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Nick from Saint Cloud Cycles in Fitzroy build up my Concorde Squadra with Campagnolo Chorus 11, Campagnolo Zonda G3 wheels, Fizik 2mm tape, 3TTT stem, and more good stuff!
Dry stack wall aligned with Equinox sunrise.
Taken at Kinstone located in the bluffs above the Mississippi River near Fountain City, WI
U.S. Air Force Tech. Sgt. Rebecca Walsh marks a stake during a survey alignment on an unfinished runway at Camp Dwyer, Afghanistan, June 25, 2010. The runway will be used to accommodate heavier aircraft at Camp Dwyer. Sergeant Walsh is an engineer deployed 809th Expeditionary Red Horse Squadron. (U.S. Air Force photo/Staff Sgt. Quinton Russ/released)
Started off by prepping the paper with gesso just to give it a bit more tooth (the paper I'm using is a bit cheap).
Wrote words with a 3B pencil all over. Started with the big red shapes, then added some green.
Decided (probably too consciously) to do a figure. Added more green around her head.
Got stuck quite a few times, then hit on lilac coloured hair. Got stuck again, decided to make her body white.
Struggled to know what to do, so eventually just stopped.
I found this a lot harder than abstract as I just didn't know where to go with it.
Still enjoyed it though!
Cadillac Ranch, Texas.
Route 66 : Alignment 1926-1950s (Indian Hill Rd) - Alignment 1950s-1985 (I-40).
The world famous Cadillac Ranch (1974) is located on South Frontage Rd, I-40 between Exits 62 and 60, to west of Amarillo. (10)
De renommée mondiale, le Cadillac Ranch (1974) est situé sur S Frontage Rd (I-40 entre les sorties 60 et 62), à l'ouest d'Amarillo. (10)
Cadillac Ranch, Texas.
Route 66 : Alignment 1926-1950s (Indian Hill Rd) - Alignment 1950s-1985 (I-40).
The world famous Cadillac Ranch (1974) is located on South Frontage Rd, I-40 between Exits 62 and 60, to west of Amarillo. (15)
Sarah paints a 1963 Cadillac Sedan.
De renommée mondiale, le Cadillac Ranch (1974) est situé sur S Frontage Rd (I-40 entre les sorties 60 et 62), à l'ouest d'Amarillo. (15)
Sarah peint une Cadillac Sedan de 1963.
Observing a dazzling planetary alignment/conjunction of Venus, Jupiter and Mars! Brrr, it was a bit chilly out this early. Pics taken from around San Jose, CA from my backyard. (Wednesday very early morning, October 21, 2015)
Venus, Jupiter and Mars conjunction synopsis:
Toward the end of October 2015, Venus, Jupiter, and Mars was to converge and form a broad triangle in the eastern pre-dawn sky. Look up between October 24 and October 29, 2015 to see the planetary trio, which would be formed when these three planets would come within 5 degrees of each other! The planets were to "align closest together on the morning of October 26", according to David L. DeBruyn, curator emeritus of the Roger B. Chaffee Planetarium at the Grand Rapids Public Museum. Indeed, planetary trios actually do happen fairly frequently, but a lot of them are too close to the sun to be easily seen. Without further ado, this month's conjunction was easy to spot with the naked eye, considering that Venus and Jupiter are the two brightest planets in the sky. Look to the eastern skies an hour or more before local sunrise to get a glimpse of this out-of-this-world triple conjunction.
STING sequences through vertebrate evolution.A.Multiple alignment of STING sequences from zebrafish and other vertebrates. Identical positions are boxed in black, conservative positions in grey and block of similar residues in light grey. The residues of the 5 putative transmembrane (TM) regions and the putative RXR ER retention motifs found in zebrafish STING sequence are boxed. Zebrafish (HE856619, this study), Danio rerio; human (NP_938023), Homo sapiens; mouse (NP_082537), Mus musculus; chicken (E1C7U0), Gallus gallus; xenopus (NP_001106445), Xenopus tropicalis. B.NJ phylogenetic tree of vertebrate STING. The tree was based on multiple alignments of full-length and partial STING amino-acid sequences from fish and other vertebrates. The tree is drawn to scale. Full-length sequence accession numbers are the following: EPC (HE856620, this study), Pimephales promelas; goldfish (JF970229), Carassius auratus, the others are listed above and partial STING amino-acid sequences were deduced from the following EST sequences: salmon (GE786872), Salmo salar; weather loach (BJ827384), Misgurnus anguillicandatus. C.Conserved synteny around the TMEM173 gene in zebrafish, mouse and human. The location of the different markers and the chromosomes involved are indicated for the different species.
You just start without knowing what's going to happen. I had fun this time blending colours on the surface. blogged
Sequence analysis of ArSLK.(A) Alignment of the amino acid sequence of the N-terminal kinase domain of ArSLK with those of SLKs from other species. The Ste20 signature sequence is highlighted and conserved amino acid residues are indicated by asterisks. The black shaded areas represent identical amino acid residues. (B) Analysis of the coiled-coil region of the ArSLK. The probability of formation of a coiled-coil structure was calculated for each residue with a window of 28 amino acids using the ‘COILS’ program. (C) Phylogenetic analysis of the amino acid sequences of SLKs from multiple species. GenBank accession numbers of the sequences used in the amino acid alignment and phylogenetic analysis are as follows: Artemia parthenogenetica, KC818632; Drosophila melanogaster, NP_726441; Aedes aegypti, XP_001649074; Daphnia pulex, EFX76394; Danio rerio, NP_001139073; Homo sapiens, NP_055535; Xenopus laevis, NP_001079164. Cluex quinquefasciatus, XP_001864707; Nasonia vitripennis, XP_001603525; Xenopus troplicalis, NP_001072623; Mus musculus, NP_033315; Schistosoma mansoni, AAN72832; Clonorchis sinensis, GAA30009.
These images are from two very similar projects that I've just helped my friends with. They want to be able to hold bike frames on their alignment tables by the head tube. They both purchased used bench centers, and we had to make bull nose centers for them.
The fit up needed to be very close, so we were working to within a few tenths.
The other complication was that one of the centers on each set was spring loaded and utilized a rack and pinion to withdraw it... so we had to mill those rack gears.
These images are from two very similar projects that I've just helped my friends with. They want to be able to hold bike frames on their alignment tables by the head tube. They both purchased used bench centers, and we had to make bull nose centers for them.
The fit up needed to be very close, so we were working to within a few tenths.
The other complication was that one of the centers on each set was spring loaded and utilized a rack and pinion to withdraw it... so we had to mill those rack gears.
Whilst I have the rear tub off (yet again!) I've applied filler to improve the panel fit. Previously I had forced the panels to line up by bolting the the rear wheel arch to the rear tub, and forcing the tub to pull out and meet the wheel arch. I decided this may not be a good idea as it may lead to the GRP cracking over time?
The rear edge had to be built up 10mm to fill the gap between the tub and the rear wheel arch.
I thought this was only going to be necessary on the near side, but had forgotten the off side had the same issue.
See further discussion over at FriendFeed: friendfeed.com/e/ffdadf6f-66f9-b8a1-3e26-c62624782f37/Pro...
Primary sequence analysis of novel germin-like protein from M. alba.(A) Multiple alignment of the deduced amino acid sequence of Ma-Glp with true germins and Glps from other representative plant groups as presented in Table 2. Residues shared by several germins and Glps are indicated with the following symbols: ?*?-denotes identical residues in all sequences; ?:?- conserved substitutions according to similar properties of amino acids; ?.?- semi-conserved substitutions. Dashes indicate gaps used to maximize the alignment. (B) Relationships between members of several species presented as a phylogenetic tree andin ferred using the UPGMA method. The percentage of replicate trees in which the associated taxa clustered together in bootstrap test (5000 replicates) is shown next to branches. Evolutionary analysis was conducted in MEGA 5.0. Circular representation of tree. Cones- Glp subfamily III; Triangle-Glp subfamily II; Circle- Glp subfamily I; Square- True germins (C) Percent identity matrix of the representative species as inferred using Clustal X 1.83.