  

As for my strategy? I took a long hard look on the relationship, what went well and what didn't, and which mistakes I want to avoid in future relationships. Took the parts that were my fault and started working on myself. Still I saw her a few times after the breakup only to see that not only did she not make any progress, but she didn't even see the need for progress. This made it really easy for me to go no contact, as it was not only hurting to see her, but also to see her lack of self reflexion.

Another part that immensely helped me: I have a notebook where I write letters to her about my every day live, about my thoughts and feelings and things I want to tell her. At first I wrote a letter almost daily but over time I only write once ever 1-2 weeks. Really helped sorting my feelings and stopping myself from reaching out to her.It was an incongruous head-to-head chart contest that continued in the UK for months.
The original movie musical will be based on Richie’s career-spanning songbook.
A Chubby Checker anthology will be accompanied by dance craze and Northern Soul collections.
Two-CD and deluxe two-disc vinyl sets will celebrate the record widely considered the finest hour of the enigmatic singer-songwriter.
The film theme entered the UK singles chart on 9 June 1973, and has remained a key moment in McCartney's live set more than 45 years later.
The duo of Roland Orzabal and Curt Smith became a huge part of the major US chart takeover by British acts of the mid-1980s.
Deserving overdue appraisal, ‘Elemental’ found Roland Orzabal penning some of the most ambitious songs in Tears For Fears’ history.
The recording of the song featured on 'Get Happy!!' was actually Costello's solo demo, on which he played all the instruments.
The legendary artist sang the classic Beach Boys tune at his piano for ‘The Late Show With Stephen Colbert’.
It's not so much that I dislike the story.  I personally think that Sun and Moon have the strongest story in a Pokemon game, with Gen V as the only potential competitor.  But the issue is the linearity and number and pacing of cutscenes.  The first time through it's not *too* bad, but it can be pretty unbearable when replaying them compared to the earlier games which were *very* light on cutscenes and allowed you a lot more freedom of progression.

Which is to say that (for me, and many others) the focus on Sun and Moon's story actively detracts from Sun and Moon's gameplay.  But this is just one of many examples through the series where one aspect of the game shines while another seems severely neglected.The Madras Group and the structure of collagen

The genesis of the collagen structure proposed by the Madras Group is briefly outlined. Recent crystal structure data on collagen-like peptides vindicate (i) the original proposal of Ramachandran and Kartha, namely, that the structure of collagen is a triple helical coiled-coil one, and (ii) the visualisation of the maximisation of hydrogen bonds directly or indirectly with water molecules, including C~-H...O hydrogen bonds. Keywords, Collagen; Madras Group; coiled-coil triple helex. Collagen is biologically an extremely important molecule in its own right and represented the most complicated fibrous protein for structure elucidation at a time when the X-ray diffraction technique was being applied to resolve the three-dimensional architecture of biological macromolecules. In a matter of a few years between 1950 and 1960 major discoveries of macromolecular structural motifs, motifs that orchestrate a large number of protein and nucleic acid structures determined to date, were made in quick succession, fuelled by intuition and bold imagination and supported by X-ray diffraction patterns from fibres of these macromolecules. It is no exaggeration that this period was the Golden Era (the beginning) of structural molecular biology. Soon after the discovery of the a helix and/3 sheet structures by Linus Pauling (who became a role model for those involved in protein and nucleic acid structural research), there was a great flux of activity regarding the structure of collagen with a large number of people working on it and a number of conflicting models circulating in the field. More guesses on the structural models of collagen were made than on any other protein, and this was perhaps due to the more complex nature of collagen as compared to other fibrous proteins. It was into this state of affairs that Prof. G N Ramachandran entered the field propelled by a suggestion from Prof. J D Bernal during the latter's visit to Madras. Ramachandran took X-ray diffraction pictures of elastoidin (shark fin ray collagen) procured from the next-door Biochemistry Department of Madras University. Subsequently the neighbouring Central Leather Research Institute provided kangaroo tail tendon in abundance for X-ray diffraction analysis of collagen and thus played a crucial role in the proposal of the triple helical model. It is now acknowledged that the first correct model for the structure of collagen was provided by Ramachandran and Kartha 1. This striking structure consisted of threeparallel polypeptide chains related by three-fold symmetry and held together by hydrogen bonds. * For correspondence 6 V Sasisekharan and N Yathindra Each chain had 32 symmetry. Though this structure explained the features of the infrared spectrum and the chemical composition of collagen, it was not consistent with the X-ray data of stretched collagen. The model demanded that the prominent 2.86/k meridional reflection was an unresolved pair of non-meridional reflection. But the X-ray diffraction patterns obtained by Cowan, North and Randall 2 and by Ramachandran and Ambady 3 (figure 1) of stretched collagen and stretched and tilted collagen respectively showed that the 2.86/~ reflection was in fact truly meridional. It was also shown that all the layer lines could be indexed on the basis of ten residues per three turns with a residue height of 2.95/k. Incorporation of these features obtained from the X-ray diffraction pattern of collagen (namely, the number of repeating units is around the nonintegral value 3.3 instead of the integral 3, and the truly meridional nature of the 2.86 A reflection) demanded some modification in the triple stranded structure. This was successfully tackled by Ramachandran and Kartha 4 by introducing a coiling of the three chains around a common axis visualising the structure of collagen to be a coiled-coil, a concept earlier introduced by Crick for the packing of a-helices. This coiled-coil structure nevertheless retained all the essential features of the original Ramachandran-Kartha model as regards the location of amino-acid residues and the orientation of NH and CO bonds (figure 2). The two hydrogen bonds of the structure, in a sequence (Gly-X-Y), corresponded to (i) Gly N-H hydrogen bonded to C=O of the Y residue, and (ii) N-H group of X residue, when it was not an imino acid, hydrogen bonded with C=O of X of the neighbouring chains. In Figure 1. X-ray diffraction pattern of stretched collagen fibre kept at 75 ° to the X-ray beam (Ramachandran and Ambady 3). The Madras Group and the structure of collagen 7 addition, C~-H...O hydrogen bonds were also proposed subsequently for the first time for collagen by Ramachandran and Sasisekharan 5 and visualized recently in the crystal structures of collagen-like peptides determined by Berman, Brodsky and their colleagues 6-8. The structure with two N-H...O hydrogen bonds could also explain the occurrence of a fraction of more than one-third glycine residues and readily accommodate proline and hydroxyproline residues. A structure with (Gly-Pro-Hypro) sequence would of course have only one hydrogen bond between the chains for every three residues. The international scientific community, especially the West, perhaps because of the difficulty in pronouncing the names of Prof. Ramachandran and his associates from the then Physics Department of Madras University identified them as the Madras Group while referring to their contributions, and designated the triple helical structure of Figure 2a. Triple-helical structural model of collagen made of planar peptide units and constructed in the Department of Physics, Madras University by Prof. Ramachandran. 8 V Sasisekharan and N YathindraLOROTH is a fascinating Minecraft resource pack that definitely goes against the trend of bright and vibrant resource packs. There’s no doubting the fact that almost all of Minecraft’s resource packs focus on implementing vibrant colors and textures into the game in order to make the visuals more appealing for players and, while this art style is certainly an appealing one, it seems to have gotten a tad bit repetitive over the years and a lot of resource packs seem identical to each other.  It features a distinct art style, quality textures and a whole bunch of other top quality visual elements that you’re sure to love.
The LOROTH resource pack has a really dark medieval themed art style and its textures are a sight to behold. The pack gives Minecraft a pretty grim and gloomy atmosphere that’s unlike anything else we’ve experience before in prior resource packs. Of course, it goes without saying that this pack isn’t really for everyone because the dark art style is something that won’t appeal to some but, if you’re fine with the art style and are looking for something fresh, LOROTH will not cease to