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This is yet another piece I created for the "Inkwell" group show at the Chicago Diner in Logans Square. It is mixed media on paper and the piece itself, measures 11.75" x 15.75".
If you like this, why not add it to your art collection? As I type this, it is still available over on Etsy:
www.etsy.com/listing/218027986/the-new-alignment-original...
©MMXIV Mr. Walters and Nerfect Artistic Novelties
From from top to bottom, you can see two bright objects: Venus and Jupiter. Two fainter objects are the star Regulus to the lower left of Venus and the planet Mars between Venus and Jupiter. The predawn hours of the mornings of October 7, 8, and 9 will have similar alignments. earthsky.org/tonight/moon-venus-and-jupiter-align-in-morn...
This morning I observed the grand alignment of planets!
In general, alignments of planets are pretty common for us, but this year we could see a rare combination. All planets that we can see with naked eye (Mercury, Venus, Mars, Jupiter, and Saturn) are aligned this month in the same order as they lie from the Sun.
Meanwhile, there are Uranus and Neptune in the same area of the sky I could capture as tiny tiny dots in the picture. I’m not sure Instagram would even resolve them here, but I made some captions so that you know where planets are.
Unfortunately there is no Mercury in that picture. Well, it’s kind of in the frame though, but was covered by the trees at the time of capturing. However, I observed it with naked eye later this morning.
You can spot the bright Moon between Venus and Mars, and, in my opinion, it takes a cool position in the picture because it can represent “our planet” in the sky.
If you missed the alignment this morning, you still have some time to look at it during the next few days.
Comparison of the clustering of variants across platforms.The ten most common nucleotide V3 sequences from samples 10–65, 10–69, and 10–73 -obtained with each of the four NGS platforms (454™, Illumina®, PacBio®, and Ion Torrent™)- were aligned against the respective population (sanger) sequence from the respective patient using Clustal X 2.0 [76]. For each patient, every unique variant is identified by the NGS platform used and the number of sequences (frequency) obtained, e.g., 454#1290. For each position only those nucleotides that differ from the population sequence are depicted. Dashes indicated the same nucleotide as the population sequence while gaps introduced to maintain the alignment are indicated by dots. Relative clustering of the data from the NGS platforms was inferred by neighbor-joining, phylogenetic analyses determined using MEGA 5.05 [77] and displayed in a circle with topology only to facilitate their interpretation. Bootstrap resampling (1,000 data sets) of the multiple alignments tested the statistical robustness of the trees, with percentage values above 60% indicated by an asterisk. The size of the circles in the phylogenetic trees correlates with the frequency of the unique sequence determined by each NGS platform (color) in the logarithmic scale. The black box denotes the population (sanger) sequence for each sample.
I'm pleased to announce that this image and the one below, "Pipe Dreams", have been nominated in the Photography Masters Cup 2012. This one in the Fine Art Category.
Analysis of primary structure and conserved domains of SGT1 proteins.(A) Sequence alignment analysis and the predicted conserved domains of SGT1 proteins. GenBank accession numbers: Rice (AAF18438), Wheat (EF546432.1), Arabidopsis (AF439975, AF439976), Barley (AF439974). The black (100%), pink (80%), and blue (60%) boxes represent levels of amino acid identity or similarity. The conserved domains were underlined. (B) The phylogenetic analysis of the amino acid sequence of SGT1 genes from different species. GenBank accession numbers: OsSGT1 (AAF18438), TaSGT1 (ABQ23992.1), TaSGT1-1 (ABO18602.1), TaSGT1-2 (ABO18603.1), HHvSGT1-Barley (AF439974), BdSGT1 (XP_003569394.1), SbSGT1 (EES01101.1), Zm-SGT1 (ACG34278.1), NbSGT1 (AAW82048.1), AtSGT1a (AF439975) and AtSGT1b (AF439976). The tree was generated by ClustalX1.83 analysis with the corrected full-length Hv-SGT1 protein sequences using Neighbor-Joining method (MEGA4.0 software). The bar beneath the dendrogram represents a distance of 0.05 change per amino acid.
Amarillo, Texas.
Route 66 (Alignment 1970s-1985) I-40 Exit 75 and I-40 Access Rd.
Big Texan Steak Ranch sign.
Enseigne du Big Texan Steak Ranch.
Sun through an old oak and through the trees on the western horizon....
I changed the title on this 4 times this morning.
On board unit 4018 as we run along the shared alignment with Network Rail, both running lines here between Pelaw and Jarrow are single track, the disused freight line on the left goes to the now closed Shell Oil storage facility at Jarrow, whilst i am on a service for South Shields, on the Tyne and Wear Metro system's Yellow Line, having not ridden this system before it was a rather nice surprise to be offered a drivers eye view that you have on these 1978/81 Metro-Cammell Birmingham built units, of which there are 90 two car articulated units, which usually operate in pairs.
Maybe in the future the disused freight line could converted to become part of the Metro system to form a double track section as most of the Metro system is.
Workforce Alignment workshop "Building strong partnerships to support Wisconsin’s workforce need." A conversation hosted by UW Oshkosh, Department of Workforce Development, Fox Valley Tech and WAICU.
The primary purpose of this project is to replace the bridge and necessary approaches on Route 711 (Tardy Mountain Road) bridge over Norfolk Southern Railroad.
The existing bridge is a single lane structure with reduced roadway width and an 8-ton weight restriction. The proposed bridge will be a two-lane truss bridges on the same alignment with slight improvements to the alignment toward Route 682 (Leesville Road). The proposed bridge will be approximately 184 feet long and 22 feet wide VDOT) (Photo by Trevor Wrayton,
Multiple alignment and phylogenetic analysis of EsMYBA1 and related plant R2R3-MYB proteins known to regulate the flavonoid pathway.(A) Alignment of deduced amino acid sequences of EsMYBA1 and other plant R2R3-MYB proteins. Identical amino acid residues are shaded in black, similar in gray. The R2 and R3 domains shown refer to two repeats of the MYB DNA-binding domain of selected MYB proteins. Three conserved motifs, the bHLH interaction motif, the ANDV motif identified in Rosaceae and the motif 6 from Arabidopsis R2R3-MYB family classification are boxed. The two arrowheads indicate the insert position of intron I and II, respectively. (B) Phylogenetic tree of EsMYBA1 and selected R2R3-MYB proteins from other plant species using the neighbor-joining method by the MEGA 5 software. The scale bar represents the number of substitution per site and the numbers next to the nodes are bootstrap values from 1,000 replicates. The EsMYBA1 are indicated as a diamond. The putative regulatory functions of the different R2R3-MYB proteins in the control of phenylpropanoid biosynthesis pathway are indicated. All R2R3-MYB protein sequences were retrieved from GenBank database and accession numbers are as follows (in parentheses): Antirrhinum majus AmROSEA1 (ABB83826); AmROSEA2 (ABB83827); AmVENOSA (ABB83828); Arabidopsis thaliana AtPAP1 (AAG42001); AtPAP2 (AAG42002); AtTT2 (NP_198405); AtMYB12 (ABB03913); AtMYB4 (NP_195574); Citrus sinensis CsRuby (AFB73913); Diospyros kaki DkMYB4 (BAI49721); Fragaria x ananassa FaMYB1 (AAK84064); Garcinia mangostana GmMYB10 (ACM62751); Gerbera hybrid GhMYB10 (CAD87010); Ipomoea batatas IbMYB1 (BAF45114), Ipomoea nil InMYB2 (BAE94709); Lycopersicon esculentum (Solanum lycopersicum) LeANT1 (AAQ55181); SlMYB12 (ACB46530); Lilium hybrid LhMYB6 (BAJ05399); Lotus japonicus TT2a (BAG12893); Malus x domestica MdMYB10a (ABB84753); Medicago truncatula MtLAP1 (ACN795410; Morella rubra MrMYB1 (ADG21957); Nicotiana tabacum NtAN2 (ACO52470); Oryza sativa OsMYB4 (BAA23340); Petunia x hybrida PhAn2 (AAF66727); Vitis vinifera VvMYBA1 (BAD18977); VvMYBA2 (BAD18978); VvMYBPA1 (CAJ90831); VvMYBPA2 (ACK56131); VvMYBF1 (ACV81697); VvMYB5a (AAS68190); VvMYB5b (AAX51291); Zea mays ZmC1 (AAA33482); ZmPl (AAA19819).