuses on Adelsheim’s many accomplishments in the Oregon wine industry, including his lobbying work to protect farmland and his contribution in founding various wine organizations. The contributions of Adelsheim’s wife, Ginny, are explored as well
Dr. David Turner and Stephen Goobie in Burke-Gaffney Observatory, 1998
color photographExcellent conditionAstronomy and physics professor Dr. David Turner (on stairs) and his student Stephen Goobie stand in the Burke-Gaffney Observatory. The Observatory's 41 cm telescope is to their left.From External Affairs
Dr. David Turner and Stephen Goobie in Burke-Gaffney Observatory, 1998
color photographExcellent conditionAstronomy and physics professor Dr. David Turner (front) and his student Stephen Goobie stand in the Burke-Gaffney Observatory. The Observatory's 41 cm telescope is to their left.From External Affairs
Dr. David Turner and Stephen Goobie Stand By Burke-Gaffney Observatory Telescope, 1998
b&w photographExcellent conditionAstronomy and physics professor Dr. David Turner (left) and his student Stephen Goobie (right) pose behind the large 41 cm telescope in the Burke-Gaffney Observatory.'Top photo' page 1
Sokatra Gaffney & Krause 2011, new genus
Sokatra, new genus TYPE AND ONLY INCLUDED SPECIES: Sokatra antitra, n. gen. et sp. DISTRIBUTION: Late Cretaceous (Maastrichtian) of Madagascar. ETYMOLOGY: Sokatra (pronounced SOO-kah-trah), Malagasy for “turtle.” DIAGNOSIS: Member of the magnafamily Podocnemidera by possessing prootic partially covered by basisphenoid, and processus paroccipitalis of opisthotic completely covered ventrally. Distinguished from all other Pelomedusoides by short wall of bone posterior to columellae auris, medial to incisura columellae auris; foramen posterius canalis carotici interni formed by quadrate and prootic. Distinguished from all other Podocnemidera (except Kurmademydini) by extensive temporal emargination preventing squamosal-quadratojugal and parietal-quadratojugal contacts, and exposing quadrate in temporal margin; prootic-quadrate contact. Distinguished from pelomedusids and Araripemys by deep accessory ridge on maxilla paralleling labial ridge. Additionally characterized by incisura columellae auris enclosing columellae auris and eustachian tube closed by bone, as in pelomedusids and podocnemidids; laterally open foramen jugulare posterius, as in euraxemydids; exoccipitalquadrate contact present, as in euraxemydids; and basisphenoid-quadrate contact present, as in pelomedusids, bothremydids, and podocnemidids. Lower jaw parallel sided, without any widening of the triturating surface; differs from Euraxemys, Araripemys, and pelomedusids in having a high lingual ridge forming a distinct medial margin to the triturating surface, rather than having a bladelike cross section as in Euraxemys, Araripemys, and pelomedusids. Triturating surface formed by a lingual ridge higher than labial ridge with an intervening groove or pocket.Published as part of Gaffney, Eugene S. & Krause, David W., 2011, Sokatra, a New Side-Necked Turtle (Late Cretaceous, Madagascar) and the Diversification of the Main Groups of Pelomedusoides, pp. 1-28 in American Museum Novitates 2011 (3728) on pages 3-4, DOI: 10.1206/3728.2, http://zenodo.org/record/459794
Dr. David Turner and Stephen Goobie in Burke-Gaffney Observatory, 1998
color photographExcellent conditionAstronomy and physics professor Dr. David Turner (front) and his student Stephen Goobie stand in the Burke-Gaffney Observatory. The Observatory's 41 cm telescope is to their left.From External Affairs. A photo of Dr. David Turner and Stephen Goobie in the Observatory appears on page 1 of the November 1998 issue of the Saint Mary's University Times, but it is not this photo
Dr. David Turner and Stephen Goobie in Burke-Gaffney Observatory, 1998
color photographExcellent conditionAstronomy and physics professor Dr. David Turner (front) and his student Stephen Goobie stand in the Burke-Gaffney Observatory. The Observatory's 41 cm telescope is to their left.From External Affairs. A photo of Dr. David Turner and Stephen Goobie in the Observatory appears on page 1 of the November 1998 issue of the Saint Mary's University Times, but it is not this photo
- …
