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Joseph Rivera
Joseph Rivera

HDThe Wonder PORTABLE


The other Indian wonders also need to be adjusted for scale. See the Gurjara wonder as well (the Somnath Temple). It is also way too small. At least give us editor versions which are scaled properly. And they should be appropriate for 4K UHD version of the game (I am using this) as well as regular version.




HDThe Wonder



They could just add the larger sized more realistic models of both the Gurjara and Bengali wonders into the editor. At the least that will help have the resources in game which can be used for patches or mods. The larger models should be added for UHD as well.


hCG is a wonder. Firstly, because hCG is such an extreme molecule. hCG is the most acidic glycoprotein containing the highest proportion of sugars. Secondly, hCG exists in 5 common forms. Finally, it has so many functions ranging from control of human pregnancy to human cancer. This review examines these molecules in detail.


Let's get to the point, why do we call human chorionic gonadotropin (hCG) the wonder of today's science. Firstly, hCG is an extreme molecule. It is the most acid protein in humans, some hCG variants have a peak isoelectric point (pI) stretching to pI 3.1. hCG variants are the most sialylated glycoproteins with up to 15 sialic acid residues per molecule. hCG variants are the most glycosylated of glycoproteins, hCG containing 30% sugar by molecular weight, hyperglycosylated hCG containing 39% sugar and hyperglycosylated hCG free ß-subunit containing 42% sugar by molecular weight. Finally, with its extreme molecular weights, hCG is the longest circulating molecule in human blood with a circulating half life of 36 hours. Secondly, as described in this review, there are amazingly 5 unique variants of hCG, each having identical amino acid sequence, produced by different cells and having independent functions. These are hCG, sulfated hCG, hyperglycosylated hCG, hCG free ß-subunit and hyperglycosylated hCG free ß-subunit. There is no other molecule like hCG.


Research by Laub and Jennissen [2] and Lehnert and Akhurst [3] showed that hCG ß-subunit was part of the transforming growth factor ß (TGFß) oncoprotein family of molecules. Lapthorn and collegues determined the 3 dimension structure of the hormone hCG [4], and showed a 4 peptide cystine knot structure in the ß-subunit was common to TGFß (Figure 1). It is well established that the hormone hCG produced in pregnancy [5] and the sulfated variant of hCG produced by the pituitary [6], act on an hCG/luteinizing hormone (LH) receptor to evoke a response. Interestingly, hyperglycosylated hCG and hCG free ß-subunit have been shown to be autocrines and to function separately, binding and antagonizing a TGFß receptor on the cells that produce these hCG forms [7, 8]. So another wonder, hCG and its variants have two very different receptor binding sites. Here we examine hCG and it variants, the wonders of today's science.


This review claims that there are 5 hCG variants with independent biological activity [44]. There may actually 6 independent hCG variants when one considers fetal hCG. It is made by fetal kidneys and liver [73, 76] so may not be structurally be similar to syncytiotrophoblast sialylated hCG. Our supplies of fetal hCG may be limited to umbilical cord hormone. I am not sure that sufficient fetal hCG will ever be collected to permit structural analysis. Generally speaking only placental and pituitary cells can make glycosylated hCG dimer, other cells only produce free subunits. I wonder, is fetal hCG a dimer, and normally glycosylated? It is only an hCG/LH receptor that has been found in the fetus. Does the fetus produce hyperglycosylated hCG as a growth promoter, acting on a TGFß receptor?


hCG is a wonder of today's science. It firstly is extreme molecule, including features such as the most acidic molecule, the most glycosylated molecule and the longest circulating half life. It secondly is unique with multiple variants of hCG having independent functions, and hCG variants binding 2 separate receptors, hLG/LH receptor and TGFß receptor. hCG needs to be considered as a placental hormone and autocrine, a pituitary hormone and a major cancer promoter.


When I uncased my latest pair of bifocals last night, the world seemed so much more colorful and detailed. Only the first person on Mars could gaze with such wide-eyed wonder, I thought while leaving the eyeglass counter, no doubt to concerned looks from staff and fellow customers.


Despite-or perhaps because of-their success, the operas have their detractors. The Australian Barrie Kosky, artistic director of the Komische Oper in Berlin, who staged a raucous Magic Flute in Los Angeles, dismissed the Met's broadcasts as "spectacle, schmecktacle" and "repulsive and fake" in an interview in December's Opera magazine. Alex Ross, reviewing Götterdämmerung unfavorably in The New Yorker two years ago, wrote: "I wonder whether it is almost unfair to review new Met stagings from the point of view of one sitting in the house, since they now seem designed more for the camera operators." In May 2012, after traveling the country watching HD performances, Zachary Woolfe wrote in The New York Times: "What the audience in a movie theater experiences is not just the opposite of opera. It is the undoing of opera, an art form in which a present, active audience is fundamental."


On Day 2, after a relaxing overnight on the train, wake up to a spectacular sunrise as the train rolls into Williams, Arizona. That morning, your breakfast at the famous Grand Depot Café in Williams is included before you board the Grand Canyon Railway to the South Rim of the Grand Canyon. A sightseeing tour of the rim is included, and you'll get a chance to see amazing views and scenic overlooks as you venture where no automobiles can go. Spend two nights at a hotel in the Canyon, and spend time strolling along the Canyon's many trails, and taking in the natural wonders and wildlife around you.


Your first stop will have you enjoying all the sites and wonders of sprawling Yellowstone National Park. Formed from the remains of an extinct super-volcano that exploded around 600,000 years ago, the park is full of alpine lakes, flowing rivers, jagged peaks, expansive forests, hot springs and geysers. Your included tour allows you to experience all of this while stopping at a number of thrilling landmarks such as the world-famous geyser Old Faithful. Keep your eyes open for the abundant wildlife that inhabit Yellowstone such as elk, bears and wolves.


Enjoy two nights in Albuquerque exploring the sights and sounds of this classic Southwest city marked by its rich Spanish roots. Discover historic Old Town Albuquerque on a private walking tour and learn about the history of Route 66 through this area. From Albuquerque, it's on to the Grand Canyon for two leisurely days discovering all wonders of the Park.


Get up close and personal with the wondrous Grand Canyon and discover the astounding natural wonders of Flagstaff, including the stunning Red Rocks of Sedona. This Grand Canyon Explorer rail journey promises a relaxing trip full of spectacular sights!


Furthermore, I have a lot of files that I keep on an external hard drive (mainly pictures and music). I like the way that OneDrive works, and I was wondering if there was a way, perhaps through an app, to use my HD the same way I'm using OneDrive.


What's becoming increasingly clear is that the inverse is also true. HD content players - such as games consoles - are being sold to households that don't have a HDTV suitable for them, and are therefore being left to run in SD. In cases where a consumer owns both a HDTV and a HD console, there's a strong possibility that they've used the wrong cable or the wrong settings, and are getting an SD picture anyway. It's interesting to wonder to what extent this problem also afflicts Blu-Ray players, and may even fuel the lukewarm consumer response to BRD technology. 041b061a72


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