Need a regular content writer

Are you searching for a high-quality writer who will get it right the first time around? If so, you've found your guy. I'm an experienced freelance writer who would love to help you with your own project. I've written thousands of articles, blog posts, and eBook pages for clients all around the world, and can write efficiently on virtually any topic with minimal fluff and rapid turnaround time. Please reach out to me so that we can discuss your project in greater detail!

I have been on the look out for someone to employ me on a long term basis. I can therefore declare that your coming along is an answered prayer. I can handle 10 articles per day at the rate you stated. I will provide top quality with no spelling error, plagiarism or grammatical error. I will also deliver on time. Please give me a chance! Thank you.

I have a published academic and a newspaper article in my repertoire. I can write fluently, clearly and can do research based writing. Please refer to the following paragraph from the published abstract I wrote as an evident to my statement. Base pair dynamics of non-Watson & Crick U•U pair: Implications in Myotonic Dystrophy. Ananth Prakash, Costerwell Khyriem and N. Yathindra Abundant expansion of trinucleotide repeats is implicated in broad range of neurological diseases termed Trinucleotide Repeat Expansion Disorders (TREDs). The human Myotonic Dystrophy type 1 (DM1), a multi-systemic disorder, is associated with the occurrence of large copies of trinucleotide CUG repeats in the dystrophia myotonica-protein kinase (DMPK) transcript. These assemble into RNA duplexes comprising the canonical Watson & Crick (WC) base pairs interspersed with non-Watson & Crick (nWC) U·U base pairs. Repeats comprising U·U base pairs sequester MBNL-1 protein and modulates its intended function of mRNA splicing leading to DM1. Although much is known about the etiology of DM1, not much is understood about the underlying structural role. We examine the mechanistic effects of U·U base pairs on RNA duplex using molecular dynamics simulations. Results indicate a dynamic behaviour of U·U base pairs with different hydrogen bonding schemes, that not only dictate base pair stability but also influence global RNA structure with implications on protein recognition and binding.