README.md edits

README.md

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 A React.js library that makes it __easy and satisfying__ to integrate and render JS async iterators across and throughout your app's components. Expanding from that, it enables you to describe and propagate states and various aspects of your app in actual async iterator form, tapping into the full benefits and flexibility of this JS construct.
 
-To facilitate this, `react-async-iterators` offers a set of tools specifically tailored for the frontend and React while embracing composability with the upcoming standardization of [Async Iterator Helpers proposal](https://github.com/tc39/proposal-async-iterator-helpers) as well as utility libraries such as [iter-tools](https://github.com/iter-tools/iter-tools), [IxJS](https://github.com/ReactiveX/IxJS) and more. You may use this library as a one-off in your code; e.g got an async iterable from a third-party SDK and just need to consume it. You may also employ it throughout your entire app. That's up to you. The library just aims to be _"everything async iterators and React"_ and is fully tree-shakable.
+To facilitate this, `react-async-iterators` offers a set of tools specifically tailored for the frontend and React while embracing composability with the upcoming standardization of [Async Iterator Helpers proposal](https://github.com/tc39/proposal-async-iterator-helpers) as well as utility libraries such as [iter-tools](https://github.com/iter-tools/iter-tools), [IxJS](https://github.com/ReactiveX/IxJS) and more. You may use this library as a one-off in your code; e.g. got an async iterable from a third-party SDK and just need to consume it. You may also employ it throughout your entire app. That's up to you. The library just aims to be _"everything async iterators and React"_ and is fully tree-shakable.
 
 The goal behind this library is to promote a mental model where every piece of data in a JavaScript program can be expressed either in a plain and static form, or in a ___dynamic, self-evolving___ form - an async iterable. That by simply wrapping a value in an async iterator or iterable, it becomes a self-updating entity while remaining first-class data. From this, it follows naturally that interfaces should and could intuitively accommodate either kind as received input, and seamlessly adapt to any changes over time just as you'd expect.