diff --git a/public/docs/_examples/cb-ts-to-js/js-es6-decorators/app/hero.component.es6 b/public/docs/_examples/cb-ts-to-js/js-es6-decorators/app/hero.component.es6
index 4b4ba8529d..83dc6d409d 100644
--- a/public/docs/_examples/cb-ts-to-js/js-es6-decorators/app/hero.component.es6
+++ b/public/docs/_examples/cb-ts-to-js/js-es6-decorators/app/hero.component.es6
@@ -4,8 +4,7 @@ import { Component } from '@angular/core';
 
 @Component({
   selector: 'hero-view',
-  template:
-    '<h1>Hero: {{getName()}}</h1>'
+  template: '<h1>{{title}}: {{getName()}}</h1>'
 })
 // #docregion appexport
 // #docregion class
diff --git a/public/docs/_examples/cb-ts-to-js/js-es6/app/hero.component.es6 b/public/docs/_examples/cb-ts-to-js/js-es6/app/hero.component.es6
index 4b5c20057a..c998d31a6f 100644
--- a/public/docs/_examples/cb-ts-to-js/js-es6/app/hero.component.es6
+++ b/public/docs/_examples/cb-ts-to-js/js-es6/app/hero.component.es6
@@ -5,7 +5,7 @@ import { Component } from '@angular/core';
 // #docregion class
 // #docregion appexport
 export class HeroComponent {
-  construct() {
+  constructor() {
     this.title = 'Hero Detail';
   }
   getName() {return 'Windstorm'; }
@@ -16,7 +16,7 @@ export class HeroComponent {
 HeroComponent.annotations = [
   new Component({
     selector: 'hero-view',
-    template: '<h1>Hero: {{getName()}}</h1>'
+    template: '<h1>{{title}}: {{getName()}}</h1>'
   })
 ];
 // #enddocregion metadata
diff --git a/public/docs/_examples/cb-ts-to-js/js/app/hero-dsl.component.js b/public/docs/_examples/cb-ts-to-js/js/app/hero-dsl.component.js
index a073138cff..6d53bc2850 100644
--- a/public/docs/_examples/cb-ts-to-js/js/app/hero-dsl.component.js
+++ b/public/docs/_examples/cb-ts-to-js/js/app/hero-dsl.component.js
@@ -5,14 +5,13 @@
   // #docregion component
   var HeroComponent = ng.core.Component({
       selector: 'hero-view-2',
-      template: '<h1>Name: {{getName()}}</h1>',
+      template: '<h1>{{title}}: {{getName()}}</h1>',
     })
     .Class({
       constructor: function() {
+        this.title = "Hero Detail";
       },
-      getName: function() {
-        return 'Windstorm';
-      }
+      getName: function() { return 'Windstorm'; }
     });
   // #enddocregion component
 
diff --git a/public/docs/_examples/cb-ts-to-js/js/app/hero.component.js b/public/docs/_examples/cb-ts-to-js/js/app/hero.component.js
index 745a450096..ec5b706624 100644
--- a/public/docs/_examples/cb-ts-to-js/js/app/hero.component.js
+++ b/public/docs/_examples/cb-ts-to-js/js/app/hero.component.js
@@ -9,19 +9,16 @@
   function HeroComponent() {
     this.title = "Hero Detail";
   }
-  
+  HeroComponent.prototype.getName = function() { return 'Windstorm'; };
   // #enddocregion constructorproto
+
   // #enddocregion appexport
   HeroComponent.annotations = [
     new ng.core.Component({
       selector: 'hero-view',
-      template: '<h1>Hero: {{getName()}}</h1>'
+      template: '<h1>{{title}}: {{getName()}}</h1>'
     })
   ];
-  // #docregion constructorproto
-  
-  HeroComponent.prototype.getName = function() {return 'Windstorm';};
-  // #enddocregion constructorproto
   // #enddocregion metadata
 
   app.HeroesModule =
diff --git a/public/docs/_examples/cb-ts-to-js/ts/app/hero.component.ts b/public/docs/_examples/cb-ts-to-js/ts/app/hero.component.ts
index 4b4ba8529d..83dc6d409d 100644
--- a/public/docs/_examples/cb-ts-to-js/ts/app/hero.component.ts
+++ b/public/docs/_examples/cb-ts-to-js/ts/app/hero.component.ts
@@ -4,8 +4,7 @@ import { Component } from '@angular/core';
 
 @Component({
   selector: 'hero-view',
-  template:
-    '<h1>Hero: {{getName()}}</h1>'
+  template: '<h1>{{title}}: {{getName()}}</h1>'
 })
 // #docregion appexport
 // #docregion class
diff --git a/public/docs/dart/latest/cookbook/_data.json b/public/docs/dart/latest/cookbook/_data.json
index a747acd83f..eb1a46ace4 100644
--- a/public/docs/dart/latest/cookbook/_data.json
+++ b/public/docs/dart/latest/cookbook/_data.json
@@ -60,7 +60,7 @@
 
   "ts-to-js": {
     "title": "TypeScript to JavaScript",
-    "intro": "Convert Angular TypeScript examples into ES5 JavaScript",
+    "intro": "Convert Angular TypeScript examples into ES6 and ES5 JavaScript",
     "hide": true
   },
 
diff --git a/public/docs/js/latest/cookbook/_data.json b/public/docs/js/latest/cookbook/_data.json
index 3f319736d6..74ee2a0be9 100644
--- a/public/docs/js/latest/cookbook/_data.json
+++ b/public/docs/js/latest/cookbook/_data.json
@@ -55,7 +55,7 @@
 
   "ts-to-js": {
     "title": "TypeScript to JavaScript",
-    "intro": "Convert Angular TypeScript examples into ES5 JavaScript"
+    "intro": "Convert Angular TypeScript examples into ES6 and ES5 JavaScript"
   },
 
   "visual-studio-2015": {
diff --git a/public/docs/js/latest/cookbook/ts-to-js.jade b/public/docs/js/latest/cookbook/ts-to-js.jade
index 1ed9ac2489..77e3f9b7d6 100644
--- a/public/docs/js/latest/cookbook/ts-to-js.jade
+++ b/public/docs/js/latest/cookbook/ts-to-js.jade
@@ -1,490 +1 @@
-include ../../../../_includes/_util-fns
-
-:marked
-  Everything that we can do in Angular in TypeScript, we can also do
-  in JavaScript. Translating from one language to the other is mostly a
-  matter of changing the way we organize our code and the way we access
-  Angular APIs.
-
-  Since TypeScript is a popular language option in Angular, many of the
-  code examples you see on the Internet as well as on this site are written
-  in TypeScript. This cookbook contains recipes for translating these kinds of
-  code examples to ES5, so that they can be applied to Angular JavaScript
-  applications.
-
-<a id="toc"></a>
-:marked
-  ## Table of contents
-
-  [From TS to ES6 to ES5](#from-ts)
-
-  [Modularity: imports and exports](#modularity)
-
-  [Classes and Class Metadata](#class-metadata)
-  
-  [Input and Output Metadata](#property-metadata)
-  
-  [Dependency Injection](#dependency-injection)
-  
-  [Host and Query Metadata](#host-query-metadata)
-
-  **Run and compare the live <live-example name="cb-ts-to-js">TypeScript</live-example> and <live-example name="cb-ts-to-js" lang="js">JavaScript</live-example>
-  code shown in this cookbook.**
-
-a(id="from-ts")
-.l-main-section
-:marked
-  ## From TS to ES6 to ES5
-  
-  Since TypeScript is a superset of ES6 JavaScript, and ES6 itself is a superset of ES5, the 
-  transformation of Typescript code all the way to ES5 javascript can be seen as "shedding"
-  features.
-
-  When going from TypeScript to ES6 with decorators, we mostly remove 
-  [type annotations](https://www.typescriptlang.org/docs/handbook/basic-types.html) 
-  , such as `string` or `boolean`, and
-  [class property modifiers](http://www.typescriptlang.org/docs/handbook/classes.html#public-private-and-protected-modifiers)
-  such as `public` and `private`. 
-  The exception is type annotations used for dependency injection, which can be kept.
-
-  Going from ES6 with decorators to plain ES6 JavaScript we lose all 
-  [decorators](https://www.typescriptlang.org/docs/handbook/decorators.html)
-  and the remaining type annotations.
-  We also lose class properties, which now have to be declared in the class constructor.
-
-  Finally, in the transition from ES6 to ES5 JavaScript the main missing features are `import`
-  statements and `class` declarations. 
-
-  For ES6 transpilation we recommend using a similar setup as our TypeScript quickstart, 
-  replacing TypeScript with [Babel](https://babeljs.io/) using the `es2015` preset. 
-  To use decorators and annotations with Babel, install the 
-  [`angular2`](https://github.com/shuhei/babel-plugin-angular2-annotations) preset as well. 
-
-a(id="modularity")
-.l-main-section
-:marked
-  ## Importing and Exporting
-
-  ### Importing Angular Code
-
-  In TypeScript and ES6 JavaScript, Angular classes, functions, and other members are imported
-  with ES6 `import` statements.
-
-  In ES5 JavaScript code, when using [the Angular packages](../glossary.html#!#scoped-package),
-  we can access Angular code through the global `ng` object. In the nested members of this 
-  object we'll find everything we would import from `@angular` in TypeScript:
-
-+makeTabs(`
-    cb-ts-to-js/ts/app/main.ts,
-    cb-ts-to-js/js-es6-decorators/app/main.es6,
-    cb-ts-to-js/js-es6/app/main.es6,
-    cb-ts-to-js/js/app/main.js
-  `,`
-    ng2import,
-    ng2import,
-    ng2import,
-    ng2import
-  `,`
-    Typescript,
-    ES6 JavaScript with decorators,
-    ES6 JavaScript,
-    ES5 JavaScript
-  `)
-
-:marked
-  ### Importing and Exporting Application Code
-
-  Each file in an Angular TypeScript or ES6 JavaScript application constitutes a ES6 module.
-  When we want to make something from a module available to other modules, we `export` it.
-
-  In an Angular ES5 JavaScript application, we load each file to the page using a `<script>` tag. 
-  Each file can make things available to other files via the shared global `window` scope.
-
-  We often introduce an application namespace object (such as `app`) onto `window` and attach
-  everything we need to share to that namespace object.
-  We also wrap our code in an 
-  [Immediately Invoked Function Expression (IIFE)](https://en.wikipedia.org/wiki/Immediately-invoked_function_expression).
-  These practices together prevent our code from polluting the global scope.
-
-+makeTabs(`
-    cb-ts-to-js/ts/app/hero.component.ts,
-    cb-ts-to-js/js-es6-decorators/app/hero.component.es6,
-    cb-ts-to-js/js-es6/app/hero.component.es6,
-    cb-ts-to-js/js/app/hero.component.js
-  `,`
-    appexport,
-    appexport,
-    appexport,
-    appexport
-  `,`
-    Typescript,
-    ES6 JavaScript with decorators,
-    ES6 JavaScript,
-    ES5 JavaScript
-  `)
-
-:marked
-  Using Typescript or ES6 JavaScript, in other modules we can then `import` things that have been exported
-  elsewhere.
-
-  In ES5 JavaScript we can access anything using the shared namespace in other files.
-  Note that the order of `<script>` tags on the page is significant. 
-  We must load a file that defines a shared member before a file that uses that member.
-
-+makeTabs(`
-    cb-ts-to-js/ts/app/main.ts,
-    cb-ts-to-js/js-es6-decorators/app/main.es6,
-    cb-ts-to-js/js-es6/app/main.es6,
-    cb-ts-to-js/js/app/main.js
-  `,`
-    appimport,
-    appimport,
-    appimport,
-    appimport
-  `,`
-    Typescript,
-    ES6 JavaScript with decorators,
-    ES6 JavaScript,
-    ES5 JavaScript
-  `)
-
-.alert.is-helpful
-  :marked
-    Alternatively, we can use a module loader such as Webpack or
-    Browserify in an Angular JavaScript project. In such a project, we would
-    use CommonJS modules and the `require` function to load Angular framework code.
-    We would then use `module.exports` and `require` to export and import application
-    code.
-
-
-a(id="class-metadata")
-.l-main-section
-:marked
-  ## Classes and Class Metadata
-
-  ### Classes
-
-  We put most of our Angular TypeScript or ES6 JavaScript code into classes. ES6 without decorators
-  also does not have support for class properties, so they must be assigned inside the constructor.
-
-  ES5 JavaScript has no classes. We use the constructor pattern instead which works with
-  Angular as well as classes do.
-
-+makeTabs(`
-    cb-ts-to-js/ts/app/hero.component.ts,
-    cb-ts-to-js/js-es6-decorators/app/hero.component.es6,
-    cb-ts-to-js/js-es6/app/hero.component.es6,
-    cb-ts-to-js/js/app/hero.component.js
-  `,`
-    class,
-    class,
-    class,
-    constructorproto
-  `,`
-    Typescript,
-    ES6 JavaScript with decorators,
-    ES6 JavaScript,
-    ES5 JavaScript
-  `)
-
-:marked
-  ### Metadata
-
-  Using Typescript or ES6 with decorators, we have access to *decorators*.
-  Most Angular classes have one or more *decorators* attached to provide configuration 
-  and metadata. 
-  For example, a component must have a 
-  [`@Component`](../api/core/index/Component-decorator.html) decorator.
-
-  In ES5/6 JavaScript we can instead attach an `annotations` array to a class/constructor 
-  to provide metadata. 
-  Each item in the array corresponds to a decorator.
-
-  The pattern of creating a constructor and decorating it with metadata is so common that Angular 
-  provides an alternative ES5 convenience class API for it for ES5 JavaScript.
-  This API lets us define everything in a single expression.
-
-  With this API we first call the `ng.core.Component` function, followed by a chained `Class` 
-  method call. 
-  The argument to `Class` is an object that defines the constructor and the instance methods
-  of the component.
-  Similar APIs are also available for other decorators. You can define a directive with
-  `ng.core.Directive` or a pipe with `ng.core.Pipe`.
-
-+makeTabs(`
-    cb-ts-to-js/ts/app/hero.component.ts,
-    cb-ts-to-js/js-es6-decorators/app/hero.component.es6,
-    cb-ts-to-js/js-es6/app/hero.component.es6,
-    cb-ts-to-js/js/app/hero.component.js,
-    cb-ts-to-js/js/app/hero-dsl.component.js
-  `,`
-    metadata,
-    metadata,
-    metadata,
-    metadata,
-    component
-  `,`
-    Typescript,
-    ES6 JavaScript with decorators,
-    ES6 JavaScript,
-    ES5 JavaScript,
-    ES5 JavaScript with Class API
-  `)
-
-:marked
-  ### Interfaces
-
-  When defining classes that need to implement a certain method, it is common to use TypeScript
-  interfaces that enforce that the method signature is correct. 
-  Component lifecycle methods like `ngOnInit` are one example of this pattern.
-  `ngOnInit` is defined in the `OnInit` interface.
-
-  TypeScript interfaces are purely for developer convenience and are not used by Angular at runtime.
-  This means that in ES5/6 JavaScript code we don't need to substitute anything for interfaces.
-  We can just implement the methods.
-
-+makeTabs(`
-    cb-ts-to-js/ts/app/hero-lifecycle.component.ts,
-    cb-ts-to-js/js-es6-decorators/app/hero-lifecycle.component.es6,
-    cb-ts-to-js/js-es6/app/hero-lifecycle.component.es6,
-    cb-ts-to-js/js/app/hero-lifecycle.component.js
-  `,`
-  `,`
-    Typescript,
-    ES6 JavaScript with decorators,
-    ES6 JavaScript,
-    ES5 JavaScript
-  `)  
-
-a(id="property-metadata")
-.l-main-section
-:marked
-  ## Input and Output Metadata
-
-  ### Input and Output Decorators
-
-  In TypeScript and ES6 with decorators, property decorators are often used to provide additional 
-  metadata for components and directives.
-  For [inputs and outputs](../guide/template-syntax.html#inputs-outputs), we use `@Input` and 
-  `@Output` property decorators. 
-  They may optionally specify input and output binding names if we want them to be different 
-  from the class property names.
-
-  There is no equivalent of a property decorator in ES5/6 JavaScript. 
-  Instead, we add comparable information to the `Component` (or `Directive`) metadata.
-  
-  In this example, we add `inputs` and `outputs` array attributes containing the input and
-  output property names. 
-  If we need a binding name that is different from the property itself, we use the 
-  `propertyName: bindingName` syntax.  
-  
-+makeTabs(`
-    cb-ts-to-js/ts/app/hero-io.component.ts,
-    cb-ts-to-js/js-es6-decorators/app/hero-io.component.es6,
-    cb-ts-to-js/js-es6/app/hero-io.component.es6,
-    cb-ts-to-js/js/app/hero-io.component.js
-  `,`
-  `,`
-    Typescript,
-    ES6 JavaScript with decorators,
-    ES6 JavaScript,
-    ES5 JavaScript
-  `)
-
-.l-main-section
-:marked
-  ## Dependency Injection
-
-  ### Injection by Type
-
-  Angular can often use TypeScript type information to determine what needs to be injected.
-  ES6 with decorators can also make use of type information.
-
-  Since no type information is available in ES5/6 JavaScript, we must identify "injectables" in 
-  some other way.
-
-  We attach a `parameters` array to the constructor function. 
-  Each array item is the dependency injection token that identifies the thing to be injected. 
-  Often the token is the constructor function for the class-like dependency.
-  
-  In ES6 the decorators need to be inside a nested array.
-  When using the ES5 class convenience API, we can also supply the parameter tokens by wrapping 
-  the constructor in an array.
-
-+makeTabs(`
-    cb-ts-to-js/ts/app/hero-di.component.ts,
-    cb-ts-to-js/js-es6-decorators/app/hero-di.component.es6,
-    cb-ts-to-js/js-es6/app/hero-di.component.es6,
-    cb-ts-to-js/js/app/hero-di.component.js,
-    cb-ts-to-js/js/app/hero-di-inline.component.js
-  `,`
-  `,`
-    Typescript,
-    ES6 JavaScript with decorators,
-    ES6 JavaScript,
-    ES5 JavaScript,
-    ES5 JavaScript with Class API
-  `)
-
-:marked
-  ### Injection with the @Inject decorator
-
-  When the thing being injected doesn't correspond directly to a type, we use the 
-  `@Inject()` decorator to supply the injection token.
-  In this example, we're injecting a string identified by the "heroName" token. 
-
-  In ES5/6 JavaScript we add the token string to the injection parameters array.
-  Alternatively, when using the ES5 convenience class API we can create a token with the 
-  `Inject` method and add that to the constructor array in the annotations.
-
-+makeTabs(`
-    cb-ts-to-js/ts/app/hero-di-inject.component.ts,
-    cb-ts-to-js/js-es6-decorators/app/hero-di-inject.component.es6,
-    cb-ts-to-js/js-es6/app/hero-di-inject.component.es6,
-    cb-ts-to-js/js/app/hero-di-inject.component.js,
-    cb-ts-to-js/js/app/hero-di-inject.component.js
-  `,`
-  ,
-  ,
-  ,
-  parameters,
-  ctor
-  `,`
-    Typescript,
-    ES6 JavaScript with decorators,
-    ES6 JavaScript,
-    ES5 JavaScript,
-    ES5 JavaScript with Class API
-  `)
-
-:marked
-  ### Additional Injection Decorators
-
-  We can attach additional decorators to constructor parameters to qualify the injection behavior. 
-  We can mark optional dependencies with the [`@Optional`](../api/core/index/Optional-decorator.html),
-  inject host element attributes with [`@Attribute`](../api/core/index/Attribute-interface.html),
-  inject content child queries with [`@ContentChild`](../api/core/index/ContentChild-decorator.html)
-  and inject view child queries with [`@ViewChild`](../api/core/index/ViewChild-decorator.html)).
-
-  In ES6 JavaScript we just add the extra decorators to the nested injection parameters array.
-
-  To achieve the same effect in ES5 JavaScript, use a nested array with the constructor 
-  array notation in which the injection information precedes the constructor function itself.
-  
-  We can apply other additional parameter decorators such as
-  [`@Host`](../api/core/index/Host-decorator.html) and
-  [`@SkipSelf`](../api/core/index/SkipSelf-decorator.html) in the same way -
-  by adding `new ng.core.Host()` or `ng.core.SkipSelf()` in the
-  parameters array.
-+makeTabs(`
-    cb-ts-to-js/ts/app/hero-di-inject-additional.component.ts,
-    cb-ts-to-js/js-es6-decorators/app/hero-di-inject-additional.component.es6,
-    cb-ts-to-js/js-es6/app/hero-di-inject-additional.component.es6,
-    cb-ts-to-js/js/app/hero-di-inject-additional.component.js
-  `,`
-  `,`
-    Typescript,
-    ES6 JavaScript with decorators,
-    ES6 JavaScript,
-    ES5 JavaScript
-  `)  
-
-a(id="host-query-metadata")
-.l-main-section
-:marked
-  ## Host and Query Metadata
-
-  ### Host Decorators
-
-  In Typescript and ES6 with decorators we can use host property decorators to bind a host
-  element to a component or directive.
-  The [`@HostBinding`](../api/core/index/HostBinding-interface.html) decorator
-  binds host element properties to component data properties. 
-  The [`@HostListener`](../api/core/index/HostListener-interface.html) decorator binds
-  host element events to component event handlers.
-
-  When using ES5/6 we add a `host` attribute to the component metadata to achieve the
-  same effect as `@HostBinding` and `@HostListener`. 
-  
-  The  `host` value is an object whose properties are host property and listener bindings:
-  
-  * Each key follows regular Angular binding syntax: `[property]` for host bindings
-    or `(event)` for host listeners.
-  * Each value identifies the corresponding component property or method.
-
-+makeTabs(`
-    cb-ts-to-js/ts/app/heroes-bindings.component.ts,
-    cb-ts-to-js/js-es6-decorators/app/heroes-bindings.component.es6,
-    cb-ts-to-js/js-es6/app/heroes-bindings.component.es6,
-    cb-ts-to-js/js/app/heroes-bindings.component.js
-  `,`
-  `,`
-    Typescript,
-    ES6 JavaScript with decorators,
-    ES6 JavaScript,
-    ES5 JavaScript
-  `)
-.alert.is-helpful
-  :marked
-    In TypeScript and ES6 with decorators we can also use the `queries` metadata 
-    instead of the `@ViewChild` and `@ContentChild` property decorators.    
-
-:marked
-  ### Query Decorators
-  
-  There are several property decorators for querying the descendants of
-  a component or directive.
-  
-  The [`@ViewChild`](../api/core/index/ViewChild-decorator.html) and
-  [`@ViewChildren`](../api/core/index/ViewChildren-decorator.html) property decorators
-  allow a component to query instances of other components that are used in
-  its view. 
-
-  In ES5/6 JavaScript we access a component's view children by adding a `queries` attribute to
-  the component metadata. It should be an object where:
-  
-  * Each key is the name of a component property that will hold the view children
-  * Each value is an instance of either `ViewChild` or `ViewChildren`.
-
-+makeTabs(`
-    cb-ts-to-js/ts/app/heroes-queries.component.ts,
-    cb-ts-to-js/js-es6-decorators/app/heroes-queries.component.es6,
-    cb-ts-to-js/js-es6/app/heroes-queries.component.es6,
-    cb-ts-to-js/js/app/heroes-queries.component.js
-  `,`
-    view,
-    view,
-    view,
-    view
-  `,`
-    Typescript,
-    ES6 JavaScript with decorators,
-    ES6 JavaScript,
-    ES5 JavaScript
-  `)
-
-:marked
-  The [`@ContentChild`](../api/core/index/ContentChild-decorator.html) and
-  [`@ContentChildren`](../api/core/index/ContentChildren-decorator.html) property decorators
-  allow a component to query instances of other components that have been projected
-  into its view from elsewhere.
-
-  They can be added in the same way as [`@ViewChild`](../api/core/index/ViewChild-decorator.html) and
-  [`@ViewChildren`](../api/core/index/ViewChildren-decorator.html).
-
-+makeTabs(`
-    cb-ts-to-js/ts/app/heroes-queries.component.ts,
-    cb-ts-to-js/js-es6-decorators/app/heroes-queries.component.es6,
-    cb-ts-to-js/js-es6/app/heroes-queries.component.es6,
-    cb-ts-to-js/js/app/heroes-queries.component.js
-  `,`
-    content,
-    content,
-    content,
-    content
-  `,`
-    Typescript,
-    ES6 JavaScript with decorators,
-    ES6 JavaScript,
-    ES5 JavaScript
-  `)
+include ../../../ts/latest/cookbook/ts-to-js
diff --git a/public/docs/ts/latest/cookbook/_data.json b/public/docs/ts/latest/cookbook/_data.json
index 7a45a91e77..78b159e40c 100644
--- a/public/docs/ts/latest/cookbook/_data.json
+++ b/public/docs/ts/latest/cookbook/_data.json
@@ -58,7 +58,7 @@
 
   "ts-to-js": {
     "title": "TypeScript to JavaScript",
-    "intro": "Convert Angular TypeScript examples into ES5 JavaScript"
+    "intro": "Convert Angular TypeScript examples into ES6 and ES5 JavaScript"
   },
 
   "visual-studio-2015": {
diff --git a/public/docs/ts/latest/cookbook/ts-to-js.jade b/public/docs/ts/latest/cookbook/ts-to-js.jade
index 2e00a56272..966d1383fe 100644
--- a/public/docs/ts/latest/cookbook/ts-to-js.jade
+++ b/public/docs/ts/latest/cookbook/ts-to-js.jade
@@ -1 +1,545 @@
-include ../../../js/latest/cookbook/ts-to-js
+include ../../../../_includes/_util-fns
+
+:marked
+  Anything you can do with Angular in _TypeScript_, you can also do
+  in JavaScript. Translating from one language to the other is mostly a
+  matter of changing the way you organize your code and access Angular APIs.
+
+  _TypeScript_ is a popular language option for Angular development. 
+  Most code examples on the Internet as well as on this site are written in _TypeScript_. 
+  This cookbook contains recipes for translating _TypeScript_
+  code examples to _ES6_ and to _ES5_ so that JavaScript developers
+  can read and write Angular apps in their preferred dialect.
+
+a#toc
+:marked
+  ## Table of contents
+
+  [_TypeScript_ to _ES6_ to _ES5_](#from-ts)
+
+  [Modularity: imports and exports](#modularity)
+
+  [Classes and Class Metadata](#class-metadata)
+  
+  [Input and Output Metadata](#property-metadata)
+  
+  [Dependency Injection](#dependency-injection)
+  
+  [Host and Query Metadata](#host-query-metadata)
+
+  [AoT compilation in _TypeScript_ Only](#aot)
+
+  **Run and compare the live <live-example name="cb-ts-to-js">_TypeScript_</live-example> and <live-example name="cb-ts-to-js" lang="js">JavaScript</live-example>
+  code shown in this cookbook.**
+
+a#from-ts
+.l-main-section
+:marked
+  ## _TypeScript_ to _ES6_ to _ES5_
+  
+  _TypeScript_ 
+  <a href="https://www._TypeScript_lang.org" target="_blank" title='"TypeScript is a typed, superset of JavaScript"'>is a typed superset of _ES6 JavaScript_</a>.
+  &nbsp; _ES6 JavaScript_ is a superset of _ES5 JavaScript_. &nbsp; _ES5_ is the kind of JavaScript that runs natively in all modern browsers.
+  The transformation of _TypeScript_ code all the way down to _ES5_ code can be seen as "shedding" features.
+
+  The downgrade progression is
+  * _TypeScript_ to _ES6-with-decorators_
+  * _ES6-with-decorators_ to _ES6-without-decorators_ ("_plain ES6_")
+  * _ES6-without-decorators_ to _ES5_
+
+  When translating from _TypeScript_ to _ES6-with-decorators_, remove 
+  [class property access modifiers](http://www._TypeScript_lang.org/docs/handbook/classes.html#public-private-and-protected-modifiers)
+  such as `public` and `private`.
+  Remove most of the 
+  [type annotations](https://www._TypeScript_lang.org/docs/handbook/basic-types.html), 
+  such as `string` and `boolean`
+  but **keep type annotations used for dependency injection**.
+   
+
+  From _ES6-with-decorators_ to _plain ES6_, remove all 
+  [decorators](https://www._TypeScript_lang.org/docs/handbook/decorators.html)
+  and the remaining type annotations.
+  You must declare properties in the class constructor (`this.title = '...'`) rather than in the body of the class.
+
+  Finally, from _plain ES6_ to _ES5_, the main missing features are `import`
+  statements and `class` declarations. 
+
+  For _plain ES6_ transpilation you can _start_ with a setup similar to the 
+  [_TypeScript_ quickstart](https://github.com/angular/quickstart) and adjust the application code accordingly. 
+  Transpile with [Babel](https://babeljs.io/) using the `es2015` preset. 
+  To use decorators and annotations with Babel, install the 
+  [`angular2`](https://github.com/shuhei/babel-plugin-angular2-annotations) preset as well.
+   
+
+a#modularity
+.l-main-section
+:marked
+  ## Importing and Exporting
+
+  ### Importing Angular Code
+
+  In both _TypeScript_ and _ES6_, you import Angular classes, functions, and other members with _ES6_ `import` statements.
+
+  In _ES5_, you access the Angular entities of the [the Angular packages](../glossary.html#!#scoped-package),
+  through the global `ng` object. 
+  Everything you would have imported from `@angular` is a nested member of this `ng` object:
+
++makeTabs(`
+    cb-ts-to-js/ts/app/main.ts,
+    cb-ts-to-js/js-es6-decorators/app/main.es6,
+    cb-ts-to-js/js-es6/app/main.es6,
+    cb-ts-to-js/js/app/main.js
+  `,`
+    ng2import,
+    ng2import,
+    ng2import,
+    ng2import
+  `,`
+    TypeScript,
+    ES6 JavaScript with decorators,
+    ES6 JavaScript,
+    ES5 JavaScript
+  `)
+
+:marked
+  ### Importing and Exporting Application Code
+
+  Each file in a _TypeScript_ or _ES6_ Angular application constitutes an _ES6_ module.
+  When you want to make something available to other modules, you `export` it.
+
+  _ES5_ lacks native support for modules. 
+  In an Angular _ES5_ application, you load each file manually by adding a `<script>` tag to the host web page, `index.html`. 
+  
+  Each code file can make selected entities available to other files via the shared global `window` scope.
+  But this is widely thought to be a bad practice.
+  Instead, you should add one application namespace object (such as `app`) to `window`.
+  Then attach everything you need to share to that namespace object.
+  
+  You should also wrap your code in an 
+  [Immediately Invoked Function Expression (IIFE)](https://en.wikipedia.org/wiki/Immediately-invoked_function_expression).
+  
+  These practices together help you avoid polluting the global scope.
+
++makeTabs(`
+    cb-ts-to-js/ts/app/hero.component.ts,
+    cb-ts-to-js/js-es6-decorators/app/hero.component.es6,
+    cb-ts-to-js/js-es6/app/hero.component.es6,
+    cb-ts-to-js/js/app/hero.component.js
+  `,`
+    appexport,
+    appexport,
+    appexport,
+    appexport
+  `,`
+    TypeScript,
+    ES6 JavaScript with decorators,
+    ES6 JavaScript,
+    ES5 JavaScript
+  `)
+
+:marked
+  In _TypeScript_ and _ES6_ apps, you `import` things that have been exported from other modules.
+
+  In _ES5_ you use the shared namespace object to access "exported" entities in other files.
+  Note that the order of `<script>` tags on the page is often significant. 
+  You must load a file that defines a shared member before a file that uses that member.
+
++makeTabs(`
+    cb-ts-to-js/ts/app/main.ts,
+    cb-ts-to-js/js-es6-decorators/app/main.es6,
+    cb-ts-to-js/js-es6/app/main.es6,
+    cb-ts-to-js/js/app/main.js
+  `,`
+    appimport,
+    appimport,
+    appimport,
+    appimport
+  `,`
+    TypeScript,
+    ES6 JavaScript with decorators,
+    ES6 JavaScript,
+    ES5 JavaScript
+  `)(format='.')
+
+.alert.is-helpful
+  :marked
+    Alternatively, you can use a module loader such as Webpack or
+    Browserify in an Angular JavaScript project. In such a project, you would
+    use _CommonJS_ modules and the `require` function to load Angular framework code.
+    Then use `module.exports` and `require` to export and import application  code.
+
+
+a#class-metadata
+.l-main-section
+:marked
+  ## Classes and Class Metadata
+
+  ### Classes
+
+  Most Angular _TypeScript_ and _ES6_ code is written as classes.
+  In _ES6-without-decorators_, properties of classes must be assigned inside the constructor.
+
+  _ES5_ JavaScript has no classes. 
+  Use the constructor function pattern instead adding methods to the prototype.
+  This works with Angular as well as classes do.
+
++makeTabs(`
+    cb-ts-to-js/ts/app/hero.component.ts,
+    cb-ts-to-js/js-es6-decorators/app/hero.component.es6,
+    cb-ts-to-js/js-es6/app/hero.component.es6,
+    cb-ts-to-js/js/app/hero.component.js
+  `,`
+    class,
+    class,
+    class,
+    constructorproto
+  `,`
+    TypeScript,
+    ES6 JavaScript with decorators,
+    ES6 JavaScript,
+    ES5 JavaScript
+  `)
+
+:marked
+  ### Metadata
+
+  When writing in _TypeScript_ or _ES6-with-decorators_, 
+  provide configuration and metadata by adorning a class with one or more *decorators*. 
+  For example, you supply metadata to a component class by preceding its definition with a
+  [`@Component`](../api/core/index/Component-decorator.html) decorator.
+
+  In _plain ES6_, you provide metadata by attaching an `annotations` array to the _class_.
+  Each item in the array corresponds to a decorator property value.
+  
+  In _ES5_, you also provide an `annotations` array but you attach it to the _constructor function_ rather than a class.
+
+  See these variations side-by-side:
+
++makeTabs(`
+    cb-ts-to-js/ts/app/hero.component.ts,
+    cb-ts-to-js/js-es6-decorators/app/hero.component.es6,
+    cb-ts-to-js/js-es6/app/hero.component.es6,
+    cb-ts-to-js/js/app/hero.component.js
+  `,`
+    metadata,
+    metadata,
+    metadata,
+    metadata
+  `,`
+    TypeScript,
+    ES6 JavaScript with decorators,
+    ES6 JavaScript,
+    ES5 JavaScript
+  `)
+
+:marked
+  ***Angular class API***
+
+  This _ES5_ pattern of creating a constructor and annotating it with metadata is so common that Angular 
+  provides a convenience API to make it a little more compact and put the metadata first, 
+  as it would be if you wrote in _TypeScript_ or _ES6-with-decorators_.
+
+  Set a component variable to the result of an `ng.core.Component` function call.
+  Pass the same metadata object to `ng.core.Component` as you did before.
+  
+  Then chain a call to the `Class` method which takes an object defining the class constructor and instance methods.
+
+  Here is an example of the component class API next to the annotated function version for comparison:
+
++makeTabs(`
+    cb-ts-to-js/js/app/hero-dsl.component.js,
+    cb-ts-to-js/js/app/hero.component.js
+  `,`
+    component,
+    metadata
+  `,`
+    ES5 JavaScript with Class API,
+    ES5 JavaScript
+  `)
+:marked
+  There are similar APIs for other decorated classes. 
+  You can define a directive with `ng.core.Directive`: 
+
+code-example.
+  var MyDirective = ng.core.Directive({
+    selector: '[myDirective]'
+  }).Class({
+    ...
+  });
+:marked
+  and a pipe with `ng.core.Pipe`:
+code-example.  
+  var MyPipe = ng.core.Pipe({
+    name: 'myPipe'
+  }).Class({
+    ...
+  });
+
+:marked
+  ### Interfaces
+
+  When defining classes that need to implement a certain method, it is common to use _TypeScript_
+  interfaces that enforce that the method signature is correct. 
+  Component lifecycle methods like `ngOnInit` are one example of this pattern.
+  `ngOnInit` is defined in the `OnInit` interface.
+
+  _TypeScript_ interfaces are purely for developer convenience and are not used by Angular at runtime.
+  This means that in _ES5_/_ES6_ JavaScript code you don't need to substitute anything for interfaces.
+  Just implement the methods.
+
++makeTabs(`
+    cb-ts-to-js/ts/app/hero-lifecycle.component.ts,
+    cb-ts-to-js/js-es6-decorators/app/hero-lifecycle.component.es6,
+    cb-ts-to-js/js-es6/app/hero-lifecycle.component.es6,
+    cb-ts-to-js/js/app/hero-lifecycle.component.js
+  `,`
+  `,`
+    TypeScript,
+    ES6 JavaScript with decorators,
+    ES6 JavaScript,
+    ES5 JavaScript
+  `)  
+
+a#property-metadata
+.l-main-section
+:marked
+  ## Input and Output Metadata
+
+  ### Input and Output Decorators
+
+  In _TypeScript_ and _ES6_ with decorators, property decorators are often used to provide additional 
+  metadata for components and directives.
+  For [inputs and outputs](../guide/template-syntax.html#inputs-outputs), you use `@Input` and 
+  `@Output` property decorators. 
+  Specify input and output binding names if you want the public-facing names to differ
+  from the class property names.
+
+  There is no equivalent of a property decorator in _ES5_/_ES6_ JavaScript. 
+  Instead, you add comparable information to the `Component` (or `Directive`) metadata.
+  
+  In this example, you add `inputs` and `outputs` array attributes containing the input and
+  output property names. 
+  If you need a binding name that is different from the property itself, use the 
+  `propertyName: bindingName` syntax.  
+  
++makeTabs(`
+    cb-ts-to-js/ts/app/hero-io.component.ts,
+    cb-ts-to-js/js-es6-decorators/app/hero-io.component.es6,
+    cb-ts-to-js/js-es6/app/hero-io.component.es6,
+    cb-ts-to-js/js/app/hero-io.component.js
+  `,`
+  `,`
+    TypeScript,
+    ES6 JavaScript with decorators,
+    ES6 JavaScript,
+    ES5 JavaScript
+  `)
+
+.l-main-section
+:marked
+  ## Dependency Injection
+
+  ### Injection by Type
+
+  Angular can often use _TypeScript_ type information to determine what needs to be injected.
+  _ES6_ with decorators can also make use of type information.
+
+  Since no type information is available in _ES5_/_ES6_ JavaScript, you must identify "injectables" in 
+  some other way.
+
+  Attach a `parameters` array to the constructor function. 
+  Each array item is the dependency injection token that identifies the thing to be injected. 
+  Often the token is the constructor function for the class-like dependency.
+  
+  In _ES6_ the decorators need to be inside a nested array.
+  When writing in the _ES5_ class convenience API, you can supply the parameter tokens by wrapping 
+  the constructor in an array.
+
++makeTabs(`
+    cb-ts-to-js/ts/app/hero-di.component.ts,
+    cb-ts-to-js/js-es6-decorators/app/hero-di.component.es6,
+    cb-ts-to-js/js-es6/app/hero-di.component.es6,
+    cb-ts-to-js/js/app/hero-di.component.js,
+    cb-ts-to-js/js/app/hero-di-inline.component.js
+  `,`
+  `,`
+    TypeScript,
+    ES6 JavaScript with decorators,
+    ES6 JavaScript,
+    ES5 JavaScript,
+    ES5 JavaScript with Class API
+  `)
+
+:marked
+  ### Injection with the @Inject decorator
+
+  When the thing being injected doesn't correspond directly to a type, you use the 
+  `@Inject()` decorator to supply the injection token.
+  In this example, you are injecting a string identified by the "heroName" token. 
+
+  In _ES5_/_ES6_ JavaScript you add the token string to the injection parameters array.
+  Alternatively, when using the _ES5_ convenience class API you can create a token with the 
+  `Inject` method and add that to the constructor array in the annotations.
+
++makeTabs(`
+    cb-ts-to-js/ts/app/hero-di-inject.component.ts,
+    cb-ts-to-js/js-es6-decorators/app/hero-di-inject.component.es6,
+    cb-ts-to-js/js-es6/app/hero-di-inject.component.es6,
+    cb-ts-to-js/js/app/hero-di-inject.component.js,
+    cb-ts-to-js/js/app/hero-di-inject.component.js
+  `,`
+  ,
+  ,
+  ,
+  parameters,
+  ctor
+  `,`
+    TypeScript,
+    ES6 JavaScript with decorators,
+    ES6 JavaScript,
+    ES5 JavaScript,
+    ES5 JavaScript with Class API
+  `)
+
+:marked
+  ### Additional Injection Decorators
+
+  You can attach additional decorators to constructor parameters to qualify the injection behavior. 
+  You can mark optional dependencies with the [`@Optional`](../api/core/index/Optional-decorator.html),
+  inject host element attributes with [`@Attribute`](../api/core/index/Attribute-interface.html),
+  inject content child queries with [`@ContentChild`](../api/core/index/ContentChild-decorator.html)
+  and inject view child queries with [`@ViewChild`](../api/core/index/ViewChild-decorator.html)).
+
+  In ES6 JavaScript you just add the extra decorators to the nested injection parameters array.
+
+  To achieve the same effect in _ES5_ JavaScript, use a nested array with the constructor 
+  array notation in which the injection information precedes the constructor function itself.
+  
+  You can apply other additional parameter decorators such as
+  [`@Host`](../api/core/index/Host-decorator.html) and
+  [`@SkipSelf`](../api/core/index/SkipSelf-decorator.html) in the same way -
+  by adding `new ng.core.Host()` or `ng.core.SkipSelf()` in the
+  parameters array.
++makeTabs(`
+    cb-ts-to-js/ts/app/hero-di-inject-additional.component.ts,
+    cb-ts-to-js/js-es6-decorators/app/hero-di-inject-additional.component.es6,
+    cb-ts-to-js/js-es6/app/hero-di-inject-additional.component.es6,
+    cb-ts-to-js/js/app/hero-di-inject-additional.component.js
+  `,`
+  `,`
+    TypeScript,
+    ES6 JavaScript with decorators,
+    ES6 JavaScript,
+    ES5 JavaScript
+  `)  
+
+a#host-query-metadata
+.l-main-section
+:marked
+  ## Host and Query Metadata
+
+  ### Host Decorators
+
+  In _TypeScript_ and _ES6-with-decorators_ you can use host property decorators to bind a host
+  element to a component or directive.
+  The [`@HostBinding`](../api/core/index/HostBinding-interface.html) decorator
+  binds host element properties to component data properties. 
+  The [`@HostListener`](../api/core/index/HostListener-interface.html) decorator binds
+  host element events to component event handlers.
+
+  When using _ES5_/_ES6_, add a `host` attribute to the component metadata to achieve the
+  same effect as `@HostBinding` and `@HostListener`. 
+  
+  The  `host` value is an object whose properties are host property and listener bindings:
+  
+  * Each key follows regular Angular binding syntax: `[property]` for host bindings
+    or `(event)` for host listeners.
+  * Each value identifies the corresponding component property or method.
+
++makeTabs(`
+    cb-ts-to-js/ts/app/heroes-bindings.component.ts,
+    cb-ts-to-js/js-es6-decorators/app/heroes-bindings.component.es6,
+    cb-ts-to-js/js-es6/app/heroes-bindings.component.es6,
+    cb-ts-to-js/js/app/heroes-bindings.component.js
+  `,`
+  `,`
+    TypeScript,
+    ES6 JavaScript with decorators,
+    ES6 JavaScript,
+    ES5 JavaScript
+  `)
+.alert.is-helpful
+  :marked
+    In _TypeScript_ and _ES6-with-decorators_ you can also use the `queries` metadata 
+    instead of the `@ViewChild` and `@ContentChild` property decorators.    
+
+:marked
+  ### Query Decorators
+  
+  There are several property decorators for querying the descendants of
+  a component or directive.
+  
+  The [`@ViewChild`](../api/core/index/ViewChild-decorator.html) and
+  [`@ViewChildren`](../api/core/index/ViewChildren-decorator.html) property decorators
+  allow a component to query instances of other components that are used in
+  its view. 
+
+  In _ES5_/_ES6_ JavaScript you access a component's view children by adding a `queries` attribute to
+  the component metadata. It should be an object where:
+  
+  * Each key is the name of a component property that will hold the view children
+  * Each value is an instance of either `ViewChild` or `ViewChildren`.
+
++makeTabs(`
+    cb-ts-to-js/ts/app/heroes-queries.component.ts,
+    cb-ts-to-js/js-es6-decorators/app/heroes-queries.component.es6,
+    cb-ts-to-js/js-es6/app/heroes-queries.component.es6,
+    cb-ts-to-js/js/app/heroes-queries.component.js
+  `,`
+    view,
+    view,
+    view,
+    view
+  `,`
+    TypeScript,
+    ES6 JavaScript with decorators,
+    ES6 JavaScript,
+    ES5 JavaScript
+  `)
+
+:marked
+  The [`@ContentChild`](../api/core/index/ContentChild-decorator.html) and
+  [`@ContentChildren`](../api/core/index/ContentChildren-decorator.html) property decorators
+  allow a component to query instances of other components that have been projected
+  into its view from elsewhere.
+
+  They can be added in the same way as [`@ViewChild`](../api/core/index/ViewChild-decorator.html) and
+  [`@ViewChildren`](../api/core/index/ViewChildren-decorator.html).
+
++makeTabs(`
+    cb-ts-to-js/ts/app/heroes-queries.component.ts,
+    cb-ts-to-js/js-es6-decorators/app/heroes-queries.component.es6,
+    cb-ts-to-js/js-es6/app/heroes-queries.component.es6,
+    cb-ts-to-js/js/app/heroes-queries.component.js
+  `,`
+    content,
+    content,
+    content,
+    content
+  `,`
+    TypeScript,
+    ES6 JavaScript with decorators,
+    ES6 JavaScript,
+    ES5 JavaScript
+  `)
+
+a#aot
+.l-main-section
+:marked
+  ## AoT Compilation in _TypeScript_ only
+
+  Angular offers two modes of template compilation, JiT (_Just-in-Time_) and 
+  [AoT (_Ahead-of-Time_)](aot-compiler.html).
+  Currently the AoT compiler only works with _TypeScript_ applications because, in part, it generates
+  _TypeScript_ files as an intermediate result.
+  **AoT is not an option for pure JavaScript applications** at this time.
diff --git a/public/docs/ts/latest/guide/change-log.jade b/public/docs/ts/latest/guide/change-log.jade
index 5b37b8f0bb..38cd957780 100644
--- a/public/docs/ts/latest/guide/change-log.jade
+++ b/public/docs/ts/latest/guide/change-log.jade
@@ -7,6 +7,12 @@ block includes
   The Angular documentation is a living document with continuous improvements.
   This log calls attention to recent significant changes.
 
+  ## ES6  described in "TypeScript to JavaScript" (2016-11-03)
+  The updated "[TypeScript to JavaScript](../cookbook/ts-to-js.html)" cookbook 
+  now explains how to write apps in ES6/7
+  by translating the common idioms in the TypeScript documentation examples
+  (and elsewhere on the web) to ES6/7 and ES5.
+
   ## Sync with Angular v.2.1.1 (2016-10-21)
   Docs and code samples updated and tested with Angular v.2.1.0