SumatraPDF Reader Portable Portable.Q:
Windows Phone 8 - Simple Windows Store App in Visual Studio: how to make it run on Windows Phone?
I have made a Windows Store app using Visual Studio, that is basically a simple app that reads the data from a WCF service and displays a listview of that data.
I can create a Windows Phone 8 project and run it on Windows Phone 8 devices, but how do I make it run on Windows Phone 7 devices?
I'm sure there must be a simple answer to this but I can't find it.
A:
As others have said, VS2013 also allows you to create Windows Phone projects. The project templates are fairly similar to the Store projects, except that Windows Phone projects use.xap files instead of.appx. There are however, some differences in how they work.
To ensure that the app runs correctly on a Windows Phone 7 device, you need to make sure that the following projects are installed:
Silverlight for Windows Phone 7
Windows Phone Runtime for Windows Phone 7
Windows Phone Silverlight App Certification Kit
Analysis of the evolutionary origin of the quinone-modified PPO1.
It was long accepted that the diphenol oxidases (quinone-oxidases, DPO) of plants and fungi evolved from a common ancestral protein, and that DPOs perform a common catalytic role in the biosynthesis of melanins and phytoalexins. Recently, the first quinone-modified DPO was identified in higher plants (a new clade of plants) in which it catalyzes the synthesis of quinone-modified chlorophyll precursors for the production of pigments, such as phylloquinone and plastoquinone, an essential electron acceptor for photosynthesis. In this study, the evolutionary origin of this quinone-modified DPO was analyzed by comparing its phylogenetic tree with those of DPOs of fungi, bacteria, green algae, and the clade of higher plants. We have found that the quinone-modified DPO1 is closely related to bacterial and fungal DPOs in a phylogenetic tree and that quinone-modified DPO1 is distantly related to all other quinone-modified DPOs found in higher plants. Moreover, comparison of the protein sequences revealed that the sequences of the non-heme regions of the cytochrome be359ba680
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