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These megalith alignments, contemporary to those (more famous) of Carnac, show that the Crozon peninsula was inhabited since many thousands of years. The standing stones date from about 2500 BC. In the beginning there were probably more than 400 stones; today there are only 65 left, arranged in three lines that form three of the four sides of a rectangle. The longest line is about 200 m. It is assumed that the arrangement had an astronomic significance related to the constellation of Pleiades whose name in Breton is “ar yar” (the hen), hence the name of the place derived from “Lagad-Yar” (hen’s eye).
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Aliniamentele de megaliţi, contemporanele cu cele (mai cunoscute) de la Carnac, aratǎ cǎ peninsula Crozon a fost locuitǎ de mai multe mii de ani. Menhirele dateazǎ din anii 2500 î.Ch. Iniţial, în amplasament s-au aflat probabil peste 400 de pietre; astǎzi au mai rǎmas 65, dispuse în trei linii formând trei din laturile unui dreptunghi. Cea mai lungǎ dintre ele are cca. 200 m. Se presupune cǎ amplasamentul a avut unele semnificaţii de naturǎ astronomicǎ, fiind legate de constelaţia Pleiadelor, purtând în bretonǎ numele de “ar yar” (gǎina), de unde şi numele locului derivat din “Lagad-Yar” (ochiul gǎinii).
Source: WIKIPEDIA
Sequencing and alignment of the PRDX5 5?-region in Canidae, Ursidae and Phocidae.(A) Phylogenetic relationships between the nine families composing the suborder Caniformia. The phylogeny of Caniformia is currently not completely established, e.g. concerning the position of Ailuridae. The presented phylogenetic tree is based on multiple nuclear gene sequences and is adapted from [44]. (B) Phylogeny of Canidae, based on ?15 kb from 12 exons and 4 introns, resolved by [23]. Canidae family contains three major phylogenetic groups, which are indicated in pink for the fox-like canids, green for the South American canids and blue for the wolf-like canids. Additionally, several canids do not belong to any of the three main clades, such as the gray fox (yellow), which was shown to be more primitive. Adapted from [23]. (C) Schematic diagram of HSPC152/TRMT112 and PRDX5 genes and cloning strategy. Exons I from both genes are detailed. 5? UTRs are indicated by open boxes. Gray box highlights the sequence encoding the potential PRDX5 MTS. Conserved translation start sites are indicated in black. The potential translation start site enabling the translation of L-PRDX5 is indicated in red. P1 and P2 indicate the positions to which the PCR primers (green arrows) map. The primers were designated to map on regions sharing 100% identity between giant panda and domestic dog sequences. (D) ClustalX 2.0.7. nucleotidic sequence alignment of PRDX5 5? region from nine Caniformia. Asterisks (*) indicate identities. Sequences encoding a potential MTS are highlighted in gray. Translation start sites enabling the translation of L-PRDX5 and S-PRDX5 are highlighted in red and black respectively. STOP codons being in-frame with the ATG+1 codon are underlined. Gaps are boxed. Species names are written in brown for Phocidae, gray for Ursidae, yellow for gray fox, red for the fox-like canids, green for the South American canids and blue for the wolf-like canids. Only one of the two alleles (Allele 1) found for gray fox and American black bear PRDX5 are represented. GenBank accession numbers are the following:. Arctic wolf (Canis lupus arctos): JQ411232; American black bear (Ursus americanus) JQ411225; gray fox (Urocyon cinereoargenteus): JQ411227; maned wolf (Chrysocyon brachyurus): JQ411231; northern elephant seal (Mirounga angustirostris): JQ411224; raccoon dog (Nyctereutes procyonoides) JQ411229; red fox (Vulpes vulpes): JQ411230. The sequences of domestic dog and giant panda PRDX5 5? region were downloaded from the Genbank references GeneID:476032 (domestic dog, Canis lupus familiaris) and GeneID:100473172 (giant panda, Ailuropoda melanoleuca).
Photographs taken at Sydenham showing the current state of modifications being made in conjunction with the conversion of the Bankstown Line to metro standards.
Phylogenetic analysis and identification of amino acid residues and sequence motifs conserved in DGAT3s.(A) Phylogenetic analysis. The presumed evolutionary relationships among the 27 DGATs from 19 organisms were analyzed by phylogenetic analysis. The numbers in the parenthesis following DGAT names are the calculated distance values, which reflect the degree of divergence between all pairs of DGAT sequences analyzed. (B) Identification of amino acid residues and sequence motifs conserved in DGAT3s. Multiple sequence alignment was performed using the ClustalW algorithm of the AlignX program of the Vector NTI software. Each DGAT sequence name is on the left of the alignment followed by the position of amino acid residue of DGAT protein sequence in the alignment. The numbers before, in the middle and after the amino acid residues in the sequence alignment represent the number of residues in the divergent region as previously used [63]. The letters at the bottom of the alignment are the consensus residues. Color codes for amino acid residues are as follows: 1) red on yellow: consensus residue derived from a completely conserved residue at a given position; 2) blue on cyan: consensus residue derived from the occurrence of greater than 50% of a single residue at a given position; 3) black on white: non-similar residues. The complete sequence alignment is shown in Figure S2. The abbreviations of the organisms are: Ah, Arachis hypogaea (peanut); At, Arabidopsis thaliana; Bd, Brachypodium distachyon; Gm, Glycine max (soybean); Hv, Hordeum vulgare (barley); Lj, Lotus japonicas; Mt, Medicago truncatula; Os, Oryza sativa (rice); Pg, Picea glauca (white spruce); Pp, Physcomitrella patens; Ps, Picea sitchensis (sitka spruce); Pt, Populus trichocarpa; Rc, Ricinus communis (caster bean); Sb, Sorghum bicolor (sorghum); Sl, Solanum lycopersicum (tomato); Sm, Selaginella moellendorffii; Vf, Vernicia fordii (tung tree); Vv, Vitis vinifera (grape); Zm, Zea mays (corn).
Here I use a long M6 shoulder bolt so I can "aim" the tail light straight back and centered on the seat stays.
Shrine of Pope John XXIII
A sentence of John XXIII impressed me during this visit:
"We must think that in the world there is only once, there is a morning and there is one evening.
For a Christian, however, even the setting sun remains shimmering.
For those who have the sense of justice and love of the Lord, light is always intense and constant. "
Una frase di Giovanni XXIII mi ha colpito durante questa visita:
"Bisogna pensare che al mondo ci si sta una volta sola, c'è un mattino e c'è una sera.
Per un cristiano, tuttavia, anche il sole che tramonta permane sfavillante.
Per chi ha il senso della giustizia e dell'amore del Signore la luce è sempre intensa e costante."
Amtrak California Capitol Corridor Train #535 to San Jose, CA., departing Sacramento, CA., is seen winding through the new station alignment at Sacramento, CA. Today the conductor is a fellow photographer and with a fueled trainset and about 30 passengers boarding at Sacramento, this trainset is 58 seconds into its run. Hopefully it made San Jose, CA., on time and with no issues!
©2002-2013 FranksRails.com Photography
Planetary alignment at sunrise on 6/24/2022. Mercury, Venus, Mars, Jupiter, and Saturn are all visible...plus the Moon on this particular morning. I couldn't see Mercury by eye but managed to find it in the photos very low in the morning twilight. The last time the planets lined up visually like this was 2004...next time not until 2040. Glad I wasn't clouded out !
My trusty Zeus dropout alignment tool. Note the bass washers-for use in 130mm spaced rear dropouts. This is a vintage tool, made for 120mm spacing.
The staff of Brookhaven's National Synchrotron Light Source II (NSLS-II) have completed a preliminary test of one of the project’s critical design issues -- to determine how closely the magnets stay aligned when they are moved from their assembly point to the NSLS-II tunnel. The results confirm that the magnets’ high-precision alignment would survive the process of transporting and installing and fixing the girders to the ground in the tunnel.
The staff of Brookhaven's National Synchrotron Light Source II (NSLS-II) have completed a preliminary test of one of the project’s critical design issues -- to determine how closely the magnets stay aligned when they are moved from their assembly point to the NSLS-II tunnel. The results confirm that the magnets’ high-precision alignment would survive the process of transporting and installing and fixing the girders to the ground in the tunnel.
The staff of Brookhaven's National Synchrotron Light Source II (NSLS-II) have completed a preliminary test of one of the project’s critical design issues -- to determine how closely the magnets stay aligned when they are moved from their assembly point to the NSLS-II tunnel. The results confirm that the magnets’ high-precision alignment would survive the process of transporting and installing and fixing the girders to the ground in the tunnel.
The staff of Brookhaven's National Synchrotron Light Source II (NSLS-II) have completed a preliminary test of one of the project’s critical design issues -- to determine how closely the magnets stay aligned when they are moved from their assembly point to the NSLS-II tunnel. The results confirm that the magnets’ high-precision alignment would survive the process of transporting and installing and fixing the girders to the ground in the tunnel.
The staff of Brookhaven's National Synchrotron Light Source II (NSLS-II) have completed a preliminary test of one of the project’s critical design issues -- to determine how closely the magnets stay aligned when they are moved from their assembly point to the NSLS-II tunnel. The results confirm that the magnets’ high-precision alignment would survive the process of transporting and installing and fixing the girders to the ground in the tunnel.
An aircraft above the skies of Edinburgh. It's vapour trail in alignment with the ferris wheel in Princes Street Gardens for the Edinburgh International Festival and Fringe.
#yogapose #yogaasana #yogaalignment #Fitness #Health - Grounding yoga pose, Strengthen the legs, yoga practiced with good alignment of the leg, build the body more flexible.
After nature's alignment, we see the shore, two boats, and the sun line up just right. These images were taken just after sunrise on Pleasant Bay at Cape Cod, Massachusetts. It's good to see on a quick visit with totally crappy weather, that we could squeeze in a few good shots like these. I hope you like them.
Name: Blue Dragon (Draco sapphira)
Size : length until 25 meters
Height: until 10 meters
Wingspans: until 88 meters
Weight : until between 8 and 15 tons
Frequency: Common
Sight: Excellant
Smell: Excellant
Hearing: Excellant
Location: Boreal and temperate forest and tundra
Alignment: Lawful Good
Enemies: Darkeyerian Orcs and demons
Information:
Blue dragons (Aka Sapphire dragons) are one of most powerful and the nobles dragons who serve Gragon the Dragon god. They are the good defenders of cold regions and the boreal forest. They are treated with great respect with the Dragonking. These dragons believe that the majority evil creatures who live in their territory are almost alway impure. Physically, they are most notable for the medium, waving crest or fin that starts at the dragon's nose and runs the entire length of the dragon's body. The blue dragons has the two large horns in the front of the skull, the small frill and the cat-likes eyes. They roar likes the giant monster of the old movie.
Sapphire dragon eggs must be buried in various places such likes near the tree. The parents protects the eggs during 500 days (16.6 months). A newhatched blue whelp has scales as clear as the blue sky, which become dark blue as the dragon matures. Their parents live with their offspring until the whelps reach adulthood.
The blue dragon lair in the tundra is often near the mountain. Their lairs rarely contain many chambers and tunnels (near the twice more than the black dragon lair.). Others lairs know in the boreal forest and the temperate forest are almost alway the cavern who is near the dead tree. They meets sometimes the red dragons who walk along with their kinds. Predators by nature, they hunt the deers, wild goats and anything who are herbivore, wild and live same places as the sapphire dragons. Sometimes, they eat the leafs. Humans and elves are the favored mortals of these dragons.
Notable blue dragons:
Azuria: A dragoness who live now with the dwarves.
Lurtore: A mother of Azuria.
Glorinos: A male 600 year old dragon who breath the ice and live now in the toundra.